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chroma_db/chroma.sqlite3

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docstore/04ba2b61-b99b-45d6-9009-803f9f1082d2

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+key efficient waste management is to ensure proper segregation of waste at source and ensure that the waste goes through different streams for recycling and resource recovery. Then reduced final residue is then deposited scientifically in sanitary landfills. Sanitary landfills are the ultimate means of disposal for unutilised municipal solid waste from waste processing facilities and other types of inorganic waste that cannot be reused or recycled. Major limitation of this method is the costly transportation of MSW to far away landfill sites. In some urban centres, people working in the informal sector collect solid waste for each doorstep to get a collection fee and derive additional income from sale of recyclables. The informal recycling industry plays a major role in waste management. It also ensures that less waste reaches. There has been technological advancement for processing. Treatment and disposal of solid waste, Energy from-waste is a crucial element o SWM because it reduces the volume of waste from disposal also helps in converting the waste into renewable energy and organic manure, The biodegradable component of India’s solid waste is currently estimated at a little over 50 percent. Bio-methanation is a solution for processing biodegradable waste which is also remains underexploited. It is believed that if we segregate biodegradable waste from the rest, it could reduce the challenges by half. E- waste components contain toxic materials and are non- biodegradable which present both occupational and environmental health threats including toxic smoke from recycling processes and leaching from e-waste in landfill into local water tables.
+
+The concept of common waste treatment facility (ENVIS Newsletter, December 2010) is being

docstore/059ba71e-3c09-4eca-936a-60006edc5b9b

@@ -0,0 +1,35 @@
+SANDEEP SURESH eancunhis Oe 49 | 202401069 | KUMAR KUMAR FULL TIME GEN HSS-ENGLISH 15,000) , RANA GORKHA ae NIMISHA LT. ANUP Fellowship Of Rs. 50 | 202401070 | Gniroia SARGLA FULL TIME GEN HSS-ENGLISH ‘neo SAUMYA KUNDAN PART-TIME Subject to Bh | a0aROtO7e BISHT SINGH BISHT | INTERNAL GEN HSS-ENGLISH | submission of NOC — i asic _ i HARISH . 52 | 202401072 A NRIVA CHANDRA | FULL TIME GEN HSS-ENGLISH Se eh ms PALARIYA , | | = AYESHA Fellowship Of Rs. 5 -PNAUTIYAL | FULLTIM J 53 | 202801074 | vauriya, | CPNAUTIVAL | U E GEN HSS-ENGLISH 12,000} | VAIDEHI Fellowship Of Rs. 5 RK UNIYA\ FULLT i 54 | 202401075 uiavan K UNIYAL ULL TIME GEN HSS-ENGLISH iai668 i + - cies j , | TAMANJOT | SUKHVINDER Fellowship OF Rs 55 | 202401135 | KAUR SINGH FULL TIME GEN HSS-ENGLISH re 000/- MALHOTRA | MALHOTRA s i TUSHAR PRAVEEN HSS-POLITICAL | Fellowship Of Rs. i FULL TIME 56 | 202401076 | BuaTia BHATIA A GEN SCIENCE 12,000/-
+
+$. MUKESH ANKIT RT-TI 57 | 202402081 | Teipary, | CHANDRA eae | TRIPATHI
+
+4
+
+4
+
+a
+
+rn
+
+MANAGEMENT j STUDIES - sisi aia NOC FINANCE
+
+|
+
++— | LATE SH RAM ce | momoro7e | MANSH | "prasao | PARTTIME | | GURUNG
+
+:
+
+MANAGEMENT . en | STUDIES | supmission of NOC FINANCE
+
+.
+
+-t
+
+J
+
+a.
+
+Graphic Era Deemed to be University
+
+DEHRADUN
+
+Bell Road.Ciement Town Dehradun-248002 Uttarakhand Ph. : 0135-2644183, 2642799, Fax : 0135-2644025 www.geu.ac.in

docstore/06facbd0-5c9b-40c8-a58b-31a2f5b2b1f5

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+TEACHERS FEEDBACK ON CURRICULUM
+
+Department Academic Year Course Name & Code Semester Section: Name of the faculty Type of course (core/Elective)
+
+Please give your valuable feedback on curriculum to improve quality of the programme. Select your ranking on the scale of 1 to 5 for each of the following parameters.
+
+(5- Strongly agree, 4- Agree, 3- Uncertain, 2- Disagree, 1- Strongly disagree)
+
+Feedback on Course Rating 1 The allocation of the credits to the course is appropriate 2 The course content is adequate to achieve stated CO’s/PO’S 3 Syllabus is sufficient to bridge the gap between industry standards /current global scenarios and academic requirement. 4 The timely coverage of syllabus is possible in the mentioned number of hours. 5 The units/sections in the syllabus are properly sequenced. 6 The recommended textbooks are adequate and map onto the syllabus. 7 Sufficient reference material and books are available for the topics mentioned in the syllabus. 8 The pre-requisite courses are appropriate for this course 9 The programme and curriculum inculcates necessary communication skills, ethical values and concern for the society. Feedback on Laboratory component (if applicable) 10 The designed experiments stimulate the interest of students in the subject and deepen their understanding through relating theory to practice (Experiential learning). 11 The practicals enable to develop experimental, design, problem solving and analytical skills of the students.
+
+Recommendations for course improvement (Please specify topics that should be added/dropped from the course, new books to be recommended, changes in teaching scheme and experiments, etc. if any)
+
+Date: Signature of the Teacher

docstore/0b16f60b-a39d-4af7-95b6-2fcc06f43e8b

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+MANAGEMENT . 59 | 202401079 hoNDIR PSPUNDIR | FULL TIME GEN STUDIES - naar oe Be FINANCE ? ARON BANKEY MANAGEMENT Fellowship Of Rs. 60 K FULL TIM : ADPAGLOGS UMAR | BIHARI DUBEY = GEN STUDIES - HRM 12,000/- DUBEY DHIRENDRA HEMANT PART-TIME MANAGEMENT Subject to St | 202002050 | “yoMmaR ee EXTERNAL een STUDIES-HRM_ | Submission of NOC JASMINE JAGDISH | PART-TIME MANAGEMENT Subject to veil Tenamiianeieis AHUJA AHUJA EXTERNAL SEN STUDIES-HRM_ | Submission of NOC UMANG SASH! | PART-TIME MANAGEMENT Subject to H. 63 | 202401085 | cuarma | BUSHAN EXTERNAL la STUDIES -HRM | Submission of NOC | SHARMA YAMINI | MANAGEMENT | Fellowship Of Rs. | BHEEM SINGH | FULLTIM 64 | 202401091 SINGH | CHEEMSINGH | FULL TIME GEN Sn re crn a | set | _ 6s | 202401062 | MOHAMMA IRSHAD PART-TIME oan aioe. Subject to 9 rs D HASEEB HUSAIN INTERNAL MARKETING Submission of NGC ~ -- - cc | 202eeammilieeene IRSHAD | PART-TIME | ew. a sanRceYe | SHUAIB HUSAIN EXTERNAL MarKeTING | Submission of NOC
+
+an
+
+Mt
+
+es | ANMOL SATENDER | PART-TIME KUMAR KUMAR EXTERNAL
+
+eau
+
+aera Subject to MARKETING Submission of NOC
+
+— | |
+
+68 | 202401097 Pc
+
+ile
+
+nae
+
+FULL TIME
+
+GEN
+
+MANAGEMENT . STUDIES - See ne MARKETING "
+
+|
+
+;
+
+-
+
+:
+
+P Graphic Era % Deemed to be University
+
+DEHRADUN
+
+Gas. () 4
+
+NAAG A+ ACCREDITED
+
+Bell Road,Clement Town Dehradun-248002 Uttarakhand Ph. : 0135-2644183, 2642799, ania ane www.geu.acin

docstore/0e77e651-43c1-4537-b702-df5a15232070

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+CONCLUSIONS
+
+Considering the fact that the Graphic Era Deemed to be University is predominantly Environment Department, there is significant environmental research both by faculty and students. The environmental awareness initiatives are substantial. The installation of solar panels, Dairy Waste Treatment System and Vermiculture are noteworthy. Besides, environmental awareness programmes initiated by the administration show the campus is going green. Few recommendations are added to curb the menace of waste management using eco- friendly and scientific techniques. This may lead to the prosperous future in context of Green Campus & thus sustainable environment and community development.
+
+As part of green audit of campus, we carried out the environmental monitoring of campus including Ambient Air Monitoring, Work Zone Air Monitoring, Noise Monitoring, Drinking Water Testing, Illumination and Ventilation of the class room. It was observed that Illumination and Ventilation is adequate considering natural light all parameters of monitoring comes under the standards limits.
+
+56

