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Doctoral Researcher . University of Pittsburgh School of Computing and Informatics SCI fellowship recipient . Working under Dr. Yanshan Wang , on Clinical Natural Language Processing , Information Retrieval Extraction , Knowledge Discovery from Clinical Texts and Electronic Health Records EHRs Biomedical data mining from unstructured clinical data Designing natural language processing systems for clinical information extraction Building informatics frameworks for the secondary use of EHRs for clinical research . Doctoral Researcher , working under Dr. Yanshan Wang , on Clinical NLP and Healthcare AI research . Specialized in Information Retrieval Extraction , Text mining and Machine Learning in Clinical data science and Biomedicine . 5 years of experience in developing Healthcare AI models . Interested in NLP , Information retrieval , recommendation systems , causal inference , literature based discovery , knowledge graphs , fairness and explainability of machine learning models . Self directed engineer and Research scientist , who excels at driving new research ideas from conception and experimentation to production . A machine learning researcher who envisions a world of artificial intelligence and relentlessly works towards it . Kaggle : https : www.kaggle.com sonish2383 GitHub : https : github.com sonishsivarajkumar Twitter : https : twitter.com sonish sivaraj . Technologies :
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Head of Bioinformatics . . . Technologies :
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York Against Cancer 30th Anniversary Research Fellow in Cancer Informatics . . . Technologies :
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Undergraduate Researcher . Investigating mechanisms behind toxic protein accumulation . . Technologies :
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Chemical Engineering Ph.D. Candidate . Co advised by Dr. Keith Keitz and Dr. Lauren Webb , I am researching ways to develop biosensing and therapeutic solutions for amyloid diseases such as Alzheimer 's Disease and Type II diabetes , which are a class of incurable diseases that are currently among the top 7 leading causes of death in the US . I am uncovering the mechanisms that lead to their toxicity , using in vitro model surfaces biomimetic self assembled monolayers SAMs , functionalized mesoporous silicas to control the structure of these amyloidogenic protein aggregates amyloid and bridge the gap to match structures observed in vivo . My goal is to classify these polymorphs to determine what fundamental structural and biochemical features shared across amyloid aggregates lead to their toxicity in these diseases , analyzing the observed structural polymorphs using infrared spectroscopy , fluorescence , microscopy AFM , cryo EM , and bioinformatics machine learning , structural class averaging . . . Technologies : CryoEM
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idps;structure
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Senior Informatics Sales Specialist . . . Technologies :
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Kommunikationskonsulent . Projektansat til at f forfattet en l kker , omfangsrig portef lje med Innovation og Medborgerskabs mange fantastiske projekter . . S ger job tekst , projektkoordinering , borgerinddragelse , kulturanalyse , research , web m.m . Fuldtid deltid . stjylland . Kontakt mig p mettemu hotmail.com eller 28497245 . Tak Den korte version om en del af mig : Den gode historie er drivkraften i st rstedelen af det , jeg skriver . Jeg trives med at kunne bringe formidlingen i jenh jde , og synes det er virkelig effektivt , n r afsender og modtager indg r en form for dialog . Derud over sv rger jeg til at fors de kommunikation med humor , rlighed og uformelt glimt i jet Kan dog godt v re formel , n r jeg skal . Se bare : Jeg er cand.mag i etnografi og socialantropologi med sidefag i medievidenskab og visuel kommunikation , og har videreuddannet mig inden for formidling p nettet , b de i skrift , billeder og lyd p Danmarks Journalisth jskole tilsat en uddannelse som digital koordinator . Det betyder , at jeg har en bred tv rfaglighed : Tekstproduktion I d og konceptudvikling Borgerinddragelse Kommunikation ekstern og intern Afd kning af m lgrupper Research Evaluering Kundeservice Vejledning Det gode event Jeg kan alts arbejde med visuelle medier , kommunikation og formidling , b de med et kulturelt fokus og et kommercielt fokus . Derud over elsker jeg at projektlede Jeg har oparbejdet et god evne til at tilegne mig viden har arbejdet inden for flere forskellige brancher , hvor jeg har m tte s tte mig ind i , hidtil stort set , ukendte omr der . Derfor falder det mig i dag nemt , at lede et projekt fra A Z , som den selvhjulpne katalysator jeg er , og indhente den forn dne viden til at g re projektet vellykket .. Technologies :
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Postdoctoral Researcher Project Group Leader . . Goal oriented professional with expertise in designing , organizing , executing and evaluating research projects . My approaches to solving research problems are creative and up to date with modern technology . I employ a wide range of different biochemical and biophysical methods , combined with protein structure determination by cryo electron microscopy , to uncover mechanisms underlying fundamental processes , such as replication , transcription and DNA repair . I also have experience in solving mechanisms of antiviral drugs , as well as designing high throughput assay for drug screening , such as the current effort to find novel inhibitors of coronavirus replication . I thrive in diverse , international and collaborative environments , as part of a team and or organizing and leading team effort . I enjoy communicating science , data and research to different type of audiences .. Technologies : CryoEM
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proteins;structure
|
Computational Chemist . Provide computer aid drug design support to help clients design , screening and optimize drug like small molecules . Develop and apply machine learning methods to generate drug like small molecules . . . Technologies :
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Associate Computational Biologist . In my time at DFCI , I have contributed to the development of an NLP pipeline in Python to annotate the metadata of samples in the Gene Expression Omnibus . The pipeline utilizes a combination of standard NLP preprocessing techniques as well as an implementation of the Schwartz Hearst algorithm for identifying biological acronym expansion pairs in free text . To make effective predictions , the pipeline builds a directed acyclic graph from words in the text to standardized ontology terms and uses weighted edges for improved accuracy and decision making . I have also been working on a method to annotate single cell ATAC seq data using a Latent Dirichlet Allocation Topic Model trained on bulk ATAC seq data . The model is trained using PyTorch 's LDA module with Sklearn 's Logistic regression to predict cell types . The model is able to predict on single cell data with a 90 accuracy on test sets . . I 'm an Associate Computational Biologist at Dana Farber Cancer Institute in the Liu Lab . This past spring , I graduated from NYU Tandon School of Engineering with a B.S. in Biotechnology and Computer Science . During my time there , I worked as an Assistant Lab Technician in the Department of Microbiology at NYU Langone Medical Center , and became adept in laboratory techniques such as tissue culture , plasmid preparation , bacterial transformation , Western Blotting , DC isolation from mice , and viral titration . I also completed my Senior Honors Thesis in the Department of Translational Research , analyzing multi omic data from the Milieu Interieur Consortium . In my current position at the Liu Lab , I am further developing my statistical and software programming skills in R and Python and have taken courses in C , and am looking forward to growing and learning more in this position . Outside of my academic studies , I have a BA in Indian Classical dance and am avidly pursuing a career as a solo artist , in addition to work . I regularly perform , teach , and produce my own original choreography and content . Email : asd474 nyu.edu Phone : 908 267 1994 . Technologies :
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Research Fellow . . I am currently working as a research fellow at Dana Farber Cancer Institute . I completed my doctoral studies in field of Metabolomics and NMR spectroscopy , from Indian Institute of Science , Bangalore . My undergraduate training was in Biological Science and Bioengineering from Indian Institute of Technology Kanpur . I have worked as a research assistant for an year in a Computational Systems Biology research group at National University of Singapore .. Technologies : NMR
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Head of Immuno Oncology Research Unit I . Anti cancer drug discovery in the field of Immuno Oncology , project portfolio responsibilites . Overseeing and leading in vitro and in vivo pre clinical research and development activities from target discovery , through lead generation and lead optimization , to support early clinical development . Leading interdisciplinary project teams developing SMOL , PROTAC and BMOL cancer therapeutics . Preparation of submission relevant regulatory documents including Pharma Reports , Briefing Book , Investigators Brochure , IND . . During my 20 years of research and leadership at the top notch academic and industrial organizations my goal was always to make an impact on human life , with particular focus on delivering better anti cancer therapeutics to improve and extend the lives of cancer patients . . Technologies : Xray;ITC;AUC;NMR
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molecular glues;developing
|
PHD Student . Rotations in developmental biology , cell migration and cryo EM . Project focused on method development in cryo EM , establishment of new equipment on campus , development and optimization of sample preparation steps and imaging methods . Problem solving and support of fellow students . Aiding in science communication and outreach programs . Organization of the Young Scientist Symposium 2019 . . . Technologies : CryoEM
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structure
|
Scientific Researcher . Working in an exciting field of Neuroimaging Neuroinformatics . Highly motivated Research Professional with extensive experience and working knowledge in Virology , Molecular Biology , Immunology and Drug development practices . Optimize , troubleshoot and implement target specific assays for use in antibody and small molecule screening and functional characterization . Expert in all flow cytometry aspects and provide consulting services to major companies helping set up flow cytometry assays and trouble shoot issues regarding validation of the documents . Collaborate with Analytical Development and QC teams to complete method development reports , method validation protocols , by authoring or reviewing method validation related technical documents , statistical analysis of data , and reports . Review raw material testing assay development report , formulation characterization report and other technical reports if any . All activities to be done following global regulations i.e. ICH guidance , FDA EMA GMP Regulations , etc . . Technologies :
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biologics;characterization;quality
|
Senior Research Associate . . . Technologies :
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Director , Bioinformatics . . . Technologies :
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Computational Biologist . Computational Biologist developing and applying computational methods to integrate functional genomic and biomedical data to make better drugs for patients . . I 'm currently a 5th year PhD student in David Gifford s lab , where I work at the interface of biology and machine learning . In particular , I have been working on developing and evaluating methods for identifying transcription factors that are involved in defining cell type using chromatin accessibility profiling to study the areas of the genome that are accessible or inaccessible in a given cell type . As an undergraduate , I was trained as a computer scientist but did my research in a biology lab that studied planarian regeneration . I worked on a wide array of projects that ranged from implementing search algorithms in C for a database to characterize unknown molecular components from planarian regulatory networks that were reverse engineered from experimental data , image analysis to count isopotential domains from whole body planaria images of membrane potential , to exploring training techniques of artificial neural networks that increase robustness of post training perturbation of the model parameters . My goal is to apply my expertise in bioinformatics to drug discovery and human health by working closely with experimental collaborators to combine new and publicly available data to answer unsolved problems . . Technologies :
