The Department of Electronic Science aims at the synthesis of Science, Engineering and Technological aspects of Electronics. We all know that the on going bewildering transformation of quality of our lives is due to the recent phenomenal growth in Electronics and allied technologies such as Artificial Intellegence, VLSI Design, Embedded Systems, Digital Image Processing, Biomedical Enggineering, Communication Technology, Mechatronics etc. Many a super-smart electronic gizmo is hitting the market every day which, hitherto, used to appear in Science fiction only. Smaller and more complex electronic devices are replacing the bigger ones. The conventional Silicon Electronics may go bust with time and soon be replaced by Nano-Electronics where different laws of Science coupled with the Engineering aspects might come in to play. All these developments are due to the never-ending combined efforts of engineers, researchers, innovators etc. from diverse disciplines. The scientific as well as technological intricacies behind the realization of these devices & systems are enormous and call for the services of ‘Sci-gineers’ (the next generation of Scientific Engineers!). Thus, as never before, a situation has arisen where a strong scientific manpower with technical background is needed to meet the growing challenges in the field of Electronics for its Research, Development and Applications. It is the mission of the Department of Electronic Science to educate and generate the next generation of innovators. To achieve this, our energies are directed towards blending a sound understanding of fundamental Science, Engineering and Technological aspects of Electronics.
To become a leading center of excellence in a futuristic national scenario that caters to the academic and research needs of the society at large in the field of Electronics and Telecommunication engineering.
M1 : To impart students with valuable knowledge through excellence in teaching, research and creative activities.
M2 : To inculcate ethical practices amongst students.
M3 : To mould students into highly competent Electronics and Telecommunication technocrats to address the techno-social engineering challenges with innovative solutions.
PEO1 : Preparation: To prepare the students to solve socio-engineering problems so as to steer the organization towards excellence through systematic thinking, excel in higher studies, and be a successful technical professional through rigorous education/ training.
PEO2: Core Competence To provide students with solid foundation in Mathematics and Fundamentals of Engineering Sciences, Electronic circuit design, Telecommunication Engineering and Signal processing so as to solve engineering problems and also pursue higher studies.
PEO3: Breadth To impart students with such skills that enable them to comprehend, analyze, design and implement so as to provide multidisciplinary solutions to real-world social and technical problems with innovative ideas.
PEO4: Professionalism To inculcate in students social awareness, value based systems, leadership qualities, professional and ethical attitude, good communication skills to bring holistic development of personality and ability to relate engineering issues in social context.
PEO5: Learning Environment: To provide students with excellent academic and social environment aware of leadership, ethical codes, team spirit, lifelong learning, to build a sound professional career with stimulated innovative thinking.
Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
Identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
