Spaces:
Sleeping
Sleeping
| "{\"lab\": {\"list\": [\"Material Science Lab (ferrous and non-ferrous metals, alloys, non-destructive testing)\", \"Engineering Drawing Lab (engineering drawing, sketches, working drawings)\", \"Fluid Mechanics/ Fluid Power Engineering Lab (flow behaviour, fluid forces, control volume approach, momentum and energy equations)\", \"Refrigeration and Air conditioning Lab (refrigeration cycle, air conditioning cycle, refrigerator trainer, air conditioning test rig)\", \"Internal Combustion Engineering/ Automobile Engg. (Four stroke petrol engine, Jeep chassis, Wheel balancer, cut section engines, gear boxes)\", \"Heat transfer Lab (conduction, convection, radiation, heat exchangers, critical radius of insulation, film-wise and drop-wise condensation)\", \"Workshop (carpentry, fitting, welding, tin smithy, first year common lab)\", \"BME Lab (Basic mechanical Engineering, Boiler, I.C. Engine, Power Transmitting element, first year common lab)\", \"CAD lab (Computer Aided Design, object viewing, simulation, design objectives)\", \"Thermal Lab (thermodynamics, heat transfer, fluid mechanics, charts, models, experimental setups)\", \"DOM/TOM Lab (Dynamics of Machines, Theory of Machines, machine working principles, motion transmission, unbalanced forces, vibrations)\", \"Machining Lab (Manufacturing Process 1, 2, Production Technology, castings, machining, joining, metal cutting, machine tools, jigs and fixtures, die and mould design)\"], \"details\": \"Material Science Lab studies structure-properties relationships of materials for applications including ferrous and non-ferrous metals and alloys, composition, structure, properties and applications, and non-destructive testing for selection and processing of metals. Engineering Drawing Lab develops ability to produce simple engineering drawings and sketches based on current practice and abstract information from schematic diagrams to produce working drawings for manufacturers installers and fabricators. Fluid Mechanics Fluid Power Engineering Lab runs in conjunction with theory courses 2141906 Fluid Mechanics and 2151903 Fluid Power Engineering as introductory course for flow behaviour, fluid forces and analysis tools, determination of applications of control volume approach, demonstration of momentum and energy equations, and engineering correlations. Refrigeration and Air conditioning Lab has basics of refrigeration and air conditioning cycle with different areas of applications, experiments on refrigerator trainer and air conditioning test rig. Internal Combustion Engineering Automobile Engg. has Four stroke four cylinder petrol engine test rig Morse test, Jeep chassis with cut section engine, Wheel balancer, cut section of single cylinder two stroke petrol engine, single cylinder four stroke petrol engine, single cylinder four stroke diesel engine, Four wheel drive with differential and rear axle, Constant mesh gear box, Synchromesh gear box for studying different systems of Internal Combustion Engine. Heat transfer Lab studies different modes of heat transfer including conduction, convection and radiation, correlating real life applications to theoretical knowledge like heat exchangers, critical radius of insulation and film-wise and drop-wise condensation processes. Workshop provides basic level knowledge of mechanical Engineering for first year all branches including carpentry job, fitting job, welding job, tin smithy. BME Lab is Basic mechanical Engineering laboratory for first year all branches with knowledge of Boiler, I.C. Engine, Power Transmitting element. CAD Lab enables students to view objects under various representations and test objects by simulating real-world conditions for accomplishing design objectives easily and efficiently. Thermal Lab introduces fundamental theories and industrial applications of thermodynamics, heat transfer, and fluid mechanics with charts, models, experimental setups. DOM TOM Lab helps students understand working principles of machines and transmission of motion and