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Senior Scientist , Data Sciences . . Computational Biologist with 5 years of experience in machine learning , predictive modeling , and algorithm development .. Technologies :
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Senior Scientist . . Applied research scientist with broad industrial experience in using mathematical modeling and simulation to analyze the behavior of complex biological systems , most recently in drug discovery and development . Background in computer science , mathematics , and biology . Specialties : mathematical modeling of cellular signal processing ; population pharmacokinetics pharmacodynamics ; clinical trial simulation ; Disease areas : cancer , cystic fibrosis , sickle cell disease .. Technologies :
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Associate Director , Data Science Bioinformatics , Oncology R D . . Computer Science PhD with experience in Bioinformatics , Machine learning deep learning , cloud computing and web development . Worked in multiple interdisciplinary projects involving genomics and metagenomics applications . Received the 2018 outstanding student award in multidisciplinary research . Fluent in multiple programming languages including python , javascript web applications , nodejs , java , C , typeScript , HTML , Bash among others .. Technologies :
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resident physician scientist , UCLA Neurosurgery . . . Technologies :
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Deputy Director and Director of Research of the Bayes Centre . . Between 2008 and 2011 , I completed a doctorate in Computational Biology at the University of Oxford . The core of my doctoral research was the development of computational methods for the simulation of ventricular cardiac electrophysiology . My contributions became the basis of multiple subsequent Ph.D. projects and were pivotal for the success of the EU FP7 grant VPH preDiCT . During the project we had the opportunity to work closely with pharmaceutical companies in order to explore how mathematical modelling and simulation can be brought into their drug cardiotoxicity research pipeline . My work was also selected for presentation at the Heart Rhythm 2011 conference , one of the biggest international meetings on cardiac science , including basic , translational , and clinical research . In 2011 , I joined the Centre for Mathematics and Physics in the Life Sciences and Experimental Biology CoMPLEX , UCL , where I worked on characterising the relationship between haemodynamics and vascular remodelling with a combination of computational and experimental methods . My work featured in the New Scientist magazine 2906 , Feb 2013 and has been published in journals and international conferences . During this time , I realised that a strong interaction between experimental and computational techniques is required in order to address the most pressing questions on how blood vessels respond to normal and abnormal flow conditions during development and disease . In 2015 , I joined the The University of Edinburgh with a prestigious Chancellor s Fellowship where I established my first research group at the Centre for Medical Informatics , Usher Institute . Promotion to Senior Lecturer followed in 2019 . The research activities of my group have been supported with funding from Fondation Leducq , European Commission , EPSRC , MRC , British Heart Foundation , The Alan Turing Institute , and Diabetes UK . In May 2021 , I was appointed Deputy Director of The Bayes Centre , the University s innovation hub for Data Science and Artificial Intelligence , where I am also responsible for research strategy and delivery through my role of Director of Research . You can learn more about The Bayes Centre and the opportunities it provides on Education , Research , Entrepreneurship , and Industrial Partnerships here : https : www.ed.ac.uk bayes . Technologies :
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Senior Scientist . . A professional who has expertise in the fields of molecular biology , protein biochemistry , antibody engineering and equally well trained as application scientist for modern Flow cytometers . A team player , high level of motivation as well as intercultural understanding characterizes my work style . . The following are highlights of my key skills : . Excellent organizational , analytical , and systematic troubleshooting skills . Concise communications , acting as an interface between cross functional teams . Efficient and creative when it comes to experimental challenges . Team player with a synergistic attitude towards my team . I believe in shared knowledge and gained skills . I can also focus on individual projects with minimal direct supervision . Innovative , independent , driven , and results oriented . Flexibility to adapt to evolving requirements . Effective time management . Experienced as Field application scientist and trainer for flow cytometer based EDIM Epitope Detection In Monocytes test . Great technical competence in molecular biology lab and equipment handling . Highly experienced in molecular cloning techniques mRNA isolation , cDNA preparation , PCR , site directed mutagenesis , generation of expression constructs , Cloning , expression and characterization of proteins . Also involved in devising a protocol for non invasive , cost efficient and early detection of Alzheimer s Disease associated pathological changes . Cell culture techniques adherent and suspension . Hybridoma technology Monoclonal antibody generation and their characterization . Recombinant antibody techniques generation of synthetic plasmids with recombinant antibodies genes for recombinant antibodies production in mammalian cell lines , E. coli . Antibody screening from semi synthetic and synthetic libraries synthetic Shark libraries using Yeast display technique and synthetic cameloid library using Phage display techniques , high throughput panning and sorting procedures . Long standing experience with modern flow cytometers . Staining of whole blood PBMCs . Fluorescence microscopy RCMIA Rare Cell Multiprobe Imaging Analyzer . Technologies :
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Computational Biologist . Develop pipelines , create visualizations for the analysis of RNA Seq data . Outstanding Problem Solver with strong analytical , statistical and programming abilities Solve complex biological problems by designing and implementing novel algorithms and creating analysis pipelines . Identify biologically meaningful subsets in large data sets using statistical and machine learning techniques . Excellent listening skills . Enjoy creating visualizations to effectively communicate results . Quick learner , self starter , collaborator . Computer Languages Tools Used Professionally Most recently used first : Linux including bash scripting , R , Matlab , Perl , Lisp , Java , SQL , C Biological Data Types Used : NGS , genome chip , microarray expression , flow cytometry and mass spectrometry data . Technologies :
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Founder , Consultant and Scientist . Five years supporting 10 Pharma and biotech companies with R D pharmacology : Candidate selection , data analysis interpretation troubleshooting , scientific communication , education and training . Aiding life science companies Promega , Montana Molecular , PerkinElmer develop novel assay technologies and identifying new applications for existing products . Developing data analysis platforms for companies to streamline and simplify their pharmacology analysis and data visualization . . My passion is helping people solve problems . In 2016 I founded the consultancy company Pharmechanics LLC to support pharmaceutical , life science and academic scientists in developing new therapeutics and understanding drug target systems . Services include strategic consulting , data analysis troubleshooting especially in lead optimization candidate selection , and scientific communication . For five years I have supported Pharma and biotech clients with R D pharmacology , enabling projects to move forward and the best drug candidates to be selected . With a wealth of experience of in vitro pharmacology in the pharmaceutical industry I can help you resolve the issues that are creating challenges in your drug discovery project . For life science companies developing novel tools for drug discovery , I identify novel utilities and create new data analysis methodologies to increase the application and value of the products . For example , working with Montana Molecular we have developed new kinetic analysis platforms for biosensors that enable routine quantification of the kinetics of signaling for drug discovery . For the scientific community , I develop new open source data analysis methods that enable investigators to analyze their data in new ways , to extract extra value from new pharmacology methodologies . I run workshops and seminars to train scientists in pharmacology data analysis , including for the National Institutes of Health Assay Guidance Manual . I have published 30 first senior author papers on drug discovery , molecular pharmacology and data analysis . My scientific specialty is the kinetic analysis of drug action . I am recognized for applying kinetics to the development of effective therapeutics , e.g. GPCR antagonists , and for developing new kinetic analysis methods . Before founding Pharmechanics in 2016 , I was a pharmacology leader in the pharmaceutical industry for 15 years at Neurocrine Biosciences , guiding the in vitro biology for 30 drug discovery campaigns , especially on GPCRs and transporters . My postdoctoral and postgraduate research focused on molecular analytical pharmacology of GPCRs . Contact me at sam.hoare pharmechanics.com .. Technologies :
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Sr . Bioinformatics Scientist . Designed and implemented a Wafer Request System Web App . Tools used : Laravel , Html , CSS , Javascript , JQuery , PHP , MySQL , MongoDB , JSON Developed tools for analyzing RNA seq data . Tools used : C , Qt Developed algorithms and pipelines for designing probes and simulating synthesis for micro arrays . Tools used : C , Qt Developed a pipeline and a software including front and back ends for designing micro array chip masks . Tools used : C , Qt , Python , Boost , Ruby , KLayout Designed and developed databases , web applications , and user interfaces for building Laboratory Information Management System for NGS preparation pipeline . Tools used : MySQL , Laravel , PHP , Html , CSS , Javascript , JQuery , XML , JSON Developed algorithms and effective software tools for image de skewing Tools used : OpenCV , Visual Studio , C , Qt , Python , NumPy , ImageJ Used Tribe Code software and whole genome NGS data from individuals for inferring their ancestry Additional tools used in this analysis : Samtools , BWA , Bowtie , Blast , GATK Tookit . I have a great passion in understanding biology based on analyzing genomic data . To address this , over many years I developed a wide spectrum of skills and experiences . Particularly , I developed state of the art computationally tractable algorithms , statistical methods and models , designed and implemented efficient software tools using various computer programming languages . I applied my developed tools to various genomic data sets from HIV , human , and oysters populations . In addition , I gained strong skills in effective design , problem solving , self directing , and leading projects . . Technologies :
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Scientist . . . Technologies :
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Biacore Field Application Specialist . . Over 20 years experience in Drug Discovery with 2 major Pharmaceutical companies with a proven track record of supporting GPCR , kinase and neurotransmitter transporter projects from assay development through to late stage optimisation . . For the past 9 years have specialised in SPR with a strong focus in small molecule and fragment based drug discovery whilst working at the Beatson DDU and with a variety of targets and molecules whilst working with 2 successful CRO 's . Specialties : Areas of expertise : . SPR working with small molecules and larger macromolecules . Fragment screening using SPR . Biacore 8 K , B4000 and T200 SPR instruments . Cell culture management . High throughput screening cell supply . Developing and implementing cell based assays utilising a broad range of platforms including fluorescence , luminescence and radio isotopes . Line management . Preparation of client proposals and costing . Planning and managing projects . Technologies : SPR