docstore/0f6acb64-6962-46b0-80de-d8848fe3c207

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+Table: Ground Water Testing Results of Borewell Water of Graphic Era.
+
+Limit of IS: 10500-2012 S. No. Desirable Permissible Limits Parameters Test –Methods Results Units Limits the absence of (Max) Alternate Source (Max.) 1. pH (at 250C) IS 3025 (Part-11) 7.32 - 6.5 to 8.5 No relaxation 1984. 2.* Color IS 3025 (Part-4) 1983 BDL (DL-5 ) Hazen 5 15 3. Turbidity IS 3025 (Part-10) 1984 BDL (DL-I ) NTU 1 5 4.* Odour IS 3025 (Part-5) 1984 Agreeable - Agreeable Agreeable 5.* Taste IS 3025 (Part-7-8) Agreeable - Agreeable Agreeable 1984 6. Total Hardness as IS 3025 (Part-21 ) 290.20 mg/l 200 600 CaCO3 1984 7. Calcium as Ca IS 3025 (Part-40 ) 71.20 mg/l 75 200 1991 8. Alkalinity as CaCO3 IS 3025 (Part-23 ) 248.50 mg/l 200 600 1996 9. Chloride as Cl IS 3025 (Part-32 ) 23.44 mg/l 250 1000
+
+28
+
+1998 10.* Cyanide as CN IS 3025 (Part-27 ) BDL (DL-0.002 mg/l 0.05 No relaxation 1986 ) 11. Magnesium as Mg IS 3025 (Part-46) 2009 28.15 mg/l 30 100 12. Total Dissolved Solids IS 3025 (Part-16),1984 356.10 mg/l 500 2000 13. Sulphate as SO4 IS 3025 (Part-24),1986 27.30 mg/l 200 400 14. Flouride as F IS3025(Part-60), 2008 BDL (DL-0.05) mg/l 1.0 1.5

docstore/11d0ef5e-d068-44f8-87b5-05a16f402015

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+Date: 19'" February 2024
+
+ist of Candidates Called for provisional admission to PhD Programme for January 2024, Batch-
+
+4
+
+I
+
+{
+
+S. iy ROLL No. FULL NAME FATHER'S MODE CATEOGRY DEPARTMENT REMARK No NAME — 7 PADAM PAVITA PART-TIME Subject to fi 202401003 THAPA BAHADUR INTERNAL GEN BIOTECHNOLOGY Submission of NOC THAPA | L [ KRIPAL SINGH | PART-TIME Subject to 2 | 202401004 | KIRAN BISHT See cieeaE GEN BIOTECHNOLOGY | ¢ i iccion of NOC = want Boos + 1e VINOD Fellowship Of Rs. TIM 3 | 202401006 | VAISHALI vali FULL TIME sc BIOTECHNOLOGY BOOT: _ } | arene JAHANVI SANJEEV Fellowship Of Rs. FULL TIME Bi BIOT! N 4 | 202401007 | YADAV YADAV oBc |OTECHNOLOGY 2000) al a L . | | ABHISHEK VUENDRA | Fellowship Of Rs. | FULLTIME | Y 5 | 202001008 | Fa sotivaL oe U E | oBc BIOTECHNOLOG 12,0007 | BHAWANA RAJENDER ited | Fellowship Of Rs. FULL TIM 6 | 202401009 fens aaa UL TIME OBC BIOTECHNOLOGY Sami | MANS ° MADAN PART-TIME j 7 | 202801012 KUMAR ee | sce GEN | BIOTECHNOLOGY | , bation ot ual SACHDEVA | SACHDEVA | ubmisss
+
+—————————
+
+8
+
+8
+
+BHAWANA | 2ezeqno13 I YADAV
+
+SATPAL
+
+Say
+
+FULL TIME
+
+Fellowship OFS OBC BIOTECHNOLOGY eee
+
+7
+
+{
+
+; Graphic Era ; Deemed to be University
+
+:
+
+-
+
+ZS, 5 oo @.
+
+NAAC + ACCREDITED ark assasnanunnnes nnn sams
+
+pet Roa lene own Dehradun-248002 Uttarakhand Ph, : 0135-2644183, 2642799, ae naar 0198-2644025 cstaanuonnet ere

docstore/141912ff-0ef6-42b7-ad91-5486165c7e47

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+declining everywhere. Groundwater pollution is intrinsically difficult to detect,
+
+Since, problem may well be concealed below the surface and monitoring is costly, time consuming and somewhat hit-or-miss by nature. Many times the contamination is not detected until of non substances actually appear in water used, by which time the pollution has often
+
+27
+
+dispersed over large area. Essentially all activities carried out on land have the potential to contaminate groundwater, whether associated with urban, industrial or agricultural activities. Large scale concentrated sources of pollution such as industrial discharges, landfills & subsurface injection o chemicals & hazardous wastes are an obvious source of groundwater pollution. These concentrated sources can be easily detected & regulated but the more difficult problem associated with diffuse sources of pollution like leaching of agrochemicals & animal wasted subsurface discharges from latrines & septic tanks & infiltration of polluted urban run-off sewage where sewerage does not exist. Diffuse sources can affect entire aquifers, which is difficult to control & treat. The only solution to diffuse sources of pollution is to integrate land use with water management. Once pollution has entered the sub-surface environment, it may remain concealed for many years, becoming dispersed over wide areas & rendering groundwater supplies unsuitable for human uses.

docstore/1690d950-8b1c-403f-854f-24e3e14babbe

@@ -0,0 +1,29 @@
+Graphic Era ZR | aac Uinveniy QQ) BEAL
+
+Ref. GEU/R- 1656 /23
+
+August 26, 2023
+
+NOTICE
+
+Subject: Fee submission B.Sc. Nursing & Paramedical Courses.
+
+1. The following schedule is notified for below mentioned courses for submission of academic fee and other dues.
+
+A: B.Sc. Nursing 2022 Ill sem or balance fee who have opted yearly option 2021 V Sem or balance fee who have opted yearly option 2020 IV Year
+
+B: Paramedical Courses 2022 IInd Year
+
+2021 Illrd Year
+
+2020 IVth Year
+
+| Till September 20,2023 | Without Fine 2__| September 21 to September 30,2023 | Late Fee Rs. 100/- per day 2. Offline form can be generated through student's login in ERP Portal under fee module. Fee can be also deposited online fee collection system as mentioned below: Fee can be paid online through ERP & instant receipt will be generated. =
+
+Visit University website (www.geu.ac.in) and click on student area (online fee payment), then click online fee portal and select from various options, any bank debit card / credit cards can be used for online payment. Please deposit considering three work days clearing time.
+
+Student can know their dues from ERP login or call 0135-2642727, 2642799 (Extension 210). Apart from this, fee can be paid by card swiping machine in University accounts section.
+
+In case of cheque / DD, please deposit considering three to four working days clearing time.
+
+3. For any further assistance regarding fee payment please write to us at : feecell@geu.ac.in or call us at 7088413130, 7088413131 (For queries receipt generation of NEFT/RTGs /IMPs)

docstore/17168eea-5f43-43aa-b70d-ace1fed52069

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+Educational institutions have broad impacts on the world around them, both negative and positive. The activities pursued by campus can create a variety of adverse environmental impacts. But they are also in a unique position as educational institutions to be leaders in pursuing environmentally sustainable solutions. As environmental sustainability is becoming an increasingly important issue for the nation, the role of higher educational institutions in relation to environmental sustainability is more prevalent. The rapid urbanization and economic development at local, regional and global level has led to several environmental and ecological crises. On this background it becomes essential to adopt the system of the Green Campus for the institutes which will lead for sustainable development and at the same time reduce a sizable amount of atmospheric carbon-di-oxide from the environment. The National Assessment and Accreditation Council, New Delhi (NAAC) has made it mandatory that all Higher Educational Institutions should submit an annual Green Audit Report. Moreover, it is part of Corporate Social Responsibility of the Higher Educational Institutions to ensure that they contribute towards the reduction of global warming through Carbon Footprint reduction measure. A clean and healthy environment aids effective
+
+6
+
+learning and provides a conducive learning environment. There are various efforts around the world to address environmental education issues. Environmental Management Systems (EMS) is very popular in the industrial sector, but the general belief is that EMS is something pertaining to industries only. Other parts of the world have started adopting compatible environmental management systems either voluntarily or for promoting standards by external certification. International environmental standards do not suit the existing Indian educational system. Hence, Graphic Era University has developed a compatible system by developing locally-applicable techniques.