forces responsible for motion, unbalanced forces in rotary and reciprocating engines, time period determination for different vibrational systems and vibration measurement techniques. Machining Lab contains three Laboratories Manufacturing Process 1, 2 and Production Technology for identifying different tools for machining, understanding tool signature, manufacturing technology, engineering sciences with management science, applications of castings, machining processing, joining processes, metal cutting, machine tools, machining systems, jigs and fixtures, die and mould design, material science, machine designing and manufacturing.\"}, \"faculty\": {\"list\": [\"Professor Pragnesh K. Brahmbhatt (Professor, Ph.D., HOD)\", \"Professor Mayank I. Vyas (Professor, Ph.D. Mechanical Engg)\", \"Professor Sanjay Prahladbhai Patel (Associate Professor, Ph.D.)\", \"Professor Divyang R. Shah (Associate Professor, Ph.D.)\", \"Professor Rajendra K. Patel (Associate Professor, M.E.)\", \"Professor Swati Amitkumar Saraswat (Associate Professor, Ph.D.)\", \"Professor Kintu R. Patel (Associate Professor, Ph.D.)\", \"Professor Nirvesh S. Mehta (Associate Professor, Ph.D.)\", \"Professor Sheetal R. Pandya (Associate Professor, Ph.D.)\", \"Professor Prakashkumar Amthabhai Prajapati (Associate Professor, Ph.D.)\", \"Professor Dhruv Umakantbhai Panchal (Associate Professor, Ph.D.)\", \"Professor Maheshbhai Javarabhai Vanajara (Associate Professor, Ph.D.)\", \"Professor Kiran P. Prajapati (Assistant Professor, M.Tech)\", \"Professor Swapna A. Pawar (Assistant Professor, M.E.)\", \"Professor Jitendra M Joshi (Assistant Professor, M.E)\", \"Professor Vaishali K. Patel (Assistant Professor, M.E.)\", \"Professor Manish N. Parmar (Assistant Professor, M.E.)\", \"Professor Akshay A. Pujara (Assistant Professor, Ph.D.)\", \"Professor Sanjay B. Pipaliya (Assistant Professor, M.Tech)\", \"Professor Mohammedyasin M .Modan (Assistant Professor, M.E.)\", \"Professor Kuldip T. Dodiya (Assistant Professor, Ph.D.)\", \"Professor Trupti Y. Rathod (Assistant Professor, Ph.D.)\", \"Professor Sapna A. Solanki (Assistant Professor, M.E.)\", \"Professor Jaspalsinh B. Dabhi (Assistant Professor, Ph.D.)\", \"Professor Viral A. Thakar (Assistant Professor, B.E.)\", \"Mrs. Nikitaben R. Patel (Lab Assistant, Diploma M.E.)\"], \"details\": \"The department has twenty-six faculty members including two Professors with Ph.D. qualifications with one being Head of Department, ten Associate Professors with M.E. or Ph.D. qualifications, thirteen Assistant Professors with M.E., M.Tech or Ph.D. qualifications, and one Lab Assistant with Diploma in M.E. The Head of Department is Professor Pragnesh K. Brahmbhatt who is a Professor with Ph.D. qualification. Other Professor is Professor Mayank I. Vyas with Ph.D. in Mechanical Engg. Associate Professors with Ph.D. include Professor Sanjay Prahladbhai Patel, Professor Divyang R. Shah, Professor Swati Amitkumar Saraswat, Professor Kintu R. Patel, Professor Nirvesh S. Mehta, Professor Sheetal R. Pandya, Professor Prakashkumar Amthabhai Prajapati, Professor Dhruv Umakantbhai Panchal, and Professor Maheshbhai Javarabhai Vanajara. Associate Professor with M.E. is Professor Rajendra K. Patel. Assistant Professors with Ph.D. include Professor Akshay A. Pujara, Professor Kuldip T. Dodiya, Professor Trupti Y. Rathod, and Professor Jaspalsinh B. Dabhi. Assistant Professors with M.E. or M.Tech include Professor Kiran P. Prajapati with M.Tech, Professor Swapna A. Pawar with M.E., Professor Jitendra M Joshi with M.E, Professor Vaishali K. Patel with M.E., Professor Manish N. Parmar with M.E., Professor Sanjay B. Pipaliya with M.Tech, Professor Mohammedyasin M Modan with M.E., and Professor Sapna A. Solanki with M.E. Professor Viral A. Thakar holds B.E. qualification. Mrs. Nikitaben R. Patel serves as Lab Assistant with Diploma in M.E.\"}, \"core_faculty\": {\"list\": [], \"details\": \"\"}, \"intake\": {\"list\": [\"Undergraduate (UG) program intake (90 students)\"], \"details\": \"The Undergraduate program has an intake capacity of 90 students.