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proteins;small molecules;interaction;screening
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Statistician . . Analysis : Expertise in the use of statistical designs and analyses , hypothesis testing ANOVA , multiple comparison tests , parametric and non parametric , categorical data analysis , statistical process control , sampling plans , regression methods , multivariate techniques , measurements analysis , experimental and sample design , simulation and probability theory . Tools : Influence the use of statistical tools across the organization to drive more efficient use of data and better decision making . Thus , solid and demonstrable experience in quantitative and statistical analysis with a clear understanding of statistical and quantitative methods . Resourcefulness : Leverage internal and external resources to identify , implement , and sustain new ways to mine , analyze and interpret data to better enable the organization to deliver against required business results . Collaboration : Collaborate with scientists , biologists , statisticians , and chemists to produce client reports , peer reviewed publications . Consult with members of the scientific team to ensure accuracy of data analysis and graphical presentations . Research : Remain current on advances in lipid metabolism and protein metabolism , and on the relevant disease literature to provide context and background for internal research aimed at developing diagnostics for diabetes and cardiovascular diseases . Communication : Effectively translate statistical concepts and issues to non statistical audiences . Interpersonal : Good team player , great business ethics , and skilled at interacting with people . Computer : Languages SAS , S plus , R , Minitab , Matlab , C , and Pascal , Operating Systems Windows , Unix , Applications MS Office . Specialties : Assist with experimental design and statistical analyses appropriate for diagnostic assay development . Statistical programming and report writing . Collaborate and assist with biomarker discovery and validation efforts to facilitate the migration of diagnostic prognostic projects from discovery to development and manufacturing as regulatory approved commercial products .. Technologies :
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Bioinformatics Scientist . 1 Provide bioinformatics and biostatistics support for biomarker discovery . 2 Develop bioinformatics analysis and visualization pipelines for biomarker discovery . . Boinformatics and Biostatistics 1 Inter discipline : Bioinformatics , biostatistics , mathematics , and computer science . 2 Algorithm development and statistical computational skills for large scale sequences and microarray . 3 Computing support for scientists from biology and medicine . 4 Developing bio computing tools and pipe lines to process , visualize and analyze large scale data : Sequences and microarray for biomarker discovery , by using R , BioConductor , Tcl Tk , Rstudio Shiny rCharts HighCharts , Spotfire , and LAMP Linux , Apache , MySQL , PHP Perl Python .. Technologies :
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Bioinformatics Manager . . Proven research scientist with solid track of machine learning , Bioinformatics and software engineering R D , produced patents and world class publications in addition to commercializing research into products . . Technologies :
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Director CMC , Analytical Development and Formulation . Department head for Analytical Development and Formulation Development of stem cell derived ATMPs . Building of the department , expansion of analytical capabilities and procedures to support CMC development . Giving guidance for CMC development strategies for ATMP programs . Due Diligences for new ATMP products . Drug Product specification owner and definition of analytical control strategies for a variety of clinical indications . Development of tech transfer approaches and guidance for transition of CMC technologies into GMP environments . . Pharmaceutical product development professional with experience in the CMC development of a variety of biotechnological products , ranging from therapeutic antibodies and vaccines to therapeutic oligonucleotides and cell therapy .. Technologies :
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biologics;formulation;quality
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Senior Development Scientist . Subject matter expert on APIs and enzymes produced from E. Coli and CHO cells Involved in multiple outsourced projects ranging from pre clinical to phase 3 Part of CDMO assessments , evaluation and recommendations for production of protein or polynucleotide based APIs Collaborating with and supporting CDMOs during technical transfers , development and productions Providing technical overview of CDMO performance for project management team Downstream CMC process responsible for ATMPs such as plasmid DNA , mRNA and AAVs Setting up in house laboratory to perform process development on pDNA and mRNA . Responsible for development of downstream purification processes for therapeutic proteins , enzymes and polynucleotides pDNA and mRNA Working close together with global CMO and CDMO 's Core skills within protein expression and purification , peptide synthesis and bioconjugation Hands on experience with protein peptide polynucleotide chromatography and filtration technologies Involved in ATMP projects within CMC API development . Technologies :
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enzymes;proteins;developing;expression
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Senior Research Associate . Biomedical engineering and Bioengineering . . Technologies :
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Principal Scientist I . . . Technologies : Xray;NMR
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Researcher . . Qualified Ph.D. Scholar in biotechnology has expertise in protein biology , molecular biology , biochemistry , biophysics , computer literacy with 9 years of working experience to carry exceptional and extended studies . Specialities : Proficient in mammalian cell culture suspension adherent , insect and bacterial cell culture , virus generation . Expert in protein both membrane and soluble proteins purification from mammalian or bacterial cells of recombinantly expressed protein or a native protein . Protein structure solution using X ray crystallography , and cryo EM techniques . Experience of team leadership quality , expert advice on collaborative projects , good communication , and presentation skills , project streamline and management skills . Skilled in independent project designing , method development , scientific writing . Working experience on international and national projects . Besides research , I do poetry and enjoy writing in my free time . The constant urge to address challenging questions , observe and solve problems encouraged me to get involved in the science field . . Technologies : Xray;CryoEM
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membrane proteins;proteins;structure
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Associate Professor of Biological Engineering . . Biology computes ... from individual cells deciding how to differentiate during development , to social insects coordinating their actions when scavenging for food ; the ability to perform complex computations and process information enables life . I head up the Biocompute Lab at the University of Bristol , which explores the molecular scale mechanisms that individual cells and groups of cells use to make sense of their world . We apply tools and methods from the field of synthetic biology to create new living systems from the ground up . By studying these artificial systems using novel techniques we are developing based on sequencing , microfluidics and computational modelling , we aim to better understand the rules governing how biological parts are best pieced together to perform useful computations . Understanding the computational architecture of cells opens new ways of reprogramming them to tackle problems spanning the sustainable production of materials to novel therapeutics . It also provides key insights into how biology controls the complex processes and structures sustaining life .. Technologies :
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Scientist Cell culture process development . Upstream development project lead for a fragment antibody process mammalian cells , CHO : . supervise and coordinate process development and process optimization activities matrix environment . ensure toxicology production GLPs . coordinate technology transfer to pilot scale production . support CMC regulatory filings . Protein purification : . affinity and ion exchange chromatography . Bio analytics : . support upstream development activities with the analysis of in process monitoring samples . HPLC for cation exchange , affinity and size exclusion chromatographies . RP UPLC for amino acid analysis . capillary gel electrophoresis . High throughput liquid handling system TECAN : . focus on increasing the lab performance for routine activities . bridging with lab scale methods in place e. g. , sample preparation for analytics . development of enzymatic assays for the analysis of cell metabolites . development of antibody mini purifications . training of end users and support . Implementation of electronic laboratory notebook : . focus on gain in time efficiency for data capture , data trending and searchability as well as on data integrity . cross functional collaboration . . . Biotechnology engineer with 5 years experience in biopharmaceutical companies . Specialized in the QbD based development of mammalian cell culture upstream processes . Knowledge in protein purification and bio analytics HPLC , UPLC as well . Develop and implement purification and analytical methods on high throughput liquid handler . Develop and implement of an electronic lab notebook within the UPS department , in alignment with the vision of the global team . Technologies :
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antibodies;developing
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PHD Student . Investigation of membrane protein structure and function by Cryogenic electron microscopy cryo EM and biochemical biophysical approaches . . . Technologies : CryoEM
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membrane proteins;characterization;structure
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Senior Scientist . Developing novel computational methods to discover drugs for rare diseases . . Computational Science Engineering Ph.D. with research experience in parallel computing and computational biology . Worked on techniques to improve genome assembly using NGS paired reads . Proficient in C , Open MP , MPI , Python . Currently working on designing methods to improve drug discovery at Unravel biosciences .. Technologies :
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Researcher . . Ph.D. in biophysics . Open to works from both academia and industry on biophysics and biochemistry techniques .. Technologies :
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AD Senior Principal Scientist . . Specialized Skills Process Modeling : Experienced in the implementation of theoretical and simulation techniques to perform analyses of chemical and biochemical phenomena at the atomistic , mesoscale , and continuum levels . Programming : Knowledge of Shell Scripting , Perl , Fortran , Python and C. Proficient in the use of specialized molecular simulation packages e.g. , CHARMM , GROMACS and AMBER , CADD tools e.g. , Schrodinger Suite , docking programs e.g. , Glide , Flexx , Autodock Vina , ADME predictors e.g. , ACD Suite , ChemSilico , data centric programing tools e.g. , MATLAB , and high level engineering software .. Technologies :
