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Self Study Report (SSR) Cycle 1, Year: 2020

Metric No. 3.2.1

Institution has created an ecosystem for innovations and has

initiatives for creation and transfer of knowledge

ADDITIONAL DOCUMNET

The document contains:

1. Incubation center details

2. EDP/EDC cell details

3. Sample events under EDP cell

4. Details of Institute Innovation Council

5. Awards won by SAE-India

6. Awards Won By the Robotics and Innovation Club

7. Copies of certificates of students for participating in different innovation

activities


INCUBATION CENTER DETAILS

Incubator Registration Certificate


Registration details for COER INCUBATOR AND INNOVATION CENTER (CIIC)


Meeting with tides incubation centre IIT Roorkee officials regarding upcoming

startup boot camp at COER


Notice Regarding Incubation Center


Notice regarding responsibility of ‘COER Incubation Center’ at COER


Notice for students


Weekly progress report is submitted to Director, COER


Incubation Registration form of student


EDC CELL DETAILS

Formation of EDC Cell at COER


SAMPLE EVENTS UNDER EDP CELL


An Invited Talk by Dr. Rajat Aggarwal


A workshop on “Creativity &Innovation for the Budding


INSTITUTE INNOVATION COUNCIL


AWARDS WON BY SAEINDIA@COER

S.NO Title of the innovation

Name of the Awardee

Name of the Awarding Agency with contact details

Year of Award

1

E-KART SAE-CLUB COER CREDIBLE FUTURE INDIA, BHOPAL

2019

2 GO-KART SAE-CLUB COER LPU CHANDIGHAR 2018

3 EFFICAR SAE-CLUB COER SAE-NIS(UIETChandighar) 2016

4 ATV MEGA CAR

SAE-CLUB COER KALINGA MOTOTS, BHUBANESHWAR

2016

5 EFFICYCLE SAE-CLUB COER SAE-NIS(UIETChandighar) 2015


NATIONAL ELECRIC KART CHAMPIONSHIP (NEKC-2.0)

AT BHOPAL

The student members of SAE-COER has cleared the virtual round of National E Kart

competition season 2 with an outstanding score of AIR-4. A team of 20 student members

participated in this national level completion which was held during 25-30 March 2019 at

RGVP, Bhopal. The design , material procurement, manufacturing and total assembly of

this vehicle have been done by the SAE student members and the total fabrication of the

vehicle was done in the COER mechanical workshop. The experts from various automobile

sectors appreciated the vehicle made by the COER team.

SAE-COER WON THE FIRST PRIZE IN GO-KART ENDURANCE TEST AT LPU, PUNJAB

International Go-Kart Championship is a global student challenge with a mission of

encrypting students with technical as well as practical knowledge of manufacturing and

building up a go-kart. Twenty student members of SAEINDIA-COER participated in this


event during 23-26,March 2018 and won the first prize in the most difficult Endurance

test

The mission is accomplished by the ambitions of these students to compete globally. These

techno graduates drove their go-kart on live arena under the team name ZEPHYR with

10,000+ spectators.

SAE EFFI-CAR-2016 - COER WON THE FIRST PRIZE

The student members of SAEINDIA-COER are participated in the national event EFFI CAR

which was conducted from 21-25 of January 2016. In this national level event of SAEINDIA

the students of COER is represented College of Engineering Roorkee under the team name

ZEPHYR . A team of students namely Ritesh Gupta,Nitin Dua, Utkarsh Kasera, Prashant

Binwal, Sumit Suman, Kumar Pushpak and Ankit Raj have designed and fabricated a test

vehicle (Battery powered four wheeler) under the supervision of their faculty advisor

Mr.Thomas Mathew. This test vehicle underwent a series of both static and dynamic tests

at the test track of UIET Chandigargh and became the overall winner of the event by

securing the first position. This project was funded by the COER management and the

complete fabrication was done at COER workshop.


ATV MEGA CHAMPIONSHIP-2016

Mega ATV Championship which is scheduled to be held at Bhubaneswar from 3-8 March

2016. The student members of SAE-COER are presently working on this ATV project to

design and fabricate an all Terrain Vehicle as per the rules of SAE guide lines. This National

level event is organised by Auto sports India.30 Student members of SAE-COER have

registered for this event and the project is in its full swing.


SAE EFFICYCLE-2015

SAE-NIS in a similar endeavour presents a new Milestone in the realm of “Green

Technology” - SAE EffiCycle. Efficycle is an intercollegiate design competition for

undergraduate and graduate engineering students where teams have to design and

fabricate energy efficient Hybrid-human powered- three wheeled-electric vehicles. Sae

india@coer made valiant efforts to prove their mettle yet again by registering in this

national level event. In 2005 COER team ‘Revanta’ finished 36th amount a total tally of 280

teams across India.