PSO13.Develop ability to analyze, simulate, design and implement analog as well as digital circuits, communication systems, microcomputer system, instrumentation and control system and power system.
PSO14. Utilize probability and statistics; transform methods, engineering mathematics in support of electronics and telecommunication systems.
| Year | Semester | Link / Syllabus Document |
| First and Second Year | First, Second, Third and Fourth | Click here to download |
|
1 |
Dr. S. V. Pattalwar |
Ultrasonic Blind Walking Stick |
|
2 |
Dr. S. V. Pattalwar |
IOT based flooring Mat System using Raspberry PI |
|
3 |
Prof. J. N. Ingole |
A Web based health appointment Scheduling with SMS Alert |
|
4 |
Prof. V. U. Kale |
Automation in Seminar Hall |
|
5 |
Prof. Mrs. M. D. Ingole |
solar Energy Monitoring system |
|
6 |
Prof. S. A. Nirmal |
IOT based AQI Monitoring System |
|
7 |
Prof. A. I Rokade |
Home Appliences Control using IOT |
|
8 |
Prof. N. S. Thakare |
IOT Based Smart Vending Machine |
|
9 |
Prof. A. I. Rokade |
Domestic Automatic Chakali Maker Machine |
|
10 |
Prof. Mrs. A. P. Deshmukh |
Smart Digital college Bell With Time Display |
|
11 |
Prof. A. R. Pathare |
Vending machine for Medicine |
|
12 |
Prof. G. D. Patil |
Iot Based IV bag Monotoring System |
|
13 |
Dr. N. N. Khalsa |
Detection and counting of Fake currency and Guinuine currency using Image Processing |
|
14 |
Prof. N. S. Wadhe |
Student Management System using python |
|
15 |
Prof. M. V. Tiwari |
Semi automated Potato chips slicer Machine |
|
16 |
Prof. A. S. Utane |
Robotic Control system based on object Recognition & Accident Alert system |
|
17 |
Prof. P.P. Gudhade |
Footstep Power generation using pizoelectric sensor |
|
18 |
Prof. R.D. Jawanjal |
RFID Based Intelligent trolley for Smart Shopping |
|
19 |
Prof. M. D. Ingole |
IOT based Vehicular Accident Prevention System |
|
20 |
Prof. V. U. kale |
The smart infrastructure monitoring: enhancing bridge safety reliability with IOT Technology |
|
21 |
Prof. J. N. Ingole |
Solar Tracer System using Ardiuno |
|
22 |
Prof. Mrs. A. P. Deshmukh |
over Voltage / Under voltage load Protection with IOT |
|
23 |
Prof. (Dr.) N. N. Khalsa |
Automatic waste Segregation System |
|
24 |
Prof. N. S. Wadhe |
DIY Ventilator using arduino with blood oxygen sensing for Covid pandemic |
|
25 |
Prof. N. S. Thakare |
Dual Axis solar re tracking System with Wheather Sensors |
|
26 |
Prof. A. B. Pardikar |
CNC Machine |
|
27 |
Prof. A. R. Pathare |
Wireless Charger for E-vehicle |
|
28 |
Prof. A. S. Utane |
Battery Management system on Electrical Vehicle with hybrid charging |
|
29 |
Prof. Ms. P. R. Lawhale |
Smart Trash Gaurdian plus System Using IOT |
|
30 |
Prof. M. K. Shriwas |
Solar Energy Monitoring System |
|
31 |
Prof. A. S. Mahore |
Autonomous cleaning Robot |
|
32 |
Prof. K. S. Belsare |
Smart Tracking Device for user Safety |
|
33 |
Prof. Ms. N. C. Band |
Speculation of lung cancer using machine learning |
|
Sr. No. |
Project Guide |
Title of the Project |
|
1 |
Prof. M. S. Joshi |
Smart baby cardle using sensor technology |
|
2 |
Prof. M. D. Ingole |
Automatic Billing System using IOT |
|
3 |
Dr. S. V. Pattalwar |
Brain tumor detection using CNN |
|
4 |
Dr. C. N. Deshmukh |
Secured Cold Storage Implementation using IoT with Unauthorized person |
|
5 |
Prof. Mrs. J.N.Ingole |
VR Glove Controller |
|
6 |
Dr. C. N. Deshmukh |
IoT based transmission line multiple fault detection and indication to electricity board |
|
7 |
Prof. V. R. Raut |
Automatic Cloth Bag Dispenser Machine |
|
8 |
Prof. Mrs. J.N.Ingole |
IoT based Automatic Gas Cutoff and Leakage Detection |
|
9 |
Prof. A. B. Pardikar |
IoT Based Industrial Water Quality Monitoring System |
|
10 |