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Senior Associate Scientist level 3 . . Surface Plasmon Resonance SPR on ProteOn XPR36 , Biacore T100 and MASS 2 . Bio Layer Interferometry BLI on Octet RED384 . Kinetic Exclusion Assay with KinExA 3200 with autosampler . Antibody Phage Display Technology . Nanobody Phage Display Technology . AlphaScreen , ELISA . Multiplex screening using iQue IntelliCyt R Sartorius and FLEXMAP 3D Luminex corp . . Flow cytometry using iQue IntelliCyt R Sartorius and MACS Quant 10 Myltenyi Biotec . Lab Automation . Technology Transfers throughout Europe . Technologies : BLI;SPR;ALPHA SCREEN
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antibodies;small molecules;interaction;screening
|
Staff Scientist . . Experienced biochemist and neuroscientist with interests in neurodegenerative disease biochemistry , biomarkers and drug design . Critical thinker with an eye for detail . Recognized for research through awards including pre doctoral and post doctoral training grants from the NIH , the Outstanding Young Alumni Award from The Albany Academies , the 2012 Mazz Prize from the UCLA Department of Neurology , a Rapid Grant Award from the UCLA Claude Pepper Older Americans Independence Center and the UCLA Clinical and Translational Science Institute , the 2013 Young Investigator Award from the California Southland Chapter of the Alzheimer s Association , and the 2017 Turken Research Award from the UCLA Easton Center for Alzheimer 's Research . Technical expertise in : Biochemical : Protein cross linking , protein electrophoresis , continuous protein electrophoresis , recombinant protein expression from E.coli , HPLC FPLC and other chromatographic techniques . Microscopy : Transmission electron microscopy , scanning electron microscopy , atomic force microscopy , light microscopy , fluorescence microscopy , confocal microscopy . Spectroscopy : Fluorescence , circular dichroism and optical absorption spectroscopy . Molecular biology : cloning , nucleic acid isolation , PCR , site directed mutagenesis , and western blot , antibody characterization . In Vivo animal models : Wild type and trangenic animal models for mixed demetia microvascular stroke and Alzheimer 's disease , neuronal cell isolation , single cell population selection . Specialties : Neurodegenerative diseases including extensive experience in Alzheimer 's disease and Parkinson 's disease , white matter stroke , amyloid protein oligomerization and aggregation , protein purification , heme proteins , protein biochemistry , biophysical characterization , protein folding and molecular biology .. Technologies : CD
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idps;expression;screening;stability
|
Principal Scientist . . Data scientist and machine learning expert focusing on data analysis . Experience in bioinformatics analysis and artificial biological systems ALife . Experience in data analysis , statistical analysis and machine learning feature selection , rule extraction , classification and clustering to analyze big data . Looking to utilize my analytical strengths and grow my technical skills within an organization that rewards dedication , success , and satisfaction . Specialties : Machine Learning , big data , statistical analysis , Artificial life , Multi agent systems , Evolution , Ecological Modeling .. Technologies :
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Professor of Bioinformatics . I am currently Professor of Bioinformatics and Head of the Bioinformatics Group in the Department of Computer Science . I am also Director of the Bloomsbury Centre for Bioinformatics , which is a joint Research Centre between UCL and Birkbeck College and which also provides bioinformatics training and support services to biomedical researchers . My appointment is held jointly with the Department of Structural and Molecular Biology . . I received my B.Sc . in Physics from Imperial College and then went on to do an M.Sc . in Biochemistry at Kings College London , followed by a PhD in computational biology at University College London starting in 1989 . After completing a Wellcome Trust Biomathematics Fellowship at UCL , in 1995 I was awarded a Royal Society University Research Fellowship to allow me to set up my own lab at the University of Warwick . In 1999 , age 32 , I took up what was apparently the first Chair of Bioinformatics in the UK , at Brunel University . In 2001 , I was appointed Professor of Bioinformatics at University College London a joint appointment between the departments of Biochemistry and Computer Science . I am also currently the Director of the Bloomsbury Centre for Bioinformatics , a joint research centre between UCL and Birkbeck College . My lab aims to develop and apply state of the art mathematical , statistical and computational techniques to problems now arising in the life sciences , particularly those driven by the post genomic phase of biological research . I am the author of a number of very well known bioinformatics applications and web servers : THREADER , GenTHREADER , PSIPRED and MEMSAT . I was also involved in the early development of the CATH protein structure classification scheme developed at UCL . Although I have consulted for a few different companies , including GSK , my main industry experience was as a co founder of Inpharmatica Ltd. , which was founded in 1998 as a spin out company from University College London . The company used a combination of bioinformatics and chemoinformatics to look at the relationships between the structure and function of proteins , and the binding of chemical groups to these proteins leading to the discovery of novel drugs . The company was acquired by Galapagos NV in 2007 . Specialties : Structural bioinformatics , machine learning , algorithm development , high performance computing , GPGPU techniques , genome analysis , Hidden Markov Models , Support Vector Machines SVMs , neural networks , text mining . Technologies :
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Undergraduate Bioinformatics Researcher . Current project on improving the Mutational Signatures refitting tool SigProfilerSingleSample under Dr. Ludmil B. Alexandrov , PhD avg . 15 hours week of volunteering o Benchmark all existing Mutational Signatures assignment tools o Execute result data qualitative and quantitative analysis to target the best performing tools for improvements on the algorithm of SigProfilerSingleSample tool from the Alexandrov Group . Incoming Master of Biomedical Informatics student at Harvard University . Skilled in computer science algorithms C , C , Java , Python , R , Swift and software development . Strong engineering background in biology and bioinformatics while pursuing a Bachelor of Science focused in Bioengineering : Bioinformatics from the University of California San Diego . Currently seeking SDE MLE interns jobs . . Technologies :
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Scientist at Air Force Research Lab . . I am devoted to aiding the search for the next generation of rechargeable batteries with various electron microscopy techniques , including cryogenic electron microscopy . I 've been pivotal in bringing Sandia 's cryo EM labs online and developing its unique cryo EM procedures . Please reach out to me if you 'd like to become a user of the cryo EM suite or any of Sandia 's TEMs . My graduate work in the department of Materials Science and Engineering at North Carolina State University involved resistance degradation mechanisms of commercially relevant titanates , TiO2 , SrTiO3 and BaTiO3 and their relationship with point and linear defects . My interests include energy storage materials , electron microscopy , in situ electron microscopy , and device failure analysis .. Technologies : CryoEM
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Director of Bioinformatics . At a high level , I manage and analyze data generated from human samples resulting from clinical trials using the protein microarray platform and to work with clients to plan and execute specific projects . ADI is a contract research organization CRO that analyzes clinical sample data in close collaboration with clients to plan projects , and then ADI executes the entire project in house . The steps that I manage for each project include initial project planning and discussion of primary and secondary hypotheses to be tested , statistical analysis plan SAP , experimental design , internal data quality assessment and experimental repeats if necessary , automated generation of reproducible report executing the SAP , and communication of results to clients . I develop and maintain software to automate as much of the analytical pipeline as possible , including : 1 optimization of experimental designs to minimize the effects of technical variation on statistical analysis and conclusions and to maximize sensitivity of detection 2 data extraction and format transformations 3 generation of reproducible HTML based reports as primary deliverable for clients Other frequent activities outside of the regular project cycle include : 1 Diagnosing technical problems from data irregularities and patterns . 2 Designing R D experiments to test theories on observed technical issues . 3 Curating datasets for training and testing prediction methods , applying statistical and machine learning models e.g. support vector machines , generalized linear models , and performing cross validation to estimate generalization accuracy of multi biomarker models . 4 Providing training in programming , statistical analysis , data visualization , and the protein microarray technology to scientists and technicians within the company and to visiting researchers . . . Technologies :
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Director of Advanced Research Computing . . Research computing strategy High performance computing Research facilitation enablement Service development delivery Solution design Opportunity creation leverage Leadership and management Business case development , financial planning and budget management . Technologies :
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Utredare . Verksam vid Enheten f r Medicinteknik , inom gruppen Regelverk och v gledning . Driven , ambitious and result oriented senior operations leader scientist with almost 20 years of experience from work within the industry and university sectors . PhD in biophysics and MSc in medical radiation physics . My experience from research and development stretches from clinical trials of diagnostic imaging methods in neurology , oncology and cardiology to basic research in protein chemistry and spectroscopy . Main areas of interest : Product development , project and operations management within the Life Science and Healthcare areas with focus on science and technology . Collaboration in multidisciplinary , international project teams . Specialist areas : Medical imaging methods for anatomical and functional diagnostics CT , MR , PET , SPECT Data processing and image analysis Farmacokinetic modeling and simulation Medical physics and dosimetry Spectroscopic methods and measurement technology Application areas : Neurodegenerative diseases , e g Alzheimer 's disease Cancer tumor detection , quantification and therapy monitoring Heart failure In vivo pharmaceutical imaging trials of the brain Structure , dynamics , folding , interaction , and aggregation of proteins Good communicator in writing and speech with 20 publications in scientific journals and numerous presentations at international conferences and meetings . Experience from teaching and supervision .. Technologies :
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proteins;developing
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Research Chemist . . . Technologies :
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Senior Director , Bioinformatics Scientific Computing . . Experienced bioinformatics professional with expertise in several areas of genomics and technology . Proven problem solver with the flexibility to efficiently accomplish a variety of tasks in an individual or team setting , demonstrated proficiency in multiple operating systems and in knowledge of computer software and programming , and effective communication skills in interaction with a variety of professional educational levels .. Technologies :
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Senior Research Scientist . . Experienced Researcher with a strong background in enzyme kinetics . Experienced and skilled in biophysical characterization , in protein purification and heterologous expression in bacterial and fungal cells . Skills : protein chemistry and stability nDSF , TSA , enzyme assays and kinetics , structure activity relationships , protein purification , chromatography HPLC , IC , biophysical characterization proteins , calorimetry in the biophysical science DSC , TAM , molecule interactions MST , ITC , lab automation incl . liquid handling , data analysis and development of workflows using Python .. Technologies : ITC;DSC;MST
