A separate simulation laboratory has been setup that houses about 30 computers installed with software necessary for problem solving and analyzing like MATLAB and MULTISIM. Our effort is to further improve Power System Simulation Lab by adding more software like NEPLAN, ETAP, PSIM, PSPICE etc. Efforts are also made to develop Switch Gear and Protection lab shortly.

We help nurture innovation and encourages entrepreneurial talents among students, and faculty alike at RVSCET. Our innovation centre helps the students of EEE to apply the knowledge gained here during the course of their bachelor degree for innovative and sustainable idea/ product development. Seminars are organised on a quarterly basis to keep students and faculty apprised of the recent technological advancements thereby guiding them in their journey of research and innovation. We also help students and staff members to convert innovative ideas into technology demonstrations. Our department organises yearly workshop cum contest, TECHKARMA, to display the projects developed by students of final semesters. We plan to include students from 3rd year too in our next TECHKARMA workshop in order to inculcate the sense of innovation and development from the very beginning of their UG degree

1. Optimum Placement of PMU for Total Observability of Power Grid , IJERT Conference Proceeding, Volume 4 Issue 2, 2016

1. Analysis on IGBT Development, IJERT Conference Proceeding, Volume4 Issue 2,2016

1. “Performance Analysis of an Asynchronous WECS in Grid Connected and Standalone Mode”, Anjali Kumari, Poulomi Ganguly, Sweta Kumari, Shalini Kumari. International Journal of Computer Engineering and Applications, Volume XII, Special Issue, August 18, ISSN 2321-3469.
2. “Study of Cu2ZnSnSe4 absorber layer by vacuum-based method”, Anjali Kumari, Sweta Kumari and Poulomi Ganguly. International Journal of Computer Engineering and Applications, Volume XII, Special Issue, August 18, ISSN 2321-3469.
3. Paper id-1570286043 Published- “Development of village using green power for fuel and electricity” in IICPE- 2016, IEEE 7th India international conference on power electronics.
4. Paper id-161021074 Published- “CZTS Group Absorber Layer for Solar Cell: a review” in NCRACSDE 2K16.
5. Published a research paper entitled “Testing of Transformer for its Reliability” in CMRAES-2016, IJERT Conference Proceeding, Vol. 4, Issue 02.

1. Paper on “Unsymmetrical fault Identification in two phase and five phase systems”, by Poulomi Ganguly, Nirmalya Choudhury and Surajit Chattopadhyay, at National Conference on Modern trends in Electrical Engineering (NCMTEE- 2009) held on 11th – 12th July, HETC, in collaboration with IET (UK), Kolkata Network and Hooghly Engineering & Technology College (HETC).

2. “Performance Analysis of an Asynchronous WECS in Grid Connected and Standalone Mode”, Poulomi Ganguly, Anjali Kumari, Sweta Kumari, Shalini Kumari. International Journal of Computer Engineering and Applications, Volume XII, Special Issue, August 18, ISSN 2321-3469.

3. “Study of Cu₂ZnSnSe₄ absorber layer by vacuum-based method”, Anjali Kumari, Sweta Kumari and Poulomi Ganguly. International Journal of Computer Engineering and Applications, Volume XII, Special Issue, August 18, ISSN 2321-3469.

Papers presented by our faculties in International Conference on Recent Trends in Computer Science and Technology (ICRTCST-2018) (Sponsored by IEEE Kolkata Section) for the academic year 2017- 2018 are as given below-

1. Study of Cu2ZnSnSe4 absorber layer by vacuum-based method by Anjali Kumari
2. Performance analysis of an Asynchronous WECS in grid connected and standalone mode by Poulomi Ganguly
3. Load frequency control of single-area power systems by G.C.Mahato
4. Modelling and simulation of double induction machine by Thakur Pranav kr. Gautam
5. Analysis and automatic reset of three phase faults in MATLAB by Abhilash Ghosh