Prof. A. R. Pathare |
Solar Panel Cleaning System |
|
11 |
Prof. N. N. Khalsa |
Talk With AI |
|
12 |
Prof. M. V. Tiwari |
Smart Garbage Monitoring System using Internet of Things (IOT) |
|
13 |
Prof. A. D. Kadu |
IOT BASED HEALTH MONITORING USED FOR ICU |
|
14 |
Prof. P. R. Lawhale |
Automatic fire fighting robot |
|
15 |
Prof. V. U. Kale |
Three Tier Security System |
|
16 |
Prof. A. P. Deshmukh |
Patrolling Robot For Human Detection Using Arduino Uno |
|
17 |
Prof. B. P. Fuladi |
Microcontroller Communication using CAN Protocol |
|
18 |
Prof. N. S. Wadhe |
A machine learning based approach for fault detection of railway track and its |
|
19 |
Prof. S. S. Tantarpale |
E-HEALTHCARE MANAGEMENT SYSTEM |
|
20 |
Prof. K. S. Belsare |
Fire extinguisher robot |
|
21 |
Prof. M. K. Shriwas |
Fingerprint Based Smart Locking System |
|
22 |
Prof. A.S Utane |
Traffic light detection using Lora WAN |
|
23 |
Prof. N. S. Thakare |
A.U.G.U.S.T(all user generates undetermine solution task)-(voice |
|
24 |
Dr. N. N. Khalsa |
Dual Axis Solar Tracking System |
|
25 |
Prof. S. A. Nirmal |
Design and Development of Microstrip Antenna |
|
26 |
Prof. A. I. Rokade |
Crop Identification Mobile App |
|
27 |
Dr. S. W. Mohod |
Home Automation System using IOT |
|
28 |
Prof. N. C. Band |
IOT BASED SMART IRRIGATION SYSTEM |
|
29 |
Prof. G. D. Patil |
Automated Parcel Sorting Machine using RFID |
|
30 |
Prof. A. S. Mahore |
Electricity Generation From Trash |
|
Sr. no. |
Project Guide |
Title of Project |
|
1 |
Dr. S. M Deshmukh |
Soil Analyzer |
|
2 |
Dr. S. M. Deshmukh |
Visualizing the action and converting it to the Text |
|
3 |
Dr.C.N.Deshmukh |
Biometric based Door lock Security System |
|
4 |
Dr.C.N.Deshmukh |
" Automatic Traffic And Street Light Controller Based on Traffic Intensity for Optimized Power Consumption " |
|
5 |
Dr.N.N.Khalsa |
Campus Recruitment Automation System |
|
6 |
Dr.N.N.Khalsa |
" Mitra-The Placement Portal " |
|
7 |
Dr.N.P.Dhole |
House price prediction using machine learning |
|
8 |
Dr.N.P.Dhole |
ANDROID BASED ALCOHOL DETECTION SYSTEM USING AN IOT |
|
9 |
Dr.S.V.Pattalwar |
Wireless Notice Board using Arduino UNO |
|
10 |
Dr.S.V.Pattalwar |
"Android Based Alchohol Sense Engine Lock Using GSM and GPS" |
|
11 |
Dr.S.W.Mohod |
Multi directional surveillance system |
|
12 |
Dr.S.W.Mohod |
GPS tracking and engine locking system of vehicle |
|
13 |
Prof. A. B. Pardikar |
Smart Health Monitoring System using IOT |
|
14 |
Prof. A. B. Pardikar |
" Transformer Health Monitoring And Control Through Arduino And GSM " |
|
15 |
Prof. A. R. Pathare |
IOT based Sewers/wells safety Monitoring & Alert System |
|
16 |
Prof. A. S. Utane |
Camera Vision & IOT based Person Identification using Surveillance Spybot |
|
17 |
Prof. A. S. Utane |
" Road Sign Recognition System for Autonomous Vehicle using Raspberry Pi " |
|
18 |
Prof. A.S.Mahore |
"Retina Scanner (Smart Glass Type Image System Using MEMS Scanner)" |
|
19 |
Prof. A.S.Mahore |
Smart Healthcare Device |
|
20 |
Prof. C.W.Rawarkar |
" Faulty Cloth Detection Through Image Processing " |
|
21 |
Prof. C.W.Rawarkar |
Black box |
|
22 |
Prof. K S Belsare |
IOT Garbage Monitoring with Weight Sensing |
|
23 |
Prof. K S Belsare |
Automated Paralysis Patient Healthcare System |
|
24 |
Prof. M.V. Tiwari |
" IOT Based Smart Solar Flower " |
|
25 |
Prof. M.V. Tiwari |
Night vision/ir camera using esp32 cam ardiuno module |
|
26 |
Prof. Ms. N.C.Band |
Image Processing Based Salesman Detection |
|
27 |
Prof. Ms. N.C.Band |
"IOT Covid Patient Health Monitor In Quarantine System" |
|
28 |
Prof. N. S. Wadhe |
" Digital Watermaking" |
|
29 |
Prof. N. S. Wadhe |