docstore/1ca561b5-df10-4063-887a-8f6286cc152d

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+D.G Stack Monitoring Standards
+
+Power Category Emission Limits Smoke Limit (light absorption (@kW-hr) coefficient, m') NOx+HC co PM More than 19 KW upto 75 <47 <3,5 <03 <0.7 KW | More than 75 KW upto 800 | <40 | <35 <02 | <07 KW Note: 1. The abbreviations used in the Table shall mean as under: NO, — Oxides of Nitrogen; HC - Hydrocarbon; CO — Carbon Monoxide; and PM — Particulate Matter. 2. Smoke shall not exceed above value throughout the operating load points of the test cycle. 3. The testing shall be done as per D2 — 5 mode cycle of ISO: 8178- Part 4. 4.The above mentioned emission limits shall be applicable for Type Approval and Conformity of Production (COP) carried out by authorised agencies. 5.Every manufacturer, importer or, assembler (hereinafter referred to as manufacturer) of the diesel engine (hereinafter referred to as ‘engine’) for genset application manufactured or imported into India or, diesel genset (hereinafter referred to as ‘product’), assembled or imported into India shall obtain Type Approval and comply with COP of their product(s) for the emission limits which shall be valid for the next COP year or, the date of implementation of the revised norms specified above, whichever earlier. Explanation.- The term ‘COP year’ means the period from Ist April to 31st March. 6. Stack height (in metres), for genset shall be governed as per Central Pollution Control Board (CPCB) guidelines.
+
+Power Category Emission Limits Smoke Limit (light absorption (@kW-hr) coefficient, m') NOx+HC co PM More than 19 KW upto 75 <47 <3,5 <03 <0.7 KW More than 75 KW upto 800 | <40 | <35 <02 | <07 KW
+
+24

docstore/20450b21-9452-4edd-9dbf-e3f89b238717

@@ -0,0 +1,7 @@
+From 2013 onward, Graphic Era (Deemed to
+
+be
+
+University) has started adopting Outcome Based Learning (OBL) for all of its Engineering and Technology (E&T) programs when they prepared for the accreditation by NAAC. The syllabus itself clearly indicated all Course Outcomes (COs) of the particular course. Further, attainment This has enabled both the students and faculty members to understand the nuances of OBL. The Lesson Plan (LP) prepared by the faculty also reflected the same. General Course, like, Environmental Studies, renewable and sustainable energy, and Healthy Living and Fitness, etc., inculcate in the minds of students the needs of society and enable them to have a broad outlook on life and lead to holistic development of student's character and personality. Mandatory industrial training ensures that students are exposed to the developmental requirements of the country in general the local/regional requirements in particular. One credit course (Industrial Seminar) offered by the industrial experts enable the students keep abreast of the needs of the industry. Percentage of new courses” 3 i 4% 1.2 | introduced of the total number = 30 20 oy 0 of courses across all programs Percentage of programs in which Choice Based Credit ; : 100% O 1.3. | System (CBCS) / Elective 20 20 course system has been implemented Institution ee cae In order to integrate the cross-cutting issues C 2 issues relevan . CURIE Bees EOE ay relevant to — gender, environment — and D y\ Gender. Environment and 4 ae Ete. aC) 1.4 sustainability, human values and professional | 10 10 Sustainability, Human Values and Professional Ethics into the Curriculum ethics various courses relevant to these issues have been included in curriculum. Helad of | Deptt! of * crapnid Era | |
+
+IQAC-Academic and Administrative Audit (AAA) - A.Y 2017-18

docstore/212f8442-1590-48ea-bc3d-3476f4d8b001

@@ -0,0 +1,5 @@
+38
+
+How can these resources best be managed and used? How can this be accomplished in an How can these resources best be managed and How can this be accomplished in an environment of uncertain and varying supplies and uncertain and increasing demands, and consequently of increasing conflicts among individuals having different interests in their tly of increasing conflicts among individuals having different interests in their management and use? The central purpose of water resources planning, management, and analysis activities is to address, and if possible answer, these questions. These questio scientific, technical, political (institutional), and social dimensions. Thus water resources planning processes and products are must. River basin, estuarine, and coastal zone managers responsible for managing the resources in those areas-are expected to manage those resources responsible for managing the resources in those areas e expected to manage those resources effectively and efficiently, meeting the demands or expectations of all users effectively and efficiently, meeting the deman ds or expectations of all users and reconciling divergent needs. This is no small task, especially as demands increase, as the variability of hydrologic and hydraulic proces hydrologic and hydraulic processes become more pronounced, and as stakeholder expectations of ses become more pronounced, and as stakeholder expectations of system performance increase in complexity.
+
+The focus or goal is no longer simply to maximize economic net benefits while making

docstore/2488fece-ef7c-4f10-b342-23edfbbd3a10

@@ -0,0 +1,39 @@
+Graphic Era waivers camMnaous
+
+FE, | marc op maak
+
+nt me Se mone
+
+Ref. GEU/R-617/ 24
+
+March 09, 2024
+
+NOTICE
+
+Fee Submission: B.Sc. Nursing & Paramedical Courses.
+
+1. The following schedule is notified for below mentioned courses for submission of academic fee and other dues.
+
+A: B.Sc. Nursing
+
+2023-2027: Il Sem or balance fee who have opted yearly option. 2022-2026: IV Sem or balance fee who have opted yearly option. 2021-2025: VI Sem or balance fee who have opted yearly option. 2020-2024: Balance Fees if any.
+
+B: Paramedical Courses 2023-2027: II Instalment or balance fee who have opted yearly option. 2022-2026: II Instalment or balance fee who have opted yearly option 2021-2025: II Instalment or balance fee who have opted yearly option. 2020-2024: II Instalment or balance fee who have opted yearly option.
+
+1__| Till March 30,2024
+
+| Without Fine
+
+|
+
+2. Offline form
+
+can be generated through student's login in ERP Portal under fee module. (A) Fee can be also deposited online fee collection system as mentioned below: Fee can be paid online through ERP & instant receipt will be generated
+
+(B) Visit University website (www.geu.ac.in) and click on student area (online fee payment), then click online fee portal and select from various options, any bank debit card / credit cards can be used for online payment. Please deposit considering three work days clearing. time.
+
+(C) Student can know their dues from ERP login or call 0135-2642727, 2642799 (Extension 210). Apart from this, fee can be paid by card swiping machine in University accounts section. .
+
+(D) In case of cheque / DD, please deposit considering three to four working days clearing time.
+
+For any further assistance regarding fee payment please write to us at : feecell@geu.ac.in or call us at 7088413130, 7088413131 (For queries receipt generation of NEFT/RTGS /IMPS).

docstore/24b52202-cf77-49d0-9b73-756de3dff153

@@ -0,0 +1,23 @@
+Such a semi-open community open community could be roughly defined as a sociological and biological ned as a sociological and biological community with constraint access of persons from outside with gates and hotels as the interfaces, which is strongly affected by Environmental stressors like temperature and population density. No use of Vehicles for students and faculties inside the campus. Electric vehicles used for faculties dents and faculties inside the campus. Electric vehicles used for faculties and visitor for movement inside the campus. Dustbins are using for waste disposals.
+
+Part V: ENVIRONMENTAL PRACTICE
+
+The term environmental practice defines the application of app The term environmental practice defines the application of appropriate combination of ropriate combination of environmental monitoring, assessing and control measures. While including it in reports it also includes the strategies or the future recommendations. The following are the sub includes the strategies or the future recommendations. The following are the sub-headings on the of ECON laboratory and consultancy conducted: basis of which the current green audit basis of which the current green audit of ECON laboratory and consultancy conducted:
+
+a) Energy Management
+
+b) Water Resources and Management
+
+Water Resources and Management
+
+c) Waste Management
+
+33
+
+d) Landscape Environment
+
+e) Transportation
+
+f) Noise Management
+
+g) Lux (Illumination) Monitoring

docstore/26166345-da4b-4197-af92-6e693520102c

@@ -0,0 +1,15 @@
+22
+
+DG STACK EMISSION MONITORING
+
+The exhaust chimney is as per the guidelines of CPCB. The exhausts from the D.G. Sets are channelized to chimney.
+
+The monitoring was done near the DG area and the stack was attached to DG set of 320 KVA. The stack height was 12 feet above the roof height.
+
+DG SET EMISSION MONITORING
+
+S. No. Parameters Test Methods Results Units 1. Particulate Matter as (PM) IS 11255 (P-1)1985 0.17 gm/kwh 2. Oxides of Nitrogen as (NO2) IS 11255 (P-7)2005 1.04 gm/kwh 3. Oxides of Sulphur as (SO2) IS 11255(P-2)1985 1.16 gm/kwh 4. Carbon Monoxides as (CO) By CO Meter 1.30 gm/kwh 5. Carbon Dioxide as (CO2) By Orsat 10.80 % Limits ≤0.20 ≤4.0 - ≤3.5 --
+
+The emissions from the DG set were found to under the limits mentioned in the table.
+
+23

docstore/2647992f-19d3-481e-beb9-2be4a0ddf44a

@@ -0,0 +1 @@
+urbanizes its water bodies are getting toxic It’s estimated that around 70% of surface water in India is unfit for consumption. Every day, almost 40 million litres of wastewater enters rivers and other water bodies with only a tiny fraction adequately treated. A recent World Bank report suggests that such a release of pollution upstream lowers economic growth in downstream areas, reducing GDP growth in these regions by up to a third. To make it worse, in middle-income countries like India where water pollution is a bigger problem, the impact increases to a loss of almost half of GDP growth. Another study estimates that being downstream of polluted stretches in India is associated with a 9% reduction in agricultural revenues and a 16% drop in downstream agricultural yields. Water pollution is one of the biggest issues facing India right now. As may be evident, untreated sewage is the biggest source of such form of pollution in India. There are other sources of pollution such as runoff from the agricultural sector as well as unregulated units that belong to the small- scale industry. The situation is so serious that perhaps there is no water body in India that is not polluted to some extent or the other. In fact, it is said that almost 80% of the water bodies in India are highly polluted. This is especially applicable of ones that some form or the other of human habitation in their immediate vicinity. Ganga and Yamuna are the most polluted rivers in India.

