Electrical Engineering Lab
April 1, 2025 2025-04-04 6:12Electrical Engineering Lab
Electrical Labs
| Sr. No. | Lab Name | Purpose & Practical Work | Special Features | Lab In-charge | Lab Assistant | Video Link |
|---|---|---|---|---|---|---|
| 1 | High Voltage (UG+PG ) | Manpower development in the field of High voltage engineering. Demonstration of Type and routine Tests related to high voltage to students of UG and PG. Testing and consultancy of various insulating materials and products for industries like Adani Power, Railways etc | Impulse generator for tests up to 800 kV, Power frequency tests up to 300 kV, High current (up to 5000 A) test setup, Portable PD detector setup | Prof. H. B. Choudhari and Dr. P. P. Gupta | Mr. P. C. Satam | Link |
| 2 | Electrical Machines and Drives Lab | Core Electrical Machines Lab for Diploma and UG having transformers, DC Machines, Induction machines, and Synchronous Machines | Make: The Lisper Electric Co. Voltage: 230V, Current: 77 A Speed: 700 RPM Voltage: 220 V, Current: 99 A Output: 26.8 HP, Speed: 930 RPM 3-Ph Alternator Output: 3-Ph, 50Hz, 10kVA, Speed: 1500 RPM Voltage: 110/220 V(AC), Current: 52/26 A | Dr. S. K. Bhil Dr. S. R. Wagh | Mr. A. K. Kesarkar | Link |
| 3 | E-MC ^ 2 Lab UG + PG Project | Electrical: Modeling, Computation, and Control Lab (E-MC^2) With the real-time simulators, the lab specializes in cutting-edge research and development in electrical power systems and control systems, with a wide- ranging focus that extends beyond core areas. The lab has made significant contributions in diverse fields such as motor control, computer vision, data science, and machine learning. In addition to research, the lab provides consultancy services to industry partners, offering motor control solutions to companies like Motwane and computer vision solutions to IGI, driving innovation across multiple domains. | Domain areas 1. Non-Linear and Linear System Modelling 2. Power System Stability and Fault Analysis 3. Grid Connected Converter and Microgrid design simulation 4. Power System Stability and Control 5. Control System Design and Simulation 6. Control Algorithm Optimization 7. Computer Vision 8. Data Driven Modelling and Control 9. Time Series Analysis and Forecasting 10. Machine Learning 11. Temporal Data Study and modelling 12. Generative AI-Transformer Architecture | Dr. S. K. Bhil Dr. S. R. Wagh Prof. N. M. Singh | - | Link |
| 4 | Controls lab | Mr. P. C. Satam | Link | |||
| 5 | Electrical Workshop | - | ||||
| 6 | Simulation Lab | - | ||||
| 7 | Electrical Circuits | Mr. D. B. Gare | Link | |||
| 8 | Measurement & Instrumentation Lab | Mr. P.C. Satam | ||||
| 9 | Power Electronics Lab | Mr. N. D. Belnekar | Link | |||
| 10 | BEE Lab | Students learn about electrical components and their rating, how to make electrical connections, how to use electrical measuring instruments and about transformers and electrical machines | Mr. N. D. Belnekar |
Electronics and EXTC Program Labs
| Sr. No. | Lab Name | Purpose & Practical Work | Special Features | Lab In-Charge | Lab Assistant | Video Link |
|---|---|---|---|---|---|---|
| 1 | VLSI & Embedded Systems | To provide students, researchers, and professionals with hands-on experience and practical knowledge in designing, and simulating, integrated circuits (ICs) built using advanced semiconductor technology. | 20 high-end computers equipped with CADENCE & Console software for device simulation. | Dr. Neha Mishra | - | Link |
| 2 | Basic Electronics | Dr. R A Patil | Mr. Bandu Ilag | Link | ||
| 3 | Basic communication | To give students practical exposure to the fundamental concepts and principles. It bridges the gap between theoretical knowledge and real-world applications, enabling students to effectively understand and analyze telecommunication networks, protocols, and devices. | Dr. G. M. Galshetwar Dr. Jyoti Gondane | Mr. S.M. Mahadik | Link | |
| 4 | Digital communication | To analyze the behavior of digital communication systems. To study the characteristics of signals and the impact of noise, interference, and other factors on system performance. To familiarize students with telecommunication technologies such as modulation, multiplexing, and signal processing | Mr. R.K. Tatkare | Link | ||
| 5 | RF & Antenna Computer Networking | Mr. R.K. Tatkare | ||||
| 6 | Advance Biomedical | Dr. R. N. Awale Dr. Rahul Ingale | Mr. S.J. Kadam | Link | ||
| 7 | IoT Lab | Microprocessor 8085 KITS are available. 23 high-end computers are available for software simulation. | Dr. Rahul Ingale Dr. Vikram Kehri | Mr. S. S. Dapale | Link | |
| 8 | Microprocessor | Purpose: 1. Learn about the hardware and software of microprocessors 2. Gain knowledge of microprocessor architecture and programming 3. Apply microprocessor solutions to reduce system costs and improve product quality Practical work: 1. Use microprocessor kits to learn how to program in assembly language 2. Learn how to interface microprocessors with other peripherals 3. Apply microprocessor concepts to real-time applications | Dr. Rahul Ingale Dr. Vikram Kehri | Mr. S. S. Dapale | Link | |
| 9 | Biomedical Engineering (First Floor) | Dr. R. A. Patil Dr. Jyoti Gondane | Mr. N. D. Belnekar | |||
| 10 | Industrial Electronics | Dr. Jyoti Gondane Dr. R. A. Patil | Mr. N. D. Belnekar | Link | ||
| 11 | DSP Lab | Purpose: Understand DSP concepts, Implement algorithms,Experiment with tools, Analyze performance,Apply theoretical knowledge and Develop problem-solving skills. Practical Work: 1. Digital Signal Processing Lab 2. Advance DSP Lab 3. Audio and speech processing 4. Image processing 5. Biomedical and radar Imaging | Data Acquisition devices , Digital Signal Processors and equipment to analyze signals are available. One workstation with 64GB RAM for developing and testing DSP algorithms. | Dr. R. A. Patil | Mr. S.M. Mahadik | Link |
| 12 | Wireless communication | Dr. R. A. Patil Dr. Vikram Kehri | Mr. Bandu Ilag | |||
| 13 | IC lab (above library) | Prof. Krishna Kanakgiri | Mr. D. B. Gare | Link | ||
| 14 | Computer Communication Lab | To provide students with practical knowledge of computer communications and networking principles | 20+ high-end computers are available for software simulation. | Dr. Yogesh Wankhede Dr. N. S. Agrawal | Mr. R.K. Tatkare | Link |
| 15 | Virtual Instrumentation Lab | Dr. R. A. Patil Dr. Jyoti Gondane |