" Morphological Background Detection and Enhancement of Image With Poor Lighting" |
|
30 |
Prof. P. R. Lawhale |
Stock Market Prediction |
|
31 |
Prof. P. R. Lawhale |
" Heart Attack Detection System" |
|
32 |
Prof. V. R. Raut |
Smart Phone based ECG Acquisition Analysis |
|
33 |
Prof. V. R. Raut |
" Smart Shopping Trolley with Automated Billing Using Arduino " |
|
34 |
Prof. V. U. Kale |
Vehicle Data acquisition system |
|
35 |
Prof. V. U. Kale |
" SMART COVID PREVENTION DOOR USING IOT " |
|
36 |
Prof.A.D.Kadu |
Biometric Finger print Attendance System using Node MCU |
|
37 |
Prof.A.D.Kadu |
" An Integrated Cloud-Based Smart Home Management System with Community Hierarchy" |
|
38 |
Prof.A.I.Rokade |
Automatic Waste Segregation & Monitoring System |
|
39 |
Prof.A.I.Rokade |
An IOT based school bus system |
|
40 |
Prof.B.P.Fuladi |
"Flood Monitoring & Alterting System " |
|
41 |
Prof.B.P.Fuladi |
Solid Wastage Manegement For Smart Cities |
|
42 |
Prof.G.D.Patil |
Picking Object Using Robotic Arm |
|
43 |
Prof.G.D.Patil |
" DESIGN OF HUMAN ACTIVITY RECOGNITION SYSTEM USING BODY SENSOR NETWORKS " |
|
44 |
Prof.M.K.Shriwas |
" Women Safety Using IOT " |
|
45 |
Prof.M.K.Shriwas |
Automatic Hand sanitizer with temperature sensing and people counting |
|
46 |
Prof.Mrs.A.P.Deshmukh |
Smart Voting System using Finger Print & Face Detection |
|
47 |
Prof.Mrs.A.P.Deshmukh |
" Automatic Billing System Using Ultrasonic Sensor " |
|
48 |
Prof.Mrs.J.N.Ingole |
Smart Shopping Trolley with Automated Billing using Arduino |
|
49 |
Prof.Mrs.J.N.Ingole |
" Face Mask Detector " |
|
50 |
Prof.Mrs.M.D.Ingole |
Improving Quality of Older Painting using Digital Image Processing |
|
51 |
Prof.Mrs.M.D.Ingole |
" Smart Dustbin for Smart City with SMS Alerts " |
|
52 |
Prof.Mrs.M.S.Joshi |
IOT Enabled Underground Drainage Monitoring System using water flow sensors & Gas Sensors |
|
53 |
Prof.Mrs.M.S.Joshi |
" Smart Water Meter" |
|
54 |
Prof.Ms.R. A. Wakode |
Human Body Action Tracking And Recognition Using Elm Algorithm |
|
55 |
Prof.Ms.R. A. Wakode |
Health care Smart bottel system using IOT |
|
56 |
Prof.Ms.S.S.Tantarpale |
Google Assistant Controlled Home Automation |
|
57 |
Prof.Ms.S.S.Tantarpale |
"Wireless Water Level Indicator With Municiple Water Supply Indication" |
|
58 |
Prof.N.S.Thakare |
Smart water Quality monitoring system with cost – effective using IoT |
|
59 |
Prof.N.S.Thakare |
Automatic Medical Waste Segregation and Management System |
|
60 |
Prof.S.A.Nirmal |
FACE MASK AND BODY TEMPERATURE DETECTION SYSTEM TO PREVENT COVID FOR WORK ENVIORNMENT |
|
61 |
Prof.S.A.Nirmal |
IoT based Smart Mirror Using Rasberry pi |
|
62 |
Prof.S.P.Zade |
" Under ground cable fault detection using IOT " |
|
63 |
Prof.S.P.Zade |
Intelligent Traffic Signalling Priority System For Ambulance |
|
64 |
Prof.V. J. Babrekar |
IOT based Bus Seats Vacancy Unit for Roadways |
|
65 |
Prof.V. J. Babrekar |
"Cotton Quality Detection Technique Using Image Processing" |
| Sr. No. | Industry/Company Name | Area | Date |
| 1. | MDB Electrosoft Pvt. Ltd, Amravati | Embedded Training, workshops, Internship | 08/12/2023 |
| 2. | TechPrometheon Internet Pvt. Ltd, Pune | Embedded, IoT Training, Internship | 09/12/2023 |
| 3. | Doxpro Robotics Pvt. Ltd. | Automation and Robotics | 13/03/2019 |
| 4. | Prolific Systems & Technologies Pvt. Ltd., Nagpur | PG Diploma in Industrial Automation Program | 19/12/2017 |
| 5. | V. S. Informatics Pvt. Ltd., Nagpur | Association in Internship, training, workshops and Industrial Visit | 06/11/2017 |
| 6. | Prolific Systems & Technologies Pvt. Ltd., Nagpur | Workshops on Embedded Systems and Industrial Automation | 04/10/2017 |
|
Sl. No.