docstore/26e622ba-3e9a-42b3-9e4b-0b4cda1ba499

@@ -0,0 +1,25 @@
+NEFT Details:
+
+NEFT Details: Graphic Era Deemed to be University NAME: Axis Bank Limited A/C No : GEDU IFSC Code : UTIBOCCH274 Bank & Branch : Centralised Collection Hub.
+
+Copy to:
+
+—WRegistr Nee a
+
+PRO: For kind information of the Hon'ble President
+
+1. The Vice Chancellor
+
+Finance Officer / Account Section.
+
+ay pen
+
+HODs: B.Sc. Nursing & Paramedical for the information of students.
+
+Deputy Registrar / Fee Cell.
+
+Website administrator for uploading on the University website
+
+File
+
+J Registrar Graphic Era (Deemed to be Ly Dehradun versity)

docstore/272a2dc1-8483-4a09-a62b-d3713e7d540d

@@ -0,0 +1,21 @@
+Page 14 of 27
+
+es and Sports facilities (1S) valuated cen
+
+Audit Criteria Dept. input Maximum marks Self- assessed marks by deptt Auditor marks Remarks if any by auditor 6.1 The institution has | adequate facilities for sports, games (indoor, outdoor, gymnasium, etc.,) and cultural activities Awards/medals for outstanding performance in sports, cultural activities at national/international level Number of sports, Yoga and cultural activities / competitions organised at the institution level. n Total i D paler . it Head of the Department Deptt. of Electrical Engineering Graphic Era (Deemed to be University) Dehiadun-248002
+
+IQAC-Academic and Administrative Audit (AAA) - A.Y 2017-18
+
+Page 15 of 27
+
+7. 1T Infrastructure (30)
+
+Self- S.No. | Audit Criteria Deptt input vee Soe ua: Remarks if any by auditor marks marks by | marks deptt Institution frequently updates its IT ; ee facilities including ues ig uy \ Q Wi-Fi 72 Student - Computer 16 10 10 \ b ratio Available bandwidth AB of internet connection | Yes 10 10 \ oO in the Institution s Facilities for e- content development. such as, Media 7A centre, recording Yes 2 2 a facility, Lecture Capturing System i L(LCS) ee Total 32 32 es p ds Vow, Department Head of the Deptt. of Electrical Graphic Era (Debmed to be Dehiadun-248002
+
+IQAC-Academic and Administrative Audit (AAA) - A.Y 2017-18
+
+Page 16 of 27
+
+: Engineering University)
+
+8.Placements and Higher Education (40)

docstore/29996299-89bc-4a5c-99d7-e188c627e81e

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+INTRODUCTION
+
+Rainwater harvesting has been used throughout history as a water conservation measure, Rainwater harvesting has been used throughout history as a water conservation measure, particularly in regions where other water resources are scare or difficult to access. In recent years, researchers and policy makers have shown renewed interest in water use strategies due to rising water demand, increased interest in conservation (both water and energy), and an ncreased interest in conservation (both water and energy), and an increased regulatory emphasis on reducing storm water runoff volumes and associated pollutant loads. In the last decade, as interest in the practice has grown, numerous state, municipal, and regional agencies have adopted or amended codes and guidelines to encourage responsible and effective rainwater harvesting practices. In addition, researchers from universities and non government organizations, as well as industry consultants, have published papers and articles government organizations, as well as industry consultants, have publis hed papers and articles addressing a broad range of topics related to the installation, maintenance, costs, and performance of harvest and use systems.

docstore/2a01a92c-cf7d-46ab-99db-cabe5259f6cb

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+2 THE GAZETTE OF INDIA : EXTRAORDINARY Pant ili—Sec. 4) «at & we wart anivel we wens 4 at ay ofs 24 de aa fore we wera fare ae fa wa RETA 104 AG wr afte skeaviita siraa 1 ** af ¥ 08 aftea wra ww 24 We a6 de a1 der afer ar, Gt ary A, sees wa GI | @ afew wre wy ae HHT afte Bt wera & farg wie SM afer wet & Ral we ae I P feaqeft. 1. oa antl aie oret At rt amt-siat weed B fed eV eefes waters Rat we nda qe, wae fefiicce ven & afte e) at et Prafta ar Peas ates aon afaftes steer aeart & fa wate Wa wens them, sere (Prart-11va/isa/09rsre} feorh: wega afteeit ary yerear artes ede sift’, oxta aqme dan as eer mea & word arene 4 afikgea den aren. 384 (2), aie 11 site, 1904 wd a. an. 935 (@), feria 14 waxax 1998 gra wena aA ah eft | ,
+
+2 THE GAZETTE OF INDIA : EXTRAORDINARY Pant ili—Sec. 4)
+
+20
+
+WORK ZONE AIR MONITORING OF SCIENCE LABORATORY
+
+S. No. 1. 2. 3. 4. 5. 6. 7. Parameters Test Units Std. Limits Results Indoor Temp 22.8 0C 22.5-25.5 0C (WHO & Min. of Env., of Singapore ) 22.5-25.5 0C (Japan South Korea, Hongkong) Indoor Relative 65.0 - < 70 % (WHO & Min. of Env. Humidity Singapore) 40-70 % (Japan, South Korea, Hongkong) PM 2.5-Particulate 9.20 g/m3 15 (g/m3)(ASHRAE-62.1 2004, Matter(<2.5 m) Table-B-B2) PM10-Particulate 15.80 g/m3 50 (g/m3) (1-Yr. Avg.) (ASHRAE- Matter(<10 m) 62.1 2004, Table-B-B2) Sulphur Dioxide (SO2) 7.30 g/m3 80 (g/m3)(ASHRAE-62.1 2004, Table-B-B2) Nitrogen Dioxide 17.80 g/m3 Max. 100 (g/m3)(ASHRAE-62.1 (NO2) 2004 Table-B-B2) Carbon Monoxide 0.66 mg/m3 10 mg/m3(ASHRAE-2001) (CO) Test Methods By Thermo hygrometer By Thermo hygrometer By HAZ DUST Monitor By HAZ DUST Monitor IS : 5182 (P-2) IS : 5182 (P-6) IS:5182 (P-10)
+
+ASHRAE-American Society of Heating Refrigerating and Air Conditioning Engineers.
+
+21

docstore/2a3bf8d5-20f1-4845-97a8-56edc87cb650

@@ -0,0 +1,11 @@
+In India, we estimate that we require around 4,000 continuous monitoring stations to spatially and temporally represent the air pollution problem 2,800 in the urban areas and 1,200 in the rural areas. Currently, data when available comes from around 600+ manual stations and less than 100 continuous monitoring stations.
+
+Among all the cities and states, most number of continuous monitoring stations are present in Delhi, which means there is more information coming from Delhi, there are more studies by national and international institutions on Delhi, and there is more media and public focus on the issue of Delhi. It is very important to understand that air pollution is a regional Problem. We need to focus on regions in the country, where people are exposed to unsafe levels of pollution, and there are no monitors to determine how much that is.
+
+15
+
+As Delhi’s air quality worsens every day, a similar situation has been observed in one of India’s most visited destination – Haridwar. Pollution in Haridwar has been in news for about a few years now. As the tourist population of Uttarakhand is rising, naturally the pollution level is increasing.
+
+The constant rise in industrial emission, stubble burning, and forest fire has resulted in air pollution in Haridwar. Weather reports suggest that Haridwar weather is getting hotter during summers due to unusual weather pattern.
+
+The locals say that the city is facing major water and air pollution issue. Local government authorities have done no more than little to control the issue. Similar to major city people, Haridwar and Rishikesh are also choking on hazardous air quality. The increase in PM2.5 in the city’s air quality is the real reason for major respiratory issues among the people. PCRI (Pollution Control Research Institute) recently reported that the presence of PM2.5 – one of the deadliest air components, causes chronic health issues.

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+PART III: GREEN COVER
+
+You’ve probably heard that trees produce oxygen, but have you ever wondered just how much oxygen one tree makes? The amount of oxygen produced by a tree depends on several factors including the species of tree, its age, its health, and the tree’s surroundings. A tree produces a different amount of oxygen in summer compared to winter. So, there is no definitive value. Here are some typical calculations: “A mature leafy tree produces as much oxygen in a season as 10 people inhale in a year.” “A single mature tree can absorb carbon dioxide at a rate of 48 pounds/year and release enough oxygen back into the atmosphere to support two human beings.” “One acre of trees annually consumes the amount of carbon dioxide equivalent to that produced by driving an average car for 26,000 miles. That same acre of trees also produces enough oxygen for 18 people to breathe for a year.