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enzymes;proteins;characterization;expression;interaction;stability
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Scientist II . . A highly motivated Ph.D. scientist with a background in the field of cancer biology , neurobiology , miRNA and Exosomes . Have independently designed , executed , analyzed , and published data from hypothesis driven research projects . Published research articles in peer reviewed high visibility journals , including Molecular Cancer therapeutics , Molecular Neurobiology , JBC etc . An effective collaborator and a team player with excellent verbal and written skills and strong interpersonal skills . Track record of quickly adapting and mastering diverse research areas and techniques . Skills include Cell culture , Molecular and Cell Biology techniques ; Anchorage and Suspension Cell Culture ; Primary Culture ; Transfections ; siRNA gene silencing ; miRNA studies ; Exosomes isolation and characterization ; Cell based assays ; microscopy ; Western Blotting ; Immunostaining ; Immunoprecipitation ; FACS ; RNA , DNA and plasmid isolation ; qRT PCR ; xCellligence RTCA assays , Transformation ; Hybridoma culture ; monoclonal antibody production , handling mice . Let s Connect E mail : navjotshah gmail.com . Technologies :
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antibodies;expression
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Vice President . VP of Therapeutic area focusing on Inflammation , Immunometabolism , Pain , and Regenerative medicine . We aim to discover innovative medicine with curative potential in cardio metabolic , women s health , respiratory and liver end organ damage . Apply traditional , new , novel modalities , cell gene therapy , as well as digital medicine to bring medicines with curative potential to patients . Apply AI and ML to speed up target identification and drug discovery peocess . . Leading and portfolio management of a team of 50 scientists and managers focusing on Inflammation Immunology , Pain , and Tissue repair regeneration . Applied traditional small molecule , new peptide antibody , and novel PROTAC , X Chem modalities , as well as cell gene therapy to bring medicines with the curative potential to patients . Experienced in Machine Learning ML and Artificial Intelligence AI in discovery research , as well as digital medicine Experienced Drug hunter in broad modalities in Alzheimer s disease , metabolic diseases , diabetes , obesity , and NASH , with track records . Deep and broad experience and expertise in Biomarker research and implementation of precision medicine strategy in metabolic , CV Inflammatory diseases , pain , and Alzheimer 's disease . Broad experience in international regulatory affairs . Excellent communication skills and strong network in academic Biotech environment .. Technologies :
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molecular glues;small molecules;peptides;antibodies;developing
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Principal Scientist , Crystallography . Providing crystal structures to drug discovery project teams . Managing and developing global structural database . . Experienced Industrial Protein Crystallographer . Wide project knowledge . Specialised in apoptosis and kinase signalling targets in oncology . Discovery of Mcl 1 specific inhibitor AZD5991 and preclinical activity in multiple myeloma and acute myeloid leukemia Nature communications 9 1 , 1 14 216 2018 Crystal structure of DNA recombination protein RuvA and a model for its binding to the Holliday junction Science 274 5286 , 415 421 196 1996 Crystal structure of E. coli RuvA with bound DNA Holliday junction at 6 resolution Nature structural biology 5 6 , 441 446 170 1998 Development of a novel B cell lymphoma 6 BCL6 PROTAC to provide insight into small molecule targeting of BCL6 ACS chemical biology 13 11 , 3131 3141 65 2018 Structure based design of non natural peptidic macrocyclic Mcl 1 inhibitors ACS medicinal chemistry letters 8 2 , 239 244 53 2017 Using isoelectric point to determine the pH for initial protein crystallization trials Bioinformatics 2015 , 1 8 , doi : 10.1093 bioinformatics btv011 35 2015 Computational design of epitope specific functional antibodies Cell reports 25 8 , 2121 2131 . e5 30 2018 Analysis of crystallization data in the Protein Data Bank Acta Crystallographica Section F : Structural Biology Communications 71 10 20 2015 A manual low cost protein crystallization plate jig for in situ diffraction in the home laboratory D Hargreaves Journal of applied crystallography 45 1 , 138 140 13 2012 Antibody fragments structurally enable a drug discovery campaign on the cancer target Mcl 1 Acta Crystallographica Section D : Structural Biology 75 11 , 1003 1014 2 2019 Evaluation of the therapeutic potential of phosphine oxide pyrazole inhibitors in tumors harboring EGFR C797S mutation Cancer Research 79 13 Supplement , 4451 4451 1 2019 Potent and Selective Inhibitors of the Epidermal Growth Factor Receptor to Overcome C797S Mediated Resistance Journal of Medicinal Chemistry 2021 . Technologies :
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proteins;interaction;structure
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Senior Bioinformatics Scientist . . . Technologies :
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Senior Scientist . . . Technologies :
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Researcher in Structural Biology . Studying protein and protein RNA complexes using electron cryo microscopy cryo EM . . Researcher and engineer with ten years of experience in the area of molecular biophysics with work in both computational and experimental structural biology . Skills : Problem solver that think outside of the box Dissecting and visualizing complex data Learning new methods and tools . Technologies : CryoEM
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nucleic acids;proteins;structure
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. . Software engineering , CS in general , pivoting towards application in biosciences . I held previous positions aiding in analysis of software predicting tumor heterogeneity Python and image analysis for synthetic vesicles under cryogenic electron microscopy cryo EM trying to identify lipid rafts Mathematic . I would benefit greatly from more practical experience in CS and hope to establish some symbiotic relationship .. Technologies : CryoEM
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Data Science Product Manager . . Throughout my career my interest has remained in exploration and advancement of technology , irrespective of the field : from modelling complex biological systems , gene regulatory networks and small molecule interactions , to developing financial trading strategies operating on cryptocurrency exchanges and product bidding strategies focused on search engine optimisations . My goal is to build upon my experience and knowledge in consumer facing industries and aid in the planning and development of novel tools and products .. Technologies :
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Director of Precision Medicine and Computational Biology Data Science . . I have a strong background in computer science and statistics . I built up my competences first as a student in one of France top engineer schools , then as PhD student with Jean Philippe Vert and Emmanuel Barillot and finally as a post doctorate scientist with Christina Leslie . My interests in computational biology led me to Institut Curie and then to Memorial Sloan Kettering Cancer Center . In both places , I designed and implemented new computational methods for the analysis of expression and copy number data . As a research scientist in the bioinformatics core at Memorial Sloan Kettering , I learned to analyze high throughput sequencing data in a clinical and in a research setting . I built upon these skills as I took on the role of Computational Research Leader at the Center for Hematologic Malignancies at Memorial Sloan Kettering Cancer Center . Under the supervision of Ross Levine , I developed and lead efforts to analyze RNA and DNA high throughput sequencing data . My work included both gene level and functional level analysis and strong collaborations with clinicians as well as with wet lab biologists . In 2017 , I joined Rockefeller University where , as the Vincent Meyer clinical scholar and an Instructor in Clinical Investigation , I will research the genetic factors causing susceptibilities to infectious diseases under the mentorship of Jean Laurent Casanova . Specialties : Research , computational biology , machine learning , cancer research , immunology , genomics , high throughput sequencing .. Technologies :
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Director DMPK and Principal Scientist . . Director DMPK and Principal Scientist in R D Early REspiratory Immunology Senior DMPK Design Leader with more than 13 years of research experience in the Pharmaceutical industry transforming Hits into Drugs . Worked in more than 40 Drug Discovery and Early Development Projects from Early Drug Discovery up to Late Development and regulatory applications in multiple areas and targets by oral and inhaled route : ie . cardiovascular , metabolism , gastrointestinal , renal , respiratory , lung regeneration , inflammation antivirals and autoimmune . Responsible for the progression , selection and quality absorption , distribution , metabolism and excretion properties and the right pharmacokinetic profile in human of NCEs up to the Candidate CD stage and development compounds , setting up and executing the in vitro and in vivo DMPK strategy in projects including PK and PK PD , leading a team of ADME , Biotransformation and Modelling Simulation Scientists and advising senior management on potential risks of progression of compounds . Extensive experience as a manager , responsible for leading and motivating the DMPK PhysChem team to deliver robust and cost effective screening ADME data and ad hoc assays for LG campaigns and LO projects . Experience in outsourcing DMPK , including in vivo PK , studies to CROs , participation in Drug Discovery collaborations , due diligences and out and in licensing activities . I provide scientific and strategic leadership using strong matrix leadership capabilities and coach , mentor and help the long term development of scientists , while building organizational capability via leading strategic initiatives that contribute to the achievement of Business goals within approved budgets , plans and timelines . Specialities : DMPK , ADME Tox , formulation , biopharmaceutics , solubility , dissolution , absorption , distribution , metabolism , excretion , Drug Design , screening , PhysChem properties , Lead generation , Lead Optimisation , Drug metabolism and transporters , in vitro in vivo , Drug Interactions , PK PD , Human PK prediction , formulation , solid state , crystallisation , inhaled delivery , Protacs , Biologics , New Modalities , bRoF. Technologies :
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Principal Scientist , Computational Science . . I am a computational biologist engaged in developing novel computational tools to extract biological knowledge from the tremendous amount of valuable public data . My research focuses on data integration , unsupervised feature extraction , and biological feature interpretation .. Technologies :
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Postdoctoral Fellow . . I am a PhD level protein scientist with experience in purification , biochemical characterization , and structural determination by single particle cryo EM and X ray crystallography . My graduate and postdoctoral level research projects have encompassed systems involved in photosensation , aerobic respiration , secondary messenger signal transduction , and hormone metabolism of plant , bacterial , and mammalian origin . My current research interest lies in studying the interactions of proteins with partner proteins and small molecules to create their characteristic biochemical responses to environmental conditions or metabolic needs . I have experience with sample preparation in vitreous ice for single particle cryo EM as well as data collection and processing . As a crystallographer , I have background in vapor diffusion and lipidic cubic phase crystallization with and without robotic liquid handling systems . In pursuit of structural solutions , I have worked extensively on the chromatographic purification and characterization of recombinantly expressed proteins . I have worked with soluble and membrane bound proteins at all levels of structural biophysics from construct design and orthologue screening to intricate structural characterization . My strengths include design , implementation , evaluation , and troubleshooting of expression and purification protocols ; meticulous and detail oriented structural refinement ; protein structural functional analysis from multiple structures ; and scientific writing that emphasizes the logical connections from current work to past and future experiments . I seek opportunities to improve , exploit , and diversify my skills while finding answers to fundamentally important scientific questions .. Technologies : Xray;CryoEM