S.No Event Name of the Awardee Name of the Awarding Agency with contact

details

Year of Award

1 CYBORG BREAKING

GAGANDEEP

IIT ROORKEE

2018

2 ROBO-RACE

MR. SURYANSH GUPTA

GURUKULA KANGRI, VISHWAIVIDYALAYA

2018

3 ROBO-SOCCER

MR. SURYANSH GUPTA

GURUKULA KANGRI, VISHWAIVIDYALAYA

2018

4 ROBO-WAR

MR. UTKARSH RAWAT

NIT, UTTRAKHAND

2017

5 ROBO-COURSA

MR. UTKARSH RAWAT

NIT, UTTRAKHAND

2017

6 ROBO - RACE

MR.AMAN PRIYADARSHI

JECRC UNIVERSITY

2017

7 ROBO-WAR

ROOKIE MR.AMAN PRIYADARSHI

JECRC UNIVERSITY

2017

8 COMBAT-DE-

ROBO

MR. UTKARSH RAWAT, MR. VIKHYATH

CHAUHAN, MR. AMAN PRIYADARSHINI

DIT UNIVERSITY DEHRADUN

2017

9 RACE-DE-ROBO

MR. UTKARSH RAWAT, MR. VIKHYATH

CHAUHAN, MR. AMAN PRIYADARSHINI

DIT UNIVERSITY DEHRADUN

2017

10 ROBO SCCOER

MR.AMAN PRIYADARSHI DIT UNIVERSITY DEHRADUN

2017


Some Innovations of Solar Lab

Thermo-Hydraulic efficiency improvement through

creating artificial roughness in Solar Air Heater(SAH) is

one of trending area of research in the field of solar energy

which conducted through Mr.Varun Pratap Singh with

association of his students team during Summer Internship

Program (SIP) and as well as in final year project under

Solar Energy Centre.

Solar cycle, Solar divider, Solar tree,, Solar tiles, Solar

road, Solar based hot and cold water supply units (with

Peltier effect) and Vertical axis wind turbine for highways

are other on-going projects in the field of renewable energy

on which our students are focusing now days.

Solar Air Heater


Some Innovations of Biofuel Lab


Algae are found in abundance in environment and thus algae bio-diesel is considered as a good

replacement to diesel. Moreover, Bio-diesel does not require any separate storage infrastructure

and it is less volatile than petroleum diesel. In addition to this, Oil drilling is a complicated

process, while extraction of oil from algae and later the formulation of Bio-diesel by

transesterification is a simpler process. Thus algae bio-diesel is considered as a cheaper and much

cleaner source of energy.

Keeping in mind all the statistics, increased rate in consumption of fossil fuels and shift of the

world towards renewable energy, an initiative was taken by Research and Development of

College of Engineering Roorkee under the supervision of Professor Dr. Siddharth Jain. Under his

supervision a team comprising of 5 members AbhijeetKothiyal, Mayank Tyagi, ShubhangSoni,

Suryansh Singh and Siddhant Jain produced Bio diesel in college laboratory. The blends of B10

and B20 biodiesel were made and several experiments were carried out at IC engine in the

laboratories of College of Engineering Roorkee and Indian Institute of Technology (IIT),

Roorkee.

On September 17, on the occasion of celebration of Engineer’s day in the college Respected

Chairman Mr. J C Jain in the presence of Research and Development Cell HOD Respected Dr.

Siddharth Jain and the college staff, gave green signal to the bus which went from college to

Haridwar and the fuel used in the bus was B10 biodiesel. The research was reported by many

international journal of repute and many national newspapers as well including Times of India.

College Bus Run on Biodiesel


Tired of cranking that wind-up torch? Perhaps it's time to grow

some algae. Inspired by recent research into harnessing energy

directly from plants, Netherlands-based designer Mike

Thompson has come up with a concept for an algae powered

lamp that runs on only sunlight, water and your breath.

In similar concept to harnessing and justifying the potential of

Algae Lamp a group of student under the guidance of

Professor Dr. Siddharth Jain designed and developed series of

“Algae Lamp” and published various research papers on it.

Water is added through the spout, CO2 is added by breathing

through the handle, sunlight enters from all sides and

everything is in place to harvest energy from the algae.