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+widely promoted and accepted as it uses waste as a resource by either using it as a co-fuel or co- raw material in manufacturing processes. This has led to rise of Public Private Partnership (PPP) models in waste management which has open doors for doing business in waste management. Bio-medical waste (management and handling) rules, 1998 prescribe that there should be Common Biomedical Waste Treatment Facility (CBWTF) at every 150 kms in the country. CBWTFS have been set up and are functioning in cities and towns. However, establishment of functional CBWTF throughout the country must be ensured. Integrated common hazardous waste management facilities combine secured landfill facility, solidification/stabilisation and incineration to treat hazardous wastes generated by various industrial units. They contribute about 97.8 per cent of total landfill waste and 88 per cent of total incinerable hazardous waste generated in the country, as per an environment ministry report. To anyone tuned into Davos last month, Indian leaders presented an impressive picture of a country open for business. “If you want wealth with wellness, come to India”, was the message. For those closer to the ground, however, the quality of life in India’s towns and cities seems distinctly suspect. Here is one important aspect of this: India generates over 150,000 tonnes of municipal solid waste (MSW) per day, with Mumbai being the world’s fifth most wasteful city. Yet, only 83% of waste is collected and less than 30% is treated. According to the World Bank, India’s daily waste generation will reach 377,000 tonnes pue 2025. Blame urbanization industrialization, but the consequences of India’s megacities producing tonnes of waste are tangible and troubling. A noteworthy first step from the Narendra Modi government was propelling sanitation to the top of the policy agenda under the flagship Swachh Bharat Abhiyan programme. The Clean India Dashboard tracks programme achievements, 24x7, Out of 82,607

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+University A 3 DEHRADUN cI Graphic Ea 7S | €
+
+ACCREDITED mary
+
+Ref: GEU/R-658/24
+
+March 15, 2024
+
+EXAMINATION NOTICE
+
+POSTPONEMENT OF 6" SEMESTER MID SEMESTER EXAMINATION TO BE HELD ON MARCH 16, 2024 AT 3:45 PM.
+
+41. The VI Semester Mid Term Examinations of the following courses scheduled on
+
+March 16, 2024 at 3:45 PM to 5:15 PM are postponed due to placement drive.
+
+S.No. | Course ti B.A (H) Economics | B.A (H) Psychology 6. B.Sc.(CS) 7 B.Sc. (IT) | B.A. 8 9 B.A. (English) 10 BBA 1 1 BCA
+
+2. The revised schedule will be notified by the Controller of Examinations later on.
+
+Ele * AN AL
+
+Copy to:
+
+PRO: For Kind information of Hon'ble President
+
+1.Vice Chancellor
+
+2.Controller of Examinations
+
+3.Concerned HODs with the request to inform the students
+
+4.Placement Officer
+
+5.Deputy Registrar (Examinations)
+
+6.Web Administrator for uploading on the University Website

docstore/301b9029-267f-48e8-b73d-dbb3cc7f06e0

@@ -0,0 +1,37 @@
+GREEN AUDIT REPORT
+
+GREEN AUDIT REPORT
+
+Graphic Era Deemed to be University Graphic Era ed to be University 566/6, Bell Road, Clement Town 566/6, Bell Road, Clement Town, Dehradun Dehradun, Uttarakhand, India
+
+ECON Laboratory and Consultancy
+
+Vill: Khabarwala, P.O.: Jaintanwala, Near Garhi Cantt., Dehradun, Uttarakhand-248003
+
+Email: uk@econlaboratory.com uk@econlaboratory.com, econlab.consultancy@yahoo.in econlab.consultancy@yahoo.in Mob: +91 8534957815, 8126534344 Mob: +91 8534957815, 8126534344
+
+Academic Year: 2019-20)
+
+(Academic Year:
+
+1
+
+GREEN AUDIT REPORT
+
+DISCLAIMER
+
+ECON Laboratory & Consultancy Audit Team has prepared this report for Graphic Era Deemed to be University based on input data submitted by the representatives of university complemented with the best judgment capacity of the expert team.
+
+While all reasonable care has been taken in its preparation, details contained in this report have been compiled in good faith based on information gathered.
+
+It is further informed that the conclusions are arrived following best estimates and no representation, warranty or undertaking, express or implied is made and no responsibility is accepted by Audit Team in this report or for any direct or consequential loss arising from any use of the information, statements or forecasts in the report.
+
+If you wish to distribute copies of this report external to your organization, then all pages must be included.
+
+ECON Laboratory & Consultancy, staff shall keep confidential all information relating to your organization and shall not disclose any such information to any third party, except that in the public domain or required by law or relevant accreditation bodies. ECON Laboratory & Consultancy, staff members have signed individual confidentiality undertakings and will only receive confidential information on a ‘need to know’ basis.
+
+Opp
+
+Report by: Dr. Pawan Tyagi
+
+2

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+consumption and overall costs can be realized without sacrificing facilities op consumption and overall costs can be realized without sacrif icing facilities operations solar energy management techniques can take on many shapes energy management techniques can take on many shapes and sizes. Following are and sizes. Following are facility management executives can use to increase eff ecutives can use to increase efficiency while overcoming potential y while overcoming potential costs and enhancing efficiency of system Challenges. iciency of system Challenges. Actively manage real-time energy use. energy use. Use advanced metering and energy management systems (EMS) to capture real metering and energy management systems (EMS) to capture real-time data data ensure its accuracy and, in turn, address specific issues issues For example, a K-12 school installed an energy dashboard that 12 school installed an energy dashboard that managed the overall facility while while actively engaging faculty and students. The customer could view how the systems were operating and how much they were saving based on their actions and system improvements, in instances where building owners have utility monitoring equipment but instances where building owners have utility monitoring equipment but no collection of processing software, the meters or monitoring equipment become stranded ion of processing software, the meters or monitoring equipment become stranded assets. This is because millions of data points have to be gathered and processed manually, multiple times during the year A sophisticated metering system multiple times during the year A sophisticated metering system equipped with the proper EMS software will automatically collect, process, and format these data points in real time, if not hourly, The ability to process these useful data points into an easy to use format improves the overall system effectiveness and functionality. ectiveness and functionality. Actively manage

docstore/367e9330-dbdc-4091-b1f2-3744eb545439

@@ -0,0 +1,39 @@
+Graphic Era waivers camMnaous
+
+FE, | marc op maak
+
+nt me Se mone
+
+Ref. GEU/R-617/ 24
+
+March 09, 2024
+
+NOTICE
+
+Fee Submission: B.Sc. Nursing & Paramedical Courses.
+
+1. The following schedule is notified for below mentioned courses for submission of academic fee and other dues.
+
+A: B.Sc. Nursing
+
+2023-2027: Il Sem or balance fee who have opted yearly option. 2022-2026: IV Sem or balance fee who have opted yearly option. 2021-2025: VI Sem or balance fee who have opted yearly option. 2020-2024: Balance Fees if any.
+
+B: Paramedical Courses 2023-2027: II Instalment or balance fee who have opted yearly option. 2022-2026: II Instalment or balance fee who have opted yearly option 2021-2025: II Instalment or balance fee who have opted yearly option. 2020-2024: II Instalment or balance fee who have opted yearly option.
+
+1__| Till March 30,2024
+
+| Without Fine
+
+|
+
+2. Offline form
+
+can be generated through student's login in ERP Portal under fee module. (A) Fee can be also deposited online fee collection system as mentioned below: Fee can be paid online through ERP & instant receipt will be generated
+
+(B) Visit University website (www.geu.ac.in) and click on student area (online fee payment), then click online fee portal and select from various options, any bank debit card / credit cards can be used for online payment. Please deposit considering three work days clearing. time.
+
+(C) Student can know their dues from ERP login or call 0135-2642727, 2642799 (Extension 210). Apart from this, fee can be paid by card swiping machine in University accounts section. .
+
+(D) In case of cheque / DD, please deposit considering three to four working days clearing time.
+
+For any further assistance regarding fee payment please write to us at : feecell@geu.ac.in or call us at 7088413130, 7088413131 (For queries receipt generation of NEFT/RTGS /IMPS).