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proteins;small molecules;characterization;interaction;structure
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Head of Informatics . . I 'm a data scientist and engineer with a background in computational biology and neuroscience . I thrive working with and building teams to tackle complicated problems and deliver valuable , elegant , and documented solutions .. Technologies :
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Mathematician Postdoctoral Fellow . Plans and carries out mathematical modeling and computer programming work to study cardiac arrhythmia mechanisms , signaling pathways , and mechano chemo transduction . Promotes and advances projects that emphasize the application of mathematical theories to model problems in life sciences . Provides mathematical assistance to labs in statistics , data analysis , and data rendition . Additionally , creates tools using R Shiny or Python for image analysis e.g. , protein labeling , and correlation between channels . Participates in the design of lab experiments and in suggesting statistical methods suitable for data analysis . Works on modeling calcium dynamics in heart cells through the use of Finite Element Analysis FEA , and solver simulation software such as COMSOL Multiphysics and Matlab . Introduced and leads R Shiny software deployment for Trainees and non programmers to be used for the emph streamlined analysis of experimentally acquired data . Supervises and guides undergraduate researchers in fields such as pharmacology , bioengineering , mathematics , and computer science in learning about mathematical modeling through programming and critical thinking . . Experienced applied mathematician and statistician with a variety of versatile skills developed through years of research in mathematical modeling and simulations ; scientific computing ; and data analysis . Research interest include mathematical biology , pharmacology , pharmacodynamics , statistical inference , and general inverse problems . Scientific Expertise includes the following : Critical thinking , Ability to distill condensed information to a wider audience , Skillful at data analysis , data summary , and data rendition , Autonomy in leading research , Experienced in mentoring . Selected Technical Expertise : Matlab , R including Shiny , and Python for statistical and numerical computing , Parallel computing on HPC clusters , including MPI with C C and pbdr packages for R , Expert programmer in JavaScript JQuery Ajax , PHP , HTML CSS , MySQL SQLite for database management , Linux environments , especially Ubuntu and Debian . See the attached document for my detailed Resume .. Technologies :
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Principal Bioinformatician . . A competent and motivated data analyst who has extensive experience of statistics and probability , as well as a software engineer with computer programming skills , . Contributing extensively to team work with people in different fields and always displays a willing and helpful manner when resolving problems . Working for more than five years as a biological data analyst , I am proficient in Perl , Matlab , R , Python , C and Java Programming , handling in various types of datasets . I am also familiar with website development and database maintenance by MySQL , HTML , CGI , CSS . Through my professional research on NGS data analysis , I have acquired considerable experience in designing statistical model , developing project workflow and manipulating high dimensionality data , giving reasonable solutions related to the practical problems as well . I specialize in identifying future trends , usage patterns and growth patterns through data mining and machine learning that assist to make good decisions . Specializing In a . Data Analysis : statistical modeling , data simulating , evaluating , proposing solutions b . Software Development : programming , algorithm design , application development c . Database Development : data collection , database development Profile Research Fellow in the University of Nottingham Doctor of Engineering in Bioinformatics from the University of Tokyo MEng BEng in Bio Medical Engineering from Southeast University Fluent in English and Mandarin . Technologies :
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PHD Student . . PhD student at DTU Bioengineering , Department of Biomedicine and Biotechnology Working with protein structure of E3 ubiquitin ligase using cryo EM as a technique . Top 3 jobs and education : 1 Cand . scient in Biochemistry specialized within protein chemistry , University of Copenhagen March 2017 2 2 years of student relevant working experience from a research department for Diabetes and metabolism , Rigshospitalet 3 1 year working experience in quality control , Novo Nordisk Top 5 skills : 1 Approve analytical test results 2 Molecular cell biological techniques e.g. cell cultivation , immunoprecipitation , SDS PAGE , Western Blotting , Immunofluorescence microscopy 3 Independent project management 4 Constructive approach to problem solving 5 Strives for optimizing working procedures Attitude : Always ask why . Technologies : CryoEM
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enzymes;molecular glues;structure
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Principal Scientist Analytical Development Project Lead . . . Technologies :
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Chief Scientific Officer and Board member JJP Biologics . . In my 25 years full of passion for the discovery and development of novel antibody therapeutics , led me to be involved in the trajectory of preclinical preparation and design of first into man studies of various novel antibody based medicine , of which ibalizumab has obtained market approval . I have been an inventor of 20 patent applications across different disease areas . currently focused on designing antibody based precision medicine accompanied by a relevant companion diagnostic CDx . Through my extensive academic collaborations , I have gained extensive experience in molecular and cellular immunology evidenced by my co authorship of over 320 publications in international scientific journals in the field of medical biotechnology . As the CSO at Polpharma Biologics Utrecht , I am responsible for our innovative antibody pipeline , which includes humanized antagonist anti CD89 and its CDx . Furthermore , I am responsible for the development of our high producing cell lines and CMC development . I have developed our CHOBC platform and discovered our novel SPOT and SLIM technologies . Moreover , I developed a modulation toolbox to optimize CQAs . To evaluate the biosimilars in vitro , a complete bio assay toolbox has been designed to study interaction on living cells . At Polpharma Biologics , we leverage our biological knowledge and platform expertise for other Biotech companies to successfully develop their drugs from idea to commercialization . biosimilarmedicine cdmoservices NBE CMCdevelopment academiccollaboration precisionmedicine companiondiagnostic Specialties : Preclinical development of recombinant novel and biosimilar antibodies . This includes generation and selection of novel antibody therapeutics , the generating high producing stable cell lines , CMC development , development of potency , analytical and immunogenicity assays , selection and development of CDx , design of POC studies in animals , design of regulatory toxicology package to support first into man studies .. Technologies :
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biologics;characterization;developing
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Postdoctoral Researcher . . Experienced Doctoral Researcher with a demonstrated history of working in the biotechnology industry . Skilled in NMR spectroscopy of biomolecules proteins and nucleic acids and their complexes , Biophysical Techniques Isothermal Titration Calorimetry etc . , X Ray crystallography , Statistical Data Analysis , SDS PAGE , Molecular Biology and Biotechnology . Strong research professional with a 5 year Dual Degree Bachelor of Technology BTech Masters of Technology MTech focused in Biotechnology from Jaypee Institute of Information Technology , Noida . . Technologies : Xray;CryoEM;ITC;NMR
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nucleic acids;proteins;interaction;structure
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Senior Application Engineer . As a field applications engineer in the Materials and Structural Analysis Division of Thermo Fisher Scientific , I provide world class technical support to our organization and our cus tomers : Our customers . My primary responsibility has been to our customers and their success . I have provided onsite and remote trainings for Tomography and Single Particle Cryo TEM on Thermo Fisher Scientific Autoloader Krios , Arctica , Glacios systems . This includes single particle sample preparation , suggestions for optimal data collection , and structure reconstruction . I also serve as the IT stakeholder in our team and provide customized solutions to integrate our microscopes into our customers internal networks . Our service organization . I have provided technical trainings to service engineers , service supervisors , and service managers in the AMER and APAC regions in advanced microscope alignments and data collections targeted towards our customers needs in single particle Cryo TEM and Tomography . This includes educating our field organization on the newest technologies in Cryo TEM released by our business unit , and providing support for system acceptance tests post installation . I have also developed a cloud data processing pipeline using Amazon Web Services AWS for use in the reconstruction of data for our Workflow Validation offering . Our sales organization . As a subject matter expert in Micro Electron Diffraction Mi croED I have given pre sales conferences in Shanghai , Campinas , and Otago to inform customers the benefits of MicroED for their studies and to promote Thermo Fisher offerings in MicroED world wide . I have also provided MicroED data collection and data processing trainings for our Hillsboro and Netherlands Nanoports . Our product marketing and development organization . As a subject matter expert in MicroED I have advised R D , product marketing , and product development for the development of Thermo Fisher s MicroED product offering . . Over a decade of experience in supervising and participating in gene to structure collaborations in academia and industry delivering client focused results with high attention to detail . Advanced expertise in structure refinement and structure solution via x ray diffraction and cryo EM MicroED , single particle analysis , and tomography of many difficult biological targets including structured RNA , soluble proteins , amyloid peptides , and membrane proteins . Extensive knowledge of biomolecular modeling of ligands to proteins and RNA . Also capable bench biochemist in the generation and purification of biological samples , stabilization of multi protein complexes , and preparation of samples for cryo EM and crystallography . Specialties : crystallography , RNA , structural biology , difficult structure solution , large macromolecular complexes , membrane protein structure , small angle scattering , cryo electron microscopy , protein purification .. Technologies : Xray;CryoEM
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Principal Scientist . . A highly self motivated research scientist with a strong passion for drug discovery In depth knowledge of cancer biology , immuno oncology and epigenetics Lead of multiple preclinical drug development programs in oncology , immune oncology , inflammatory diseases and osteoarthritis Expertise in target discovery , validation , assay development , mechanism of action and PK PD studies Experience in managing scientists and overseeing CROs . Technologies :
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small molecules