\"}, \"hod\": {\"list\": [\"Professor P. K. Brahmbhatt (Head of Department)\"], \"details\": \"The Head of Department is Professor P. K. Brahmbhatt who holds the position of Professor and has Ph.D. qualification.\"}, \"achievements\": {\"list\": [], \"details\": \"\"}, \"research\": {\"list\": [\"Quality education in Mechanical Engineering\", \"Socially responsible technocrats\", \"Entrepreneurs development\", \"Industry linkages\", \"Research excellence\", \"Consultancy services\", \"Engineering software utilization\", \"Experimental capabilities\", \"Higher education\", \"Entrepreneurship\", \"Industrial problem solving\", \"R&D problem solving\", \"Modern engineering tools\", \"Modern equipment\", \"Environment-friendly solutions\"], \"details\": \"The department fosters an excellent environment for quality education in Mechanical Engineering, preparing socially responsible technocrats and entrepreneurs. It develops linkages with industry for excellence in research and consultancy services. Graduates are encouraged to utilize engineering software and experimental capabilities to pursue research, higher education, and entrepreneurship, solving industrial and R&D problems using modern engineering tools and equipment for environment-friendly solutions.\"}, \"syllabus\": {\"list\": [\"Semester 1 & 2 (Common): Programming for Problem Solving (3110003), Basic Mechanical Engineering (3110006), Environmental Science (3110007), Physics Group - I (3110011), Mathematics-I (3110014), Basic Electrical Engineering (3110005), Engineering Graphics & Design (3110013), Mathematics-II (3110015)\", \"Semester 3: Effective Technical Communication (3130004), Complex Variables and Partial Differential Equations (3130005), Indian Constitution (3130007), Material Science and Metallurgy (3131904), Engineering Thermodynamics (3131905), Kinematics and Theory of Machines (3131906)\", \"Semester 4: Mechanical Measurement and Metrology (3141901), Fluid Mechanics and Hydraulic Machines (3141906), Fundamentals of Machine Design (3141907), Manufacturing Processes (3141908), Organizational Behavior (3141909)\", \"Semester 5: Heat Transfer (3151909), Operation Research (3151910), Dynamics of Machinery (3151911), Manufacturing Technology (3151912), Oil Hydraulics and Pneumatics - Open Elective-I (3151913)\", \"Semester 6: Computer Aided Design - Professional Elective-I (3161903), Applied Thermodynamics (3161910), Computer Aided Manufacturing - Professional Elective-I (3161917), Advanced Manufacturing Processes - Professional Elective-I (3161922), Industry 4.0 - Open Elective-II (3161926)\", \"Semester 7: Operation Research (2171901), Computer Aided Manufacturing (2171903), Machine Design (2171909), Power Plant Engineering (2171910), Oil Hydraulics and Pneumatics (2171912)\", \"Semester 8: Renewable Energy Engineering (2181910), Product Design and Value Engineering - Departmental Elective-II (2181913), Rapid Prototyping - Departmental Elective-II (2181914), Quality Engineering - Departmental Elective-II (2181920)\"], \"details\": \"The Mechanical Engineering program at VGEC is a 4-year B.E. program following GTU curriculum with intake of 90 students. The syllabus spans 8 semesters covering foundational sciences and engineering graphics in first year, core mechanical subjects from Semester 3 (Material Science, Thermodynamics, Kinematics), and advanced mechanics in Semester 4 (Fluid Mechanics, Machine Design, Manufacturing). Semester 5-6 focus on thermal sciences (Heat Transfer, Applied Thermodynamics), manufacturing technologies, and automation (CAD/CAM, Industry 4.0). Final year specializes in power generation (Power Plant, Renewable Energy), advanced design (Product Design, Rapid Prototyping), and quality systems. The program includes extensive workshop training, machine design projects, and industry internships. Strong emphasis on manufacturing automation and sustainable energy technologies. Working Professional program available with 30 seats. NBA accreditation expired June 30, 2022.\"}}" |