docstore/36934b75-77d8-4829-8486-9200fa10e84d

@@ -0,0 +1,11 @@
+4. Established an [EEE Student Branch in 2016. In addition, one of the faculty members of the department holding the responsibility of Convener, SIGHT, IEEE UP Section. He actively participates in IEEE UP Section Ex-com meeting and presents the report of SIGHT activities. No. of Students gon: Ce ae” see 10 10 (Oo projects / internships (At least 90%) Yes, all disseminated through * university website ¢ Department website Dissemination of © Curriculum eae PEOs, POs, PSOs, * Google form to receive | 10 10 { oO COs feedback. e LMS. ¢ Notice Board ¢ HoD Cabin Attainment of COs, POs, PSOs are assessed through direct and indirect assessment. Direct assessment process is based on the marks obtained by \o 5 ops the student in each course. Attainment of COs. ‘ 223 POs. PSOs Firstly, question papers are | 10 10 | potobes designed, based on COs. Then, | each CO attainment is evaluated through semester examinations and internal | | assessment. Finally, it is | | E he Pees 2a i cay ol aerate ted oitlGlit: > i ee Oe ks eset: 2 ‘ D pao Head of the Department Deptt. of Electrical Graphic Era (Deomed to be Dehvadun-248002
+
+IQAC-Academie and Administrative Audit (AAA) - A.Y 2017-18
+
+nN ~I Page 10 of
+
+Engineering University)
+
+Pass percentage of — | 2.24 outgoing students 83.33 % 10 10 {9 (ideal > 80%) 6 Online student =~ satisfaction survey 4 Ks p Oo => conducted by dept. eee ae a 4 (at least 50% ) Total : 245 236 233
+
+3. Research and Innovation (150)

docstore/37af0e2c-b204-41d7-8db2-bbccf26033ca

@@ -0,0 +1,29 @@
+mane ancn Keema Graphic Era ZS deemed ie be (6 Uni y
+
+Ref. GEU/R-814/24
+
+April 13, 2024
+
+NOTICE
+
+Fee deposit for the Odd Semesters (Ill, V, & Vil) 2024-2025
+
+1. The following schedule is notified for submission of Academic Fee and other dues for the students of Odd Semesters (Ill, V & VII):
+
+4 | Ill, V & VIl Semester | Last date for depositing fee | Monday, May 06, 2024 2. | Late fee shall be applicable after due date.
+
+The above schedule will be strictly observed by all concerned.
+
+1. Offline form can be generated through student login in ERP Portal under fee module. In case of cheque/DD, please deposit considering three working days clearing time.
+
+2. Fee can also be deposited through online fee collection system as mentioned below.
+
+(a) Student can know their dues from ERP Login.
+
+(b) Fee can be paid online through ERP and instant receipts will be generated.
+
+(c) The following QR Code may be used to pay through UPI. (Kindly fill admission no. in the add a message column)
+
+a
+
+Scan here to pay

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@@ -0,0 +1,7 @@
+D. LANDSCAPE ENVIRONMENT
+
+Landscape” is a concept which includes the physical environment and people’s perception and appreciation of that environment. It is not restricted to the purely visual, but may comprise and encompass the ways in which individuals and communities perceive the natural and physical resources, as through traditions, lore, and legends that express the significant and memorable elements of a landscape. The “sense of a broad expanse is common to the term “landscape”. Landscape means the natural and physical attributes of land together with air and water which change over time and which is made known by people ‘s evolving perceptions and associations. Three broad categories of landscape attributes: Biophysical elements, patterns and processes; Sensory or perceptual qualities (such as the view of a scenic landscape or the distinctive smell and sound of the coast): and Associative meanings and values include spiritual, cultural or social associations. We may never fully understand how prehistoric people perceived their surroundings, but such knowledge is not entirely out of our reach. The main difficulty that scholars encounter stems from the division between environment and landscape. Meier argues
+
+48
+
+that environment-focussed studies are concerned with the wo focussed studies are concerned with the world in relation to which humans are rld in relation to which humans are external observers, while landscape-orientated approaches place people at their centre. Despite external observers, while landscape orientated approaches place people at their centre. Despite the widespread use of the word landscape, most studies actually focus on the environment because they concentrate on quantif because they concentrate on quantifying its different aspects.

docstore/3a5a4cb6-59a0-426a-83ca-6951777e59c0

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+Mission of the Department
+
+1) Department of Life Sciences provides optimum learning environment for students to realize their true potential, to develop their intellectual, academic and entrepreneurial skills through rigorous and hands on training.
+
+2) The department strives to develop academic competency for leadership in knowledge dissemination, in research and development, and various other professions. 3) The department aims to create awareness for biodiversity, natural resources and sustainable development for future generations.
+
+wet
+
+Dr. Asheesh Gupta
+
+Dr. Ramkrishna Gupta
+
+Dr. Pankaj Gautam
+
+Dr. Manu Pant
+
+semi “fy Ne s ] a 9°. v GraphicEra _——" Deemed to be University Dehradun-248002 Uttarakhand Panic %y Accredited by NAAC with Grade A Ph. :0135-2644183, 2642799 NBA Accredited Programs in ECE, CSE & ME Fax : 0135-2644025 Approved by AICTE, Ministry of HRD, Govt. of India www.geu.ac.in
+
+PROGRAM OUTCOMES (POs)
+
+PO1 Students will acquire advanced knowledge of principles and processes underlying Life Sciences.
+
+PO2 Students will develop high skills and research intelligence to conduct independent research in
+
+Life Sciences area such as Biochemistry, Microbiology and Biotechnology.
+
+PO3 Students will understand and develop ability to solve problems related to society, health,
+
+environment, food security and sustainable development
+
+PO4
+
+Students will be able to understand regulatory norms, and will adopt ethical practices in the
+
+pursuit of science.
+
+PO5
+
+Students will be able to participate in scientific conferences, seminars and research paper writings.

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+Rivers have provided hydroelectric energy and inexpensive ways of transporting bulk cargo. They have provided people water-based recreational opportunities and have been a source of water for wildlife and their habitats. They have also served as a means of transporting and transforming waste products that are discharged into them. The quantity and quality regimes of streams and rivers have been a major factor in governing the type, health, and biodiversity of riparian and aquatic ecosystems. Floodplains have provided fertile lands for agricultural crop production and relatively flat lands for the sitting of roads and railways and commercial and industrial complexes. In addition to the economic benefits that can be derived from rivers and their floodplains, the aesthetic beauty of most natural rivers has made lands adjacent to them attractive sites for residential and recreational development. Rivers and their floodplains have generated, and, if managed properly, can continue to generate, substantial cultural, economic, environmental, and social benefits for their inhabitants. Human activities undertaken to increase the benefits obtained from rivers and their floodplains may also increase the potential for costs and damages such as when the river is experiencing periods of droughts, floods, and heavy pollution. These costs and damages are physical, economic, environmental, and social. They result because of a mismatch between what humans expect or demand, and what nature offers or supplies. Human activities tend to be based on the “usual or normal” range of river flow conditions. Rare or “extreme” flow conditions outside these normal ranges will continue to occur, and possibly with increasing frequency as climate change experts suggest. River-dependent human activities that cannot adjust to these extroma flow conditions will incur losses.

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@@ -0,0 +1,9 @@
+semester, based on academic calendar, and notify to all concerned. Further, before the start of the semester, teachers are identified in faculty board meeting for teaching particular subject(s). Based on the course, faculty members prepare a course handout which include, CO/PO mapping, — teaching plan, COs, Course contents ete. The Course Handout is submitted by each and every faculty member before the start of session. The faculty members make use of innovative techniques in teaching learning process. The objective of using interactive teaching tools by faculty. during class is: 1. to create interest Innovative processes among students about \O 2.10 adopted in Teaching the subject. 10 10 7 and Learning to have a great insight | if of the topic 3. to make classroom teaching interesting and creative. 4. to meet the goals of development of students in multiple ws areas of engineering, Teachers using ICT | | . for effective teaching \0 DH aber with Learning ead of heDesarment Deptt. of Electrice! ee nic Era (Deemed to be OP pehiadun-248002 of 27
+
+IQAC-Agademic and Administrative Audit (AAA) - A.¥ 201
+
+Page 6
+
+Engineering versity) Uni
+
+g

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@@ -0,0 +1,3 @@
+C. WASTE MANAGEMENT
+
+Waste management rules in India are based on the principles of “sustainable development”. “precaution” and “polluter pays”. These principles mandate municipalities and commercial establishments to act in an environmentally accountable and responsible manner- restoring balance, if their actions disrupt it. The increase in waste generation as a by-product of economic development has led to various subordinate legislations for regulating the manner of disposal and dealing with generated waste are made under the umbrella law of Environment Protection Act, 1986 (EPA). Specific forms of waste are the subject matter of separate rules and require separate compliances, mostly in the nature of authorisations, maintenance of records and adequate disposal mechanisms. With rapid urbanisation, the country is facing massive waste management challenge. Over 377 million urban people live in 7,935 towns and cities and generate 62 million tonnes of municipal solid waste per annum, Only 43 million tonnes (MT) of the waste is collected, I1.9 MT is treated and 31 MT is dumped in landfill sites. Solid Waste Management (SWM) is one among the basic essential services provided by municipal authorities in the country to keep urban centres clean. However, almost all municipal authorities deposit solid waste at a dumpyard within or outside the city haphazardly. Experts believe that India is following a flawed system of waste disposal and management.