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Research Assistant III Lab Manager . . Currently living in San Diego and working in the Lyumkis Lab purifying proteins for cryo EM and biochemical studies related to chromatin remodelers . B.S. in Biochemistry from Montana State University where I studied AAV2 lipososmal cleavage using mass spectrometry within the Bothner Lab .. Technologies : CryoEM
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proteins;structure
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Principal Scientist Computational Biology . As a member of the Integrative Biology Group in Internal Medicine Research Unit , my current role includes : 1 . providing image various optical microscopy images including histology , tissue images , plate well based cellular image etc and statistical analysis for OMTC ; 2 . driving automated image analysis for medical image e.g. MRI image in a large scale for public human data sets e.g. UK BioBank ; 3 . Leading the computational analysis for rodent behavior assay development based on machine learning and computer vision techniques ; 4 . Practitioning of integrative multi omics data analysis especially focusing on the combination of genomic and image data analysis . . Over the past years , I have been developing , applying and validating image data processing pipelines and statistical analysis methods to large amount of biological and clinical data to investigate progression mechanisms of diseases and or evaluate drug effect etc . I have been delivering high quality quantitative analysis solutions for decision making in a timely manner . An experienced and results driven researcher on image processing , computer vision , machine learning and statistical modeling . 10 years of experience in applying image processing , machine learning and statistics modeling to a wide range of biomedical problems . A fast learner , systematic analyzer , independent problem solver , and team player with strong communication skills and 20 publications . Technical Skills Programming Languages : Python , R , MATLAB , C and SAS Machine learning tools : Scikit learn , Pytorch , Keras , Tensorflow .. Technologies :
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Project Group Leader . Supervision of graduate students , Master students , technicians in projects related to human membrane proteins and their regulatory complexes . DFG Project : https : gepris.dfg.de gepris projekt 491930377 language en Conception and planning of collaborative projects within Germany and abroad . Acquisition of funding for independent research programs . . Protein scientist with a keen interest in combining structural biology and cell based assays to understand protein function . I have broad experience in recombinant production , structure determination and biochemical characterization of membrane proteins and their complexes . Currently developing cell based assays to enable activity screening of numerous membrane protein targets .. Technologies :
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membrane proteins;characterization;structure
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Senior Scientist Antibody Engineering . Identification of neutralizing antibodies for infectious diseases . Tumor disassociation , isolation and expansion of tumor inducing lymphocytes TIL . scFv bacterial library construction using PBMCs from convalescent patients . Characterization of scFv VHH functional clones screened and recovered using proprietory nanoreactor platform . Reformatting of lead scFv VHH candidates into full length IgG and VHH Fc fusions , and their expression in the mammalian expression system . Protein A purification and characterization of lead candidates using ELISA , western blotting , neutralization assay , SPR Biacore . Single cell cloning optimization for memory B cells recovered using proprietory nanoreactor platform . Antibody functional assays on PDMS surface and microcapillary arrays in nanoscale . I am specialized in Cell and Molecular biology , with more than 10 years of experience in virology and infections diseases . I am committed to understanding how molecular biology and recombinant protein engineering can be utilized to improve currently available therapeutics . I thrive in a fast paced and dynamic team environment that challenges my capacity for problem solving and troubleshooting . I have extensive experience in the design of antibodies and antibody fusions , and protein expression , purification and characterization ; a self motivated researcher who knows how to analyze and interpret data proficiently and a supportive team member who managed multiple projects in parallel and tight deadlines . Specialities Mammalian cell culture , cell based assays , in vivo models Antibody protein engineering Antibody fragments such as nanobody VHH single domain antibodies , scFv and monoclonal antibodies , molecular cloning , PCR qPCR Protein expression in yeast Pichia pastoris , plants Nicotiana benthamiana , bacteria E. coli and mammalian cells Protein purification AKTA explorer and biochemical biophysical characterization ELISA , western blotting , pharmacokinetics Mass spectrometry . Technologies : SPR
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antibodies;characterization;engineering;interaction
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AV TechBio Fellow . ARTIS Ventures is a leading early stage venture capital firm in San Francisco , pioneering investments at the intersection of life sciences and computer sciences what we call TechBio . ARTIS invests at the convergence of these two industry trends . Investment focus areas include AI Drug Discovery , Synthetic Biology , Gene Editing , Digital Health , and more . Cooking something ground breaking HMU . Join us and let 's build more iconic companies that matter Check out our team and portfolio companies , incl . Outpace Bio , Locus Biosciences , Inc. , Excision BioTherapeutics , Freenome , Stemcentrx , Inc. more , at https : www.av.co people . I immigrated from Vietnam to the US at 15 . Despite having to learn English from scratch , I became the first in my family to attend college , thanks to scholarships mentors through orgs , incl . the Bill Melinda Gates , Dell , Greenhouse Scholars , National Institutes of Health , National Association for the Education of Homeless Children and Youth Following my graduation from Duke University in 2016 where I conducted HIV vaccine research at the Duke Human Vaccine Institute , I joined the US NIH Vaccine Research Center as a UGSP fellow to work on HIV cure In 2018 , I moved to Europe to pursue an Erasmus MSc degree in Vaccinology on full academic scholarship by the LIVE program , rotating through Spain , Belgium France . Meanwhile , I worked remotely as a research manager for an international research network in public health in Hanoi , Vietnam Following my internship at GSK Vaccines , I received 3 full academic PhD scholarships from Oxford . As a DPhil student , I apply high dimensional computational experimental tools to discover human CD8 T cells in lymphoid tissues . Manipulating the immune system through immune cells has applications in immunotherapy vaccine R D against viruses , cancers , autoimmune neurodegenerative diseases Building teams with good people to : Develop a cell based immuno modulatory vaccine to prevent multiple ageing related neurodegenerative diseases at once Invent ML app to organize knowledge connect people to the right team and resources to discover make their dream come true Life goal : Building a Centre of Learning to provide high impact , hands on skill training traditional schools do not teach to children and youths in under served communities The Centre will be built inside a community based flower garden and staffed by retired professionals and teachers . Learning how to use accumulated knowledge to change society The Signal and the Noise by Nate Silver They never decide it s too hard or not worth the effort . Babies don t worry about making mistakes or humiliating themselves . They walk , they fall , they get up . They just barge forward . Mindset by Carol Dweck they would rather back the individual than the solution ... that the right solution may never get airborne if it it is driven by the wrong person . But the right person will find the right solution even if that has n't yet happened . And they want to work with someone they believe in . Life 's a Pitch by Stephen Bayley Roger Mavity Twitter QNNDuke TikTok nhatquang73 . Technologies :
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Director , Project Biology . I provide project leadership to small molecule drug discovery programmes , working with collaborators and or project teams to set overall strategic objectives including target candidate profiles and am responsible for the delivery of lead and candidate milestones through to pre clinical development . By providing leadership to multi disciplinary teams , I advance programs from the partnered and internal pipeline to deliver clinical candidates . Other key responsibilities include : Lead the biology aspects specifically , ensuring relevant and robust data is generated to drive discovery forward Provide effective coordination of functions , ensuring appropriate resourcing and timing of activities to maximise the impact of the project team . Development of successful internal and external relationships with partners , academic leaders and contract research organisations CROs . Implement drug discovery cascades , define relevant assay systems and endpoints , working with internal biology teams and external partners . . I have 10 years of experience working as project leader , team leader and subject matter expert in pharmaceutical industry and academia . I combine broad scientific expertise in advanced imaging , AI and high content data analysis , advanced cellular models , and different drug modalities small molecules , PROTAC , ASO , antibodies . I bring extensive leadership experience working on oncology , cardiovascular , metabolic and kidney projects , as well as previously on infectious diseases . I have strong analytical and communication skills , can manage multiple projects at a time and I work well independently . However , I thrive most in cross functional teams working together with others . In my current position I provide biology project leadership to small molecule drug discovery programmes , working with collaborators and or multi disciplinary project teams to set overall strategic objectives including target candidate profiles . I am responsible for the delivery of lead and candidate milestones from the partnered and internal pipeline to deliver clinical candidates . Email me at Mullers . Erik gmail.com Key Achievements : Progression of drug targets towards the clinic Leading a team of 8 scientists PhD in Virology and Cell Biology Authored 20 publications Supervised 15 Postdocs PhD candidates undergraduates Developed several novel assays Led international collaborations and conferences Core Skills : Project leadership Team leadership Drug development Molecular biology , cell biology Data analysis Advanced cellular imaging Assay development Supervision Scientific communication speaking , presenting , publishing Personal Qualities : Strong communication skills Excellent organisation and analytical skills Detail oriented Committed team leader Quick learner . Technologies :
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molecular glues;small molecules;developing;screening
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Associate Principal Scientist . . Cryo electron microscopy expert enabling small molecule discovery for difficult targets . Proven track record of high impact structure determination in academic and pharmaceutical settings . Proven funding record for academic and social outreach projects . Strong analytical skills with graduate training in engineering , mathematics , medical sciences , and biochemistry . Experience in assay , product , and business development . Demonstrated commitment to diversity and inclusion .. Technologies : CryoEM
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proteins;small molecules;structure
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Senior Bioinformatics Scientist . . . Technologies :