|
Name of the collaborating agency with
contact details
|
Name of the participant
|
Duration
|
Nature of the activity
|
|
1
|
Cognizant
|
Mayank Milind Chepe
|
Dec 2021- May 2022
|
Software development
|
|
2
|
Cognizant
|
Prajwal raju deore
|
Dec 2021- May 2022
|
Software development
|
|
3
|
Cognizant
|
Mayank Milind Chepe
|
Dec 2021- May 2022
|
Software development
|
|
4
|
Cognizant
|
Ujjwal Radheshyam Rotele
|
Dec 2021- May 2022
|
Software development
|
|
5
|
Cognizant
|
Kedar Kulkarni
|
Dec 2021- May 2022
|
Software development
|
|
6
|
Cognizant
|
Prathmesh Dodake
|
Dec 2021- May 2022
|
Software development
|
|
7
|
Cognizant
|
Shritej Vijayrao Ronghe
|
Dec 2021- May 2022
|
Software development
|
|
8
|
Cognizant
|
Abhishek Jaiwant Kandalkar
|
Dec 2021- May 2022
|
Software development
|
|
9
|
Cognizant
|
PAVAN VITTHAL RATHOD
|
Dec 2021- May 2022
|
Software development
|
|
10
|
Cognizant
|
Sambhav Deshmukh
|
Dec 2021- May 2022
|
Software development
|
|
11
|
Cognizant
|
Minank Navalkishor Zanwar
|
Dec 2021- May 2022
|
Software development
|
|
12
|
Cognizant
|
Priyanka Ramdas Bhagyawant
|
Dec 2021- May 2022
|
Software development
|
|
13
|
Cognizant
|
Samruddhi Gajanan Thakare
|
Dec 2021- May 2022
|
Software development
|
|
14
|
Cognizant
|
Gauri Sanjay Khadatkar
|
Dec 2021- May 2022
|
Software development
|
|
15
|
Cognizant
|
SHRADDHA SATISH VYAS
|
Dec 2021- May 2022
|
Software development
|
|
16
|
Cognizant
|
Mrudang Sanjay Ghadekar
|
Dec 2021- May 2022
|
Software development
|
|
17
|
Cognizant
|
Mukul Shrikant Bhakare
|
Dec 2021- May 2022
|
Software development
|
|
18
|
Cognizant
|
Anand Fulkari
|
Dec 2021- May 2022
|
Software development
|
|
19
|
Cognizant
|
Shreya Sherje
|
Dec 2021- May 2022
|
Software development
|
|
20
|
Cognizant
|
Shreyash Morey
|
Dec 2021- May 2022
|
Software development
|
|
21
|
Cognizant
|
Rutuja Sudhir Deshmukh
|
Dec 2021- May 2022
|
Software development
|
|
22
|
Cognizant
|
Saloni Purushottam Tambakhe
|
Dec 2021- May 2022
|
Software development
|
|
23
|
Cognizant
|
Prajwal raju deore
|
Dec 2021- May 2022
|
Software development
|
|
24
|
Cognizant
|
Anushri Anant Raut
|
Dec 2021- May 2022
|
Software development
|
|
25
|
Cognizant
|
Neha Chandrashekhar Gudadhe
|
Dec 2021- May 2022
|
Software development
|
|
26
|
Cognizant
|
Raunak Parmanand Malpani
|
Dec 2021- May 2022
|
Software development
|
|
27
|
Capgemini
|
VAISHNAVI SHRIRAM DESHMUKH
|
|
Software development
|
|
28
|
Capgemini
|
Shon Milind Thakare
|
|
Software development
|
|
29
|
Capgemini
|
Altamash Ayyub Malnas
|
|
Software development
|
|
30
|
Capgemini
|
Yash Sunil Shrungare
|
|
Software development
|
|
31
|
Capgemini
|
PAVAN VITTHAL RATHOD
|
|
Software development
|
|
32
|
Capgemini
|
Pushpak Purushottam Hirode
|
|
Software development
|
|
33
|
Capgemini
|