docstore/4249c090-ffa7-4da1-a0f1-403f135c5fa1

@@ -0,0 +1,21 @@
+agers Spares 4 Maximum | assessed 8 Ee i S.No. | Audit Criteria Deptt input : Auditor marks Remarks if any by auditor marks marks by x deptt © Guidance for a Competitive Capability < De f enhancement and ee ( 0 8.1 ; © Sofi Skill 10 10 developmental 4 eaiatiae Development/Career Skills/PDP ¢ Career Counselling i ¢ Guidance for No of students ae rete benefited by guidance rae ; vane examinations and for competitive pt egal re ee Career Counselling = | ~ ss 8.2 examinations and 4B 5) a career counselling ares offered by the Sot sial aetution Development/Career Tela wel it ode) Skills/PDP = 51 reentage of placements. 4 f 8.3 t 9 15 12 7 (Placed and Total ee | | Weta) Graduated) i Wet sate s epee as Vea eee Students Qualified in | 8.4 Competitive 1 5 2 { Examinations Percentage of | Students selected for | | Se higher studies | 2 2 | je i \ | ( Total selected and | I Total Graduated) Cee ; a | a eens Cet 40 (See Oo | DPLater it Head of the Department Deptt. of Electrical Engineering Graphic Era (Deemed to be University) Dehradun-248002
+
+IQAC-Academic and Administrative Audit (AAA) - A.Y 2017-18
+
+Page 17 of 27
+
+| | ee
+
+\iumni Engagement (10)
+
+Po he evabnated ¢
+
+Self- i eeues £ Maximum | assessed | Auditor | Remarks if any b S.No. Audit Criteria Deptt input : oe marks marks by | marks auditor deptt 91 The Alumni ie __| Association / Chapters | ne 9.2 | Alumni contributions a Alumni Association / 9.3 | Chapters meetings 5 Conducted Total 10
+
+D t fates se Head of the Department Deptt. of Electrical Engineering Graphic Era (Deemed tobe University) Dehiadun-248002
+
+IQAC-Academic and Administrative Audit (AAA) - A.Y 2017
+
+Page 18 of 27
+
+(80) Te bee Mm aetivifies valuated centrally

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+water because of greater interaction of ground water with various materials in geologic strata. The water used for drinking purpose should be free from any toxic elements, living and non-living organism and excessive amount of minerals that may be hazardous to health. Some of the heavy metals are extremely essential to humans, for example, Cobalt, Copper, etc., but large quantities of them may cause physiological disorders. The contamination of groundwater by heavy metals has assumed great significance during recent years due to their toxicity and accumulative behaviour. These elements, contrary to most pollutants, are not biodegradable and undergo a global eco- biological cycle in which natural waters are the main pathways. The determination of the concentration levels of heavy metals in these waters, as well as the elucidation of the chemical forms in which they appear is a prime target in environmental research today. A vast majority of groundwater quality problems are caused by contamination, over-exploitation, or combination of the two. Most groundwater quality problems are difficult to detect & hard to resolve. The solutions are usually very expensive, time consuming & not always effective. An alarming picture is beginning to emerge in many parts of our country. Groundwater quality is slowly but surely

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+environmental days by eco club and other departments it is very essential that with a landscape plan plantation could be done for better and sustainable outlook. plantation could be done for better and sustainable outlook. Graphic Era Deemed to be University Graphic Era Deemed to be University covered more than 30 % area for covered more than 30 % area for Plantation.

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+OVERVIEW OF INSTITUTE
+
+Graphic Era Deemed to be University is an institute of higher education in Clement
+
+Town, Dehradun, Uttarakhand, India. The university was founded as 'Graphic Era Institute of Technology' in 1993. In 2008 it was accorded the status of Deemed to be University. In 1993 a young man with just twenty nine thousand and loads of determination embarked on a mission to transform the higher education landscape of the Doon Valley. Graphic Era Deemed to be University is the culmination of the vision of its founder, Prof (Dr) Kamal Ghanshala, who had the dream to change the destiny of thousands of youth, through quality and holistic education and his vision took a concrete shape in the form of Graphic Era Institute in 1996.In 2008, the Institute was accorded the status of Deemed University under Section 3 of the UGC Act, 1956 vide Notification F.9-48/2007-U.3 (A) dated August 14, 2008 and approved by Ministry of Human Resource Development, Government of India. In 2015 Graphic Era University was accredited by NAAC with grade ‘A’. University has acquired transnational dimensions through student exchange and knowledge sharing programs with many foreign universities and has been acclaimed and honored at international forums for its brilliance in upholding the highest standards of education. With recognition from prestigious institutions, Graphic Era University is setting new benchmarks in education. It has taken big initiative in engineering programs by getting into Partnerships with Tata Technologies and IBM to create next age Engineering Professionals through Industry Collaborations.

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+Part II: Water Quality
+
+Humans have wrestled with water quality for thousands of years, as far back as the 4th and 5th centuries BC when Hippocrates, the father of modern medicine, linked impure water to disease and invented one of the earliest water filters. Today, the challenge is sizable, creating existential threats to biodiversity and multiple human communities, as well as threatening economic progress and sustainability of human lives,
+
+Increasing the economic and human cost of toxic water-bodies: As India grows and

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+QUESTIONS ADDRESSED
+
+Assessment of the removal of major pollutants (nitrogen, phosphorous, organic matter) from dairy wastewater by using Vertical sub-surface flow constructed wetland (VSSF CW).
+
+Examine the effect of various design parameters of the CW system (recirculation rate, surface vegetation, dosing rate and filter materials).
+
+Assessment of the effect of seasonal variations, if any, in the treatment efficiency of Vertical flow constructed wetland system.
+
+System Design Parameters
+
+S. No. Parameters Description 1. Design of system Vertical (2.5 m) + Vertical (1.5 m) 2. Hydraulic Retention Time (HRT) 24 hrs 3. Dosing pattern Intermittent 4. Operation Cost (electricity) Rs 100-200/month 5. Depth of beds 70 cm 6. Dosing Volume 220 litres/system/day 7. Wastewater type Dairy wastewater 8. Filter materials Sand and gravels (10 and 20 mm) 9. Surface vegetation Arundo donax (Giant Reed)
+
+43
+
+10. Dosing rate 20 g BOD m-2 11. Area of each system 4 m-2 (2.5 m+ 1.5 m) 12. Cost of Construction Rs. 25,000- 30,000/system of size 4 m 30,000/system of size 4 m-2

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+AMBIENT NOISE MONITORING
+
+S. No. Parameters Results Units Requirements (as per CPCB 1. EQUVALENT 47.2 dB 50 NOISE LEVEL (6.00 AM to 10.00 PM) (Day Time)
+
+Guidelines) Limits in dB (A) Leq.
+
+DG NOISE MONITORING
+
+The DG Noise monitoring was done near DG area with the help of Sound Level Meter near DG area.
+
+Details of DG Set
+
+DG set capacity: 1 DG set of 320 KVA
+
+TYPE OF FUEL USED : Diesel
+
+NOISE LEVEL (D.G Room): Canopy open- 95.1 dB (A)
+
+: Canopy Closed- 67.2 dB (A)
+
+DG SET NOISE MONITORING
+
+The noise level of DG set was found to be under the limits, as per the CPCB guidelines/IS: 9876-1981.
+
+S. Parameters Protocol Canopy Open Canopy Closed Insertion No. Results dB Results dB (A) Loss (A) 1. LMax CPCB Guideline/IS:9876 - 102.0 74.1 -- 1981 2. LMin CPCB Guideline/IS:9876 - 96.5 62.8 1981 3. Leq CPCB Guideline/IS:9876 - 95.1 67.2 27.9 1981 4. CPCB limit in 75.0 25.0 dB(A) Minimum.
+
+53
+
+G. LUX ILLUMINATION MONITORING
+
+Illuminance is a measure of how much luminous flux is spread over a given area. It can also be as a measure of the total "amount" of visible light present, and the illuminance as a measure of the intensity of illumination on a surface.
+
+Good lighting plays an important role in safeguarding health at work by enabling employees to perform their work comfortably and efficiently. In simple terms, a lighting assessment is a careful examination of the lighting condition in the work environment.
+
+Lux monitoring was done at Environment Science Laboratory with the help of Lux Meter.

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+A. ENERGY MANAGEMENT
+
+The increasing demand for power has led to considerable fossil fuels burning which has in turn had an adverse impact on environment. In this context, efficient use of energy and its conservation is of paramount importance. It has been estimated that nearly 25.000 MW can be saved by implementing end-use energy efficiency and demand side management measures throughout India. Efficient use of energy and its conservation assumes even greater importance in view of the fact that one unit of energy saved at the consumption level reduces the need for fresh capacity creation by 2 times to 2.5 times. Further, such saving through efficient use of energy can be achieved at less than one-fifth the cost of fresh capacity creation. Energy efficiency would, therefore, significantly supplement our efforts to meet power requirement, apart from reducing fossil fuel consumption.
+
+The economic development of a country is often closely linked to its consumption of energy. Although India ranks sixth in the world as far as total energy consumption is concerned, it still needs much more energy to keep pace with its development objectives. India’s projected economic growth rate is slated at 7.4 % during the period 1997-2012. This would necessitate commensurate growth in the requirement of commercial energy, most of which is expected to be from fossil fuels and electricity. India’s proven coal reserves may last for more than 200 years, but the limited known oil and natural gas reserves may last only 18 years to 26 years, which is a cause of concern.