The energy yield to surface area ratio is currently equivalent

to around a sixth of some silicon solar cells, so by the time

it's cost efficient to produce the number of tiny electrodes

necessary for this device, advances in technology might

allow it to compete in terms of energy efficiency as well. But

don't hold your breath - it seems that the designer himself

doesn't predict this product will come into being until around

2035.

Algae Lamp


Some Innovative Projects of DIY Lab

Currently, Horizontal Axis Wind Turbines (HAWT)

dominates the wind energy market due to their large

size and high power generation characteristics.

However, Vertical Axis Wind Turbines (VAWT) are

capable of producing a lot of power, and offer many

advantages such as they are small, quiet, easy to

install, can take wind from any direction, and operate

efficiently in turbulent wind conditions, a new area in

wind turbine research has opened up to meet the

demands of individuals willing to take control and

invest in small wind energy technology.

This project is about designing and manufacturing a

Wind Turbine that can convert wind by using Vertical

Axis Wind Turbines (VAWT) to a useful energy. The

current power demanding in India is very high

compared to power consumption world average,

Indians consumes 4th

highest electricity in the world.

This high demanding should take the focus of

attention in thinking in different sources of energy.

Vertical Axis Wind Turbines


ELECTRICITY GENERATION WITH ELECTROMAGNETIC BREAKING SYSTEM

With them “Energy Conservation and Optimization” a project on replacing conventional braking

systems is developed by Mechanical final year students.

This project try to replace involves conventional braking systems having hydraulic assembly

operated by electronic components.Need for better fuel economy, ease of vehicle

manoeuvrability and improved safety systems require new brake technologies.

The Electro-Mechanical Braking system processing components requires high reliability

electronic components, which provides shorter stopping distances and optimized stability with

more comfort and safety due to adjustable pedals and having no pedal vibration in ABS mode.

EMB are also virtually silent, environmentally friendly with no brake fluid.

The Electro-Mechanical Braking system having so many applications likerailway system, road

vehicles, aircraftsand in crane control system etc.


SEWAGE TREATMENT PLANT

A demonstrated model of Sewage treatment plant is prepared by Civil first year students, which

shows removing contaminants from municipal wastewater, containing mainly

household sewage plus some industrial wastewater. Physical, chemical and biological processes

are used to remove contaminants and produce treated wastewater (or treated effluent) that is safe

enough for release into the environment. A by-product of sewage treatment is a semi-solid waste

or slurry, called sewage sludge. The sludge has to undergo further treatment before being

suitable for disposal or application to land.

https://en.wikipedia.org/wiki/Wastewater

https://en.wikipedia.org/wiki/Effluent


COLLEGE PROTOTYPE

A prototype is used to test different working aspects of a product before the design is finalized.

Once a successful prototype has been developed, the engineering team can use it as a mock-up

for full-scale manufacturing.

Normally, academic applications of computer-aided design in construction provide a visual

presentation of the final state of the project and they are not able to produce changes in the

geometry following the construction process. It was developed a didactic prototype that allows

physical changes in a building component.

This prototype illustrates the construction of a common external wall. First, a 3D geometric

model composed with the several elements needed to construct it was defined and, then, virtual

reality capacities were applied over it. The virtual model allows students to interact with it

visualising the sequence of the construction process, accessing to quantitative and qualitative

information of each construction stage, observing the configuration details of the building

components and how they connect together. The didactic application contributes to support

disciplines concerning with Civil Engineering.

The COER campus is meticulously constructed. The infrastructure and the academicians are

providing the best of inputs for education and extra-curricular activities. The campus is perfectly

built up with various sections including fully facilitated class-rooms, Laboratories, Computer

Centre, Library, Hostels, Auditorium, and Student Centre as well as Sports Complex so that it

gives lot of information about civil projects.


Patents Filed By Faculties

S.no. Name of the Patent published/awarded Patent Number Year of Award

1 A method for production of fragrant

compounds from Aquilaria malaccensis cell cultures.

Application No. 1277/KOL/2014

2015


2 A method for production of fragrant

compounds from resinous chips of Aquilaria malaccensis by fermentation.

Application No. 201633016084A

2016

4 Method of determination of composition of Trixylenyl phosphate ester based fire

resistant fluid (FRF) by NMR spectroscopy Patent. No. 262034 2014

5 Development of a novel test methodology for assessment of

impregnability of impregnation epoxy resin used for Global Generators

Application. No. 1124/KOL/2011

2011

6 Epoxy adhesive formulation suitable for In-situ bonding of end packets of stator

core for a large size Turbo Generator Patent No. 317870 2019

MANTHAN Tech Fest 2019

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