Lab Facilities - Electrical Engineering
Analog Electronics Laboratory
The Analog Electronics Laboratory is designed to provide students with practical knowledge and hands-on experience in fundamental analog electronic circuits and devices. The course covers identification and testing of passive and active components, use of electronic instruments (CRO, DMM, Function Generator), and experimental analysis of diode and transistor characteristics. Students will explore rectifiers, transistor biasing, amplifier configurations, FET operations, and oscillator circuits. This lab builds foundational skills essential for understanding, designing, and analyzing analog systems in real-world applications.
Electrical Circuits Laboratory
The Electrical Circuits Laboratory is designed to provide students with practical exposure to fundamental and advanced concepts in electric circuit theory. The lab supports the theoretical knowledge gained in classroom lectures by offering hands-on experience with real-world circuits and measurements.This course introduces students to a wide range of electrical circuit experiments that reinforce the understanding of network theorems, transient and steady-state responses, frequency response analysis, resonance, and two-port network parameters. Through systematic experimentation, students gain insights into the behavior of R, L, and C components under different excitation conditions, including DC and AC inputs, transient states, and continuous periodic signals.
Electrical Estimation Design Practice Laboratory
This course provides a comprehensive understanding of electrical system components and their applications in residential, commercial, and industrial installations. Students will learn about LT wiring systems, protective devices, and electrical safety practices. The course covers the design and planning of residential and commercial electrical systems, including load calculation, component selection, and earthing. It also introduces illumination systems, focusing on lighting design, modern lighting technologies, and energy-efficient practices. Additionally, the course explores industrial systems such as DG sets, UPS systems, and battery banks, emphasizing their sizing and selection.
Basic Electrical Measurements Laboratory
The Basic Electrical Measurement Laboratory is designed to provide students with practical experience in measuring electrical quantities and understanding sensor behavior used in industrial and laboratory applications. The course covers a wide range of measurement techniques, including bridge methods for determining inductance, capacitance, and resistance, as well as power measurement in three-phase systems using the two-wattmeter method.Students gain hands-on experience with instruments such as DC ammeters, voltmeters, meggers, and sensor systems like thermistors, RTDs, thermocouples, strain gauges, and LVDTs. The lab emphasizes accurate measurement, calibration, sensitivity analysis, and the limitations of different instruments.By the end of the course, students will have a strong foundation in electrical and sensor measurement techniques, enabling them to apply these skills in instrumentation, automation, and electrical engineering projects.
Power Electronics Laboratory
The Power Electronics Laboratory is designed to provide practical exposure to the operation,characteristics, and applications of power semiconductor devices and converter circuits. Through a series of hands-on experiments, students gain a thorough understanding of the switching behavior of devices like SCR, TRIAC, MOSFET, and IGBT, along with their triggering methods.The lab emphasizes the design and analysis of various firing circuits (R, RC, and UJT-based) and their implementation in power control applications. Students study the performance of half- and fully-controlled converters for both single-phase and three-phase AC-DC conversion using SCRs. Additionally, experiments include the operation of choppers and thyristorized speed control of DC motors, which are critical in industrial drive systems. This laboratory enhances students’ ability to build, test, and analyze power electronic circuits, preparing them for advanced applications in power conversion and motor control systems.
Microprocessor & MIcrocontroller Laboratory
This laboratory course provides hands-on experience with the fundamentals of microprocessors (8085) and microcontrollers (8051). It focuses on programming in assembly language for controlling hardware components and interfacing peripheral devices. Students will explore I/O operations, timers, ADC/DAC conversions, DMA techniques, motor control, and power electronics interfacing. Through practical applications, the lab emphasizes real-time data handling, waveform generation, and the use of microprocessor-based systems in industrial and embedded environments. The course bridges the gap between digital control theory and real-world system implementation.
Control System Laboratory
Control Systems Laboratory provides practical experience in modeling, analysis, and control of DC servomechanisms and electro-mechanical systems. Students perform experiments to derive transfer functions, analyze steady-state errors, and implement various controllers (P, PI, PD, PID) for position and speed control. The lab also explores velocity feedback effects, pole placement using state feedback, and disturbance handling in multi-disc systems. Through hands-on work, students gain a deeper understanding of second-order system behavior, feedback control, and modern control strategies.
Power System Laboratory
The Power System Laboratory offers hands-on experience in analyzing and testing key components of electrical power systems. Students conduct experiments on transmission line performance, including no-load tests, Ferranti effect, ABCD parameter determination, and load regulation. Fault analysis for both symmetrical and unsymmetrical conditions is performed and compared with theoretical results. The course also includes practical studies of DC distribution networks and protection systems, such as Buchholz relays, differential relays, and numerical motor protection relays. Students also learn to test and plot characteristics of over-voltage and under-voltage relays, enhancing their understanding of real-world power system operation and protection.
Electrical with Computer Science (ECS) Laboratory
This lab integrates electrical engineering concepts with Python programming. Students simulate and analyze electrical circuits using Python and visualization tools like SchemDraw. The focus is on verifying key electrical theorems, circuit analysis techniques, and dynamic behavior.
Data Structure & Algorithms Laboratory
This laboratory course provides hands-on experience in designing, implementing, and analyzing fundamental data structures and algorithms using programming. Students will work on arrays, stacks, queues, linked lists, trees, graphs, and sorting/searching techniques. Emphasis is placed on practical coding skills, algorithmic problem solving, and understanding data structure operations and their applications.
Programming Laboratory
The Programming Laboratory is designed to provide students with hands-on experience in writing, testing, and debugging code using high-level programming languages such as C, Python, or Java. The course emphasizes the development of logical thinking and problem-solving abilities through the implementation of algorithms and data structures. Students will gain practical skills in handling basic input/output operations, control structures, array manipulation, functions, recursion, file handling, and foundational data structures like stacks, queues, and linked lists. The lab also fosters the ability to write efficient, modular, and maintainable code.