Student Research Work AT RVSCET teachers have been using projects as a means of teaching technical skills, tool usage, and problem solving. The project method also provides an excellent means for increasing student learning. The project method is a teacher-facilitated collaborative approach in which students acquire and apply knowledge and skills to define and solve realistic problems using a process of extended inquiry. Projects are student-centred, following standards, parameters, and milestones clearly identified by the instructor. Students have control over the planning, refining, presenting, and reflecting of the project. Through projects, students are engaged in innovation and creativity. In the Final Year, Students undertake Project Works in different areas like Electrical Machines, Power Systems, Power Electronics, Automatic Control System and PLC. The Students acquire knowledge and expertise in Final Year Project by carrying out the Minor Projects and Simulation Work. Projects developed by our students as a part of their B. Tech degree completion for the academic year 2016-17 (Batch 2013-2017) are as shown below:

1. Simulation of wind power generation – self excited and grid connected power generation.
2. Design and development of inverter for melting 50 gms of aluminium.
3. Simulation of two area system using AGC system.
4. Design and development of inverter using Astable multivibrator and study hardening of iron metal surface.
5. Designing a model to detect power theft in domestic Energy meter.
6. Four Quadrant Operation of PMDC motor using 8051 micro controllers.
7. Digital Dustbin in Digital India comprise to SWACH BHARAT AVIYAN.
8. Speed control of DC motor using chopper.
9. Analysis of two battery charger using diode and SCR.
10. Design of 100 KVA, 50 Hz 3 – phase distribution transformer with oil natural cooling having tapping ±2.5%, 5% and 10%.
11. To control home appliances using electronic gadgets.
12. Design of Solar Power Plant to meet the requirement of RVS electrical load and to discuss techno economical aspects of power generation.
13. Harvesting body heat to charge mobile /glow LED.
14. Wireless mobile charger using induction coupling.
15. Frequency Divider using IC-7490.
16. Design of step up chopper for solar power application.
17. Water level controller using 8051 micro controllers.
18. Designing of hearing aids system for impaired people.
19. Design and development of Automatic voltage stabilizer with low voltage alarm.
20. Simulation of Synchronous Generator using MATLAB.
21. Underground cable fault distance locator using micro controller.
22. Design and development of inverter to convert 12V DC to 220 V AC by astable multivibrator.
23. Electroplating of copper on iron sheet.
24. Design of inductor (400V, 50 Hz, 3 Phase).
25. GSM e-notice board

Projects developed by our students as a part of their B. Tech degree completion for the academic year 2017-18 (Batch 2014-2018) are as:

1. Design and analysis of PID controller in frequency domain.
2. Advanced Switched Mode DC-DC regulator.
3. 3 phase fault analysis with auto reset on temporary fault and permanent trip.
4. Study of wound rotor induction generator using MATLAB.
5. A hybrid wind solar energy system.
6. Modelling and simulation of speed control of doubly fed induction motor.
7. Design of signal generator (20mV).
8. LM35 Temperature Sensor.
9. Automatic star delta starter using relays and adjustable electronic timer for IM.
10. Heart Rate measuring Device
11. PSO based firefly algorithm for economic load dispatch problems of power system.
12. GPS ambulance tracker system.
13. Over voltage and undervoltage protection.
14. Phone detector with network Jammer.
15. Filter Design using MATLAB.
16. Electric Furnace design (Indirect Heating).
17. Servo Motor Control.
18. Battery Level Indicator.
19. Design of inductor using Opamp and its implementation using Colpitts oscillator.
20. Anderson Bridge Design

In the academic 2018-19 year due to combined initiative of our EEE faculties and our final year students we have been successfully able to install a Solar tree on RVSCET premises. Other projects developed by our 4^th year students for the academic year 2018-19 (Batch 2015-19) are as shown below:

1. Voice Control Robot
2. Automatic load control system
3. Wheel chair motion control using hand gesture
4. Contactless (digital) tachometer
5. Fault Analysis in electrical power system
6. Automatic door locking system using RFID sensor
7. Smooth start of a single-phase Induction motor
8. System to measure solar power
9. Audio transfer using li-fi technology
10. Calculation of rooftop area for solar plantation