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+As per the latest estimate of Central Pollution Control Board, about 29,000 million litre/day of wastewater generated from Class-I cities and class-Il towns out of which about 45% (about 13000 MLD) is generated from 35 metro-cities alone. The collection system exists for only about 30% of the wastewater through sewer line and treatment capacity exists for about 7000 million litre/day, Thus, there is a large gap between generation, collection and treatment of wastewater, A large part of un-collected, un-treated wastewater finds its way to either nearby surface water body or accumulated in the city itself forming cesspools. In almost all urban centres cesspools exist. These cesspools are good breeding ground for mosquitoes and also source of groundwater pollution. The wastewater accumulated in these cesspools gets percolated in the ground and pollute the groundwater. Also in many cities/towns conventional septic tanks and other low cost sanitation facilities exists. Due to non-existence of proper maintenance these septic tank become major source of groundwater pollution. In many urban areas groundwater is only source of drinking. Thus, a large population is at risk of exposed to water borne diseases of infectious (bacterial, viral or animal infections). Water borne diseases are still a great concern in India. Solid waste is being dumped near the factories, and is subjected to reaction with percolating rainwater and reaches the groundwater level. The percolating water picks up a large amount of dissolve pollutants and reaches the aquifer system and contaminates the groundwater. The problem of groundwater pollution in several parts of the country has become so acute that unless urgent steps for abatement are taken, groundwater resources may be damaged. The quality of groundwater depends on a large number of individual hydrological, physical, chemical and biological factors. Generally higher proportions of dissolved constituents are found in groundwater than in surface

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+NEFT Details:
+
+NEFT Details: Graphic Era Deemed to be University NAME : Axis Bank Limited A/C No : GEDU IFSC Code : UTIBOCCH274
+
+A/C No : GEDU
+
+Bank & Branch : Centralised Collection Hub.
+
+The following QR Code may be used to pay through UPI. (Kindly fill student name, father name & admission no. in the add a message column)
+
+as
+
+aa
+
+int
+
+here to pay
+
+—\N Registrar
+
+Copy to:
+
+PRO: For kind information of the Hon’ble President.
+
+1. The vice Chancellor
+
+2. Finance Officer / Account Section. 3. HODs: B.Sc, Nursing & Paramedical for the information of students, 4, Deputy Registrar / Fee Cell 5. Website administrator for uploading on the University website

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+13. To ensure a good character with better ethical values among the students, | Yes professional ethics course has been introduced in the curriculum for all the students 14. Additional Training on communication skills and soft skills is further increased. . Research aptitude among the students is inculeated through project | Yes implementations. 16. TheBOS Committee has been formulated | Yes for every department with suitable external members. 17. Improved Membership in various | Yes professional bodies like IEEE, CSI, ISTE, LE, IETE, ISHRE 18. Institute has signed some MOUs and established Tie ups/collaborations with reputed organizations and institutions 19. Improved class room facilities with LCT Yes tools. 20. Participation of students in Sports, ‘es Games at National and International level, NCC, NSS activities wn Total | 45 38 36 Pplaler it Head of the Department Deptt. of Electrical Engineering Graphic Era (Deemed tobe University) Dehiadun-248002
+
+IOAC-Academic and Administrative Audit (AAA) - A.Y 2017-18
+
+Page 24 of 2
+
+F
+
+i é e ally Self- S.No. | Audit Criteria Deptt input ee eee | Aeon Remarks if any by auditor marks marks by | marks ae deptt Internal Quality Assurance Cell (IQAC) has contributed 14.1 significantly for 08 institutionalizing — the quality assurance strategies and processes The institution reviews its teaching learning process, structures & 142 methodologies of 08 operations and learning outcomes at periodic intervals through IQAC_ setup as per norms Quality initiatives by 14.3 IQAC for promoting 04 = quality culture - : Fotal 20 2 WA oe qu Ament Head of the Department Deptt. of Electrical Engineering Graphic Era (Deemed to be University) Dehiadun-248002
+
+IOAC-Academie and Administrative Audit (AAA) - A.Y 2017-18
+
+Page 25 of 2¢
+
+Cenhod

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+BIOTECHNOLOGY | Fellowship Of Rs. 9 | 202401120 | APARNA LLTIM BEL TIBIS sc /MICROBIOLOGY 12,000/- JAHANVI | VISHWANATH BIOTECHNOLOGY | Fellowship Of Rs. 10 | 202411 BBSIAS SAINI SAINI PUL Tt ad /MICROBIOLOGY 12,000/- | PART-TIME Subject to 11 | 202401015 | ANJALISAINI | VEDPALSAINI | i ireenaL OBC CHEMISTRY — | 6 rission of NOC sis - RICHA Fellowship Of Rs. 12 | 202401016 ae RCBHATT | FULL TIME GEN CHEMISTRY ea ont: MOHD Fellowship Of Rs. 13 | 202401017 | MAHVISH | cianieeyy | FULL TIME OBC CHEMISTRY Ta cla +— — ‘ — SUDHEESH PART-TIME CIVIL Subject to 14 | 202401018 | Cuinwarasy | CHINNARAYM | eyteRNAL ae ENGINEERING | Submission of NOC aes | 4 _ — — : JITENDER | CIVIL | Fellowship Of Rs. T N 15 | 202401020 | Siiacceg | RPBHASKER | FULLTIME | GE | ENGINEERING aun. ANUJ DHARAMVEER PART-TIME CIVIL Subject to 1021 MAR NGH EN 16 | 2 a Enno EXTERNAL e ENGINEERING | Submission of NOC
+
+st
+
+SS
+
+t |
+
+as
+
+=
+
+VenOF SUSHEEL | PART-TIME RAPUT | RAJPUT INTERNAL
+
+_—
+
+Subject to | ENGINEERING Submission of NOC
+
+clviL
+
+}
+
+—
+
+j
+
+a
+
+serene
+
+18 | 202401024 |
+
+RIYA
+
+oy
+
+KUMAR
+
+FULL TIME
+
+OBC
+
+COMMERCE Fallowenin OF Rs. 12,000/-
+
+Graphic Era Deemed to be University
+
+NAAG A+ ACCREDITED anorectic oS nen
+
+;
+
+caneiziinet ll Dehradun-248002 Uttarakhand Ph, : 0135-2644183, 2642799, spores boone sengeaiin
+
+-

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+39
+
+countries placing unprecedented pressure on water resources. The global population is growing fast, and estimates show that with current practices, the world will face a 40% shortfall between forecast demand and available supply of water by 2030, Furthermore, chronic water scarecity, hydrological uncertainty, and extreme weather events (Floods and droughts) are perceived as some of the biggest threats to global prosperity and stability. Acknowledgment of the role that water scarcity drought are playing in aggravating fragility and conflict is increasing. To strengthen water security against this backdrop of increasing demand, water scarcity, growing uncertainty, greater extremes, and fragmentation challenges, clients will need to invest in institutional strengthening, information management, and (natural and man-made) infrastructure development. Institutional tools such as legal and regulatory frameworks, water pricing, and incentives are needed to better allocate, regulate, and conserve water resources. Information systems are needed for resource monitoring, decision making under uncertainty, systems analyses, and hydro-meteorological forecast and warning. Investments in innovative technologies for enhancing productivity, conserving and protecting resources, recycling storm water and seeking opportunities for enhanced water storage, including aquifer recharge and recovery. Ensuring the rapid dissemination and appropriate adaptation or application of these advances will be a key to strengthening global water security. Wastewater, and developing non- conventional water sources should be explored in addition to seeking opportunities for enhanced water storage including aquifer recharge and recovery. Ensuring the rapid dissemination and appropriate adaptation or application or application of these advances will be a key to strengthening global water security.

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+The continued trend of increasing share of petroleum fuels in the consumption of commercial energy is bound to lead to more dependence on imports and energy insecurity. India’s energy. Intensity per unit of GDP is higher as compared to Japan, U.S.A. and Asia by 3.7 times, 1.55 times energy savings. The increasing global trade liberalisation and growing global competition have made productivity improvement, including energy cost reduction, an important benchmark e economic success, Therefore, a paradigm shift in our approach to energy policy issues is need and 1.47 times respectively. This indicates intelligent use of energy. This integrated approach would have to incorporate a judicial mix of investment in the supply side capacity, operational efficiency improvements of existing power generating stations, reduction of losses in transmission distribution, end-use efficiency and renewable technologies, The policy goals and concepts would have to be shifted from “energy conservation” to “energy efficiency”, and from “energy input” to the “effectiveness of energy use” and “energy services”. Creation of new power generation capacity is costly and necessitates long gestation period whereas energy efficiency activities con make available additional power at comparatively low investments within a short period of time for the past few decades, energy generation has been shifted to alternative energy sources like renewable energy forms such as solar, wind and biomass energy etc. instead of the conventional fossil fuel sources. Apart from the growth in the energy sector, there has been an equivalent increase in businesses and organisations, which has brought tremendous competition in the
+
+34