Electrical and Electronics Engg  >>  Facilities

Facilities

The Department of Electrical and Electronics Engineering at Birla Institute of Technology, Patna Campus provides a state-of-the-art academic and research environment designed to foster innovation, experiential learning, and technology-driven problem solving. The department's advanced laboratory infrastructure supports undergraduate education, faculty research, industry collaboration, and interdisciplinary innovation in emerging areas of electrical and electronics engineering.

Advanced Research Infrastructure

1. Real-Time Hardware-in-the-Loop (HIL) Laboratory

• dSPACE DS1104 based real-time simulation and control platform.
• Supports rapid prototyping, controller validation, and cyber-physical system development.
• Extensively used for research in power electronics, electric drives, renewable energy systems, and smart grids.

2. Power Electronics and Energy Conversion Laboratory

• Industrial-grade 10 kVA power-level inverter systems.
• Facilities for converter design, testing, control implementation, and performance evaluation.
• Enables advanced experimentation in modern power electronic applications.

3. Renewable Energy and Smart Grid Laboratory

• Dedicated 1 kW Solar PV Test Facility.
• Supports both Grid-Connected and Standalone (Off-Grid) modes of operation.
• Provides hands-on exposure to photovoltaic systems, microgrids, energy management, and power quality analysis.

4. Solar Energy Research Facility

• 10 kW Solar Simulator for controlled and repeatable photovoltaic testing.
• Facilitates research on PV characterization, performance assessment, MPPT techniques, and renewable energy integration.

Advanced Measurement and Instrumentation

5. High-End Testing and Diagnostics Facility

• Advanced Digital Storage Oscilloscopes (DSOs) and precision measurement instruments.
• High-speed signal acquisition, waveform analysis, power quality monitoring, and system diagnostics.
• Supports both teaching laboratories and cutting-edge research activities.

Modern Teaching Laboratories

Students gain practical exposure through well-equipped laboratories in:

1. Electrical Machines
2. Power Systems
3. Power Electronics
4. Control Systems
5. Electrical Measurements
6. Analog and Digital Electronics
7. Microprocessors and Embedded Systems
8. Electrical Workshop and Engineering Practice

Experiential Learning Ecosystem

The department's facilities are designed to promote:

• Outcome-Based Education (OBE)
• Industry-Oriented Skill Development
• Research and Innovation Culture
• Product Design and Prototyping
• Interdisciplinary Projects
• Undergraduate Research and Consultancy Activities

By integrating advanced research infrastructure with hands-on learning, the department creates an ecosystem that prepares students to excel in academia, industry, entrepreneurship, and emerging technology domains.