SHRADDHA SATISH VYAS
|
|
Software development
|
|
34
|
Capgemini
|
Disha Rajesh Deshmukh
|
|
Software development
|
|
35
|
Capgemini
|
SHARAYU SHIVANAND DANGE
|
|
Software development
|
|
36
|
Capgemini
|
Altamash Ayyub Malnas
|
|
Software development
|
|
37
|
Capgemini
|
Sakshi Vijayrao Gadge
|
|
Software development
|
|
38
|
Capgemini
|
Abhishek Santosh Sharma
|
|
Software development
|
|
39
|
Wipro
|
Madhav Harish Sangani
|
Feb 2022- May 2022
|
Software development
|
|
40
|
Wipro
|
Manojit Arabind Malik
|
Feb 2022- May 2022
|
Software development
|
|
41
|
Wipro
|
Akanksha Kishor Fuse
|
Feb 2022- May 2022
|
Software development
|
|
42
|
Wipro
|
Renuka Agarkar
|
Feb 2022- May 2022
|
Software development
|
|
43
|
Wipro
|
Pushpak Purushottam Hirode
|
Feb 2022- May 2022
|
Software development
|
|
44
|
Wipro
|
Twinkle Anil Gophane
|
Feb 2022- May 2022
|
Software development
|
|
45
|
Wipro
|
TARAK HEMANT KALORE
|
Feb 2022- May 2022
|
Software development
|
|
46
|
Wipro
|
Kartikesh vilas sarad
|
Feb 2022- May 2022
|
Software development
|
|
47
|
Wipro
|
Minal Manoj Janai
|
Feb 2022- May 2022
|
Software development
|
|
48
|
Wipro
|
Ruchita Rajendra Pokale
|
Feb 2022- May 2022
|
Software development
|
|
49
|
Wipro
|
Mohit Rajendrarao Therey
|
Feb 2022- May 2022
|
Software development
|
|
50
|
Wipro
|
Sakshi Vijayrao Gadge
|
Feb 2022- May 2022
|
Software development
|
|
51
|
Wipro
|
Kshitij Vinodrao Bokey
|
Feb 2022- May 2022
|
Software development
|
|
52
|
Wipro
|
Raunak Parmanand Malpani
|
Feb 2022- May 2022
|
Software development
|
|
53
|
Wipro
|
Harshal Heda
|
Feb 2022- May 2022
|
Software development
|
|
54
|
TCS
|
Ujjwal Radheshyam Rotele
|
|
Software development
|
|
55
|
TCS
|
Madhav Harish Sangani
|
|
Software development
|
|
56
|
TCS
|
Abhishek Jaiwant Kandalkar
|
|
Software development
|
|
57
|
TCS
|
SHRADDHA SATISH VYAS
|
|
Software development
|
|
58
|
TCS
|
Rutuja Sudhir Deshmukh
|
|
Software development
|
|
59
|
TCS
|
Gayatri Anil Dahake
|
|
Software development
|
|
60
|
TCS
|
Abhishek Gopal Kadu
|
|
Software development
|
|
61
|
TCS
|
Rasika Deepak Shelke
|
|
Software development
|
To become a pace-setting Centre of excellence believing in three Universal values namely Synergy, Trust, and Passion, with zeal to serve the Nation in the global scenario.
M1 : To achieve the highest standard in technical education through the state-of-the-art pedagogy and enhanced industry Institute linkages.
M2 : To inculcate the culture of research in core and emerging areas.
M3 : To strive for overall development of students so as to nurture ingenious technocrats as well as responsible citizens.
To strive for global recognition through academic excellence in Engineering & Technology
To enhance the percentage of placement
To promote students for innovation and entrepreneurship