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Senior Director of Target and Drug Discovery . . I received my PhD at the Friedrich Miescher Institute of the Novartis Research Foundation in Basel , working in the field of immunology . My specific focus was transcriptional regulation in B cells . I then joined the Experimental Hematology group at the University Hospital Basel working on Myeloproliferative Neoplasms MPN . During that time , our group discovered a highly recurrent mutation in the kinase JAK2 that has led to an approved therapeutic . My work included generation of a transgenic mouse model for JAK2 V617F driven disease that yielded valuable insights into the pathogenesis of MPN . In 2008 I took on a position as lab head at the Novartis Insitutes for BioMedical Research NIBR in the disease area Oncology in Basel . My main responsibility to date is the co leadership of large drug discovery teams . In addition , I contribute to the discovery and validation of novel oncology targets . In the meantime , my first project has reached the stage of clinical development , giving me the opportunity to contribute to translational research . Finally , I mentor postdocs and master students and thereby have the opportunity to also pursue research that leads to publications .. Technologies :
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small molecules;screening
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Analytical Scientist . . Specialties : Protein Chemistry Analytical Chemistry Biophysical Characterisation of Proteins and Peptides : Self association , Aggregation and Fibrillation Size Exclusion Chromatography SEC Field Flow Fractionation FFF Static Light Scattering SLS Multi Angle Light Scattering MALS Dynamic Light Scattering DLS ThT Assays Structure in Solution and Crystals : Circular Dichroism CD Small Angle X ray Scattering SAXS X ray Crystallography . Technologies : Xray;SLS DLS;CD
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peptides;proteins;characterization;stability;structure
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Scientific Assistant . Structure determination of membrane proteins by single particle cryo EM . . I have been in the cryo EM field for over 14 years and have worked on everything from tiny RNA molecules back in the day , before there were direct electron detectors and motion correction to large protein assemblies like the nuclear pore complex . In the last three years , I have been in the membrane protein field , with focus on several of the liver membrane transporters . I love challenging projects and particularly those that drive technology development . Looking for job opportunities that will allow me to follow my own crazy ideas and collaborate with others on exciting new projects .. Technologies : CryoEM
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membrane proteins;structure
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Associate Principal Scientist . . A dynamic and motivated industry researcher with demonstrated expertise in systems biology , infectious disease , oncology , and project management , committed to the development of new medicines . A strong analytical thinker and a creative problem solver with broad experience in scientific data analysis and a deep understanding of biological principles and computational techniques . A versatile and resourceful professional that thrives in interdisciplinary and collaborative team environments . A quick and fearless learner , an effective big picture thinker , an effectual organizer , and an excellent presenter . . Technologies :
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Computational Chemist . . A computational chemist with Ph.D. in computational chemistry , and nine years of drug discovery experience in pharmaceutical industry , with expertise in every stage of small molecule drug discovery , including target assessment , HTS triage , ligand based and structural based virtual screening , library design , scaffold hopping , SAR analysis , cheminfomatics , protein ligand interaction free energy calculation , molecular dynamics , etc .. Technologies :
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Scientist . . My intellectual curiosity and passion for asking questions led me to pursue my Ph.D. in Biochemistry and Molecular Biophysics . I have worked on several relevant projects that provided me with the skill sets I need to be an effective postdoc . Within one of my projects , I successfully expressed human complement protein factor H fH by HEK 293 and freestyle F 293 cells , refolded and purified it with size exclusion and affinity columns by tangential flow filtration and GE Akta fast protein liquid chromatography . To explore the protein interactions , I used Biacore T200 surface plasmon resonance to detect the minimal binding partner within fH and Beta C protein , a Group B Streptococcal surface protein . I also screened and optimized the Beta C protein crystals by both Crystal Phoenix protein crystallization robot and manually hangover drops , successfully shoot crystals through Argonne National Lab , and built crystal structure models with a resolution of 2.36 by Phenix and Pymol . My passion for teaching has provided me with a unique skill set that I believe will be critical for a successful career . During my two and a half years teaching assistantship as a Ph.D. and master , my communication skills strengthened as I challenged myself to understand and respond to students questions while they tackled complex biological concepts . I also mentored new graduate students and let them fit quicker and feel more comfortable in our lab . The analytical and communication skills I have honed throughout my education will provide a strong foundation as I devote myself to the life sciences . I am specifically interested in protein protein interactions and structural analysis due to its unique approach to understand proteins and think the combination of crystallography and Cryo EM will be the trend in the protein structural field . Till now , I have ten peer reviewed publications , including five first author papers , and one of them was on the cover and top reads of the issue .. Technologies : CryoEM;SPR
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proteins;interaction;structure
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Vaccinator . . Driven cell biologist with a passion for applied biotechnology and cell signaling . Aspire to solve real life problems within human health and sustainability by hands on lab work . 8 months of experience in yeast GPCR biosensor research development expertise : cell based biosensors , R D , biotechnology , cell signaling , molecular biology , microbiology Techniques : bacterial , yeast and mammalian cell cultivation , USER cloning , transformation and protein expression in mammalian and yeast cell lines , cell induction protocols , fluorescence microscopy , confocal laser scanning microscopy , GC MS analysis , sterol extraction Contact : 45 24836844 Lukasronildhansen outlook.dk . Technologies :
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. . I am an experienced Postdoctoral Researcher with a demonstrated history of working in the field of life sciences . I consider myself a biochemist who uses structural biology tools to examine and analyse biological problems . Having used X ray crystallography for several years to study structures of proteins involved in metabolic pathways and fertilization protein complexes , I am currently focussing on investigating membrane transporters using single particle cryoEM . I am skilled in recombinant DNA technology , protein expression in various systems and protein purification using different methods to get crystallization quality or cryoEM suitable samples . . Technologies : Xray
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membrane proteins;structure
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Graduate Research Fellow . . An enthusiastic learner and hoping to do some good for humanity . Graduated from IIT Kanpur with a Bachelor in CSE . My academic and research interests are primarily Computational Biology and Bioinformatics , Machine Learning , Data Science . Currently pursuing PhD at USC .. Technologies :
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Development Scientist . Coordination of CMC API process chemistry development . . Highly trained synthetic chemist with experience in both academia and industry . Research background spans reaction methodology , chemical biology , organometallic chemistry and chemical education . Strong verbal and written communicator with a proven track record of both leading projects and working within large , multidisciplinary teams . Inquisitive , creative thinker with an independent mindset and a passion for taking on new challenges and making a difference in the world through science . Currently a Development Scientist with Novo Nordisk working on API chemical process development for clinical trials .. Technologies : Xray;MST
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Research Assistant . Phage display library . Antibody screening . Bio panning assay . Functional assay . . Technologies :
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antibodies;interaction;screening
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Bioinformatics Scientist . Performing statistical and machine learning modeling for precision epigenomic medicine . . Data scientist experienced in analysis of Next Generation Sequencing cancer genomics . Interested in applied computational models , interdisciplinary projects , algorithmic thinking , mastering machine learning and statistical analysis . Proficient knowledge in R and Python .. Technologies :
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Computational Scientist . . . Technologies :
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PhD Student at Max Planck Institute . Structural biochemistry Cryo EM Muscle cells . . Technologies : CryoEM
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proteins;structure
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Associate Computational Biologist . Worked closely with my PI to design secure , interactive , federated analysis to ensure genetic privacy . Used applied cryptographic techniques to implement pipeline for secure genomic analysis in Golang . Processed large genetic databases and designed experiments to evaluate accuracy and efficiency of the aforementioned pipeline . . I want to leverage my background in biology and computer science to build tools to better inform the way we approach healthcare .. Technologies :
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Graduate Researcher . Neuroimaging EEG fNIRS researcher and machine learning engineer . Built wearable brain computer interface by designing novel pipelines as well as implementing novel algorithms from journals for regression and classification . Conceptualized ideas . Designed experiments . Built and organized database . Developed stimulus presentation and UI . Built hardware using 3D printer and machinery tools . Developed data acquisition . Developed and validated pipelines for signal processing , regression , classification , data visualization and statistical tests . Codes optimized with parallelization and high performance computing . Replicated and validated pipelines for real time hybrid EEG fNIRS brain computer interface for detection of both overt and imaginary finger tapping cortical activity . Contributed to Homer3 , an open source software for fNIRS data analysis . Currently writing 2 papers for publication for high impact journals . Teaching assistant for electro mechanical laboratory based course . Used oscilloscopes , function generators , digital multimeter , breadboard circuit , and op amps for different sensors for strain , temperature , pressure , wind turbines , etc . Debugged faulty breadboards and burnt capacitors . Supervised labs and graded lab reports . average students ' rating : 4.43 5 Teaching assistant for probability statistics course . Led discussion sections and graded homework and exams . average students ' rating : 4.23 5 Supervised undergraduate and graduate research assistants . Modeled multi cast device to device wireless communication using Palm Distribution for Spatial Poisson Point Process for Wireless Communication class . Modeled RNA probe as detector of antibiotic resistance with partition function using Boltzmann weight for Computational Biology class . Improved design in Arduino powered alternative assistive communication . Organizer of BU Hearing Research Center weekly seminars . Invited researchers , planned itinerary and logistics for seminars . . Researcher and engineer with a strong background in signal processing , machine learning and software hardware programming . Ph.D. candidate anticipating to graduate by the end of summer or early fall 2022 .. Technologies :
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Staff Research Scientist Manager . . Machine learning researcher , tech lead and manager . Passionate about creating and driving theory based machine learning projects and bringing them to production . Strives to work in a fast paced , creative and collaborative environment on hard open ended problems with real world impact .. Technologies :
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