VISION:
• To produce technically competent, socially, ethically and morally responsible technocrats and entrepreneur.
MISSION:
• To provide latest technical knowledge in field of Electrical Engineering with special emphasis on practical aspects.
• To imbibe Social, Ethical values & behavioral etiquettes in the students through soft skill activities, Seminar & Group Discussion etc.
• To guide the students regarding various schemes and entrepreneurial opportunity through various projects & industrial visits.

Sh. Nitin Garg
O/I, Electrical Engineering Department

Vaish Technical Institute, Rohtak, is a renowned institution that offers high- quality education in various fields of engineering. The Electrical Engineering Department is one of the oldest and most esteemed departments of the institute. With a strong focus on theoretical foundations and practical applications, the department aims to produce skilled and knowledgeable electrical engineers who can excel in their chosen careers.

Faculty Details (Electrical Engg. Deptt.)
Staff in Electrical Engineering Department, Rohtak is highly qualified and well experienced. All the staff members are fully dedicated and co-operative.

Laboratories Details (Electrical Engg. Deptt.)

Basics of Electronics (BE) Lab
The Basics of Electronics Laboratory provides students with foundational exposure to analog and digital electronic circuits, bridging theoretical classroom concepts with practical component-level design. The facility is equipped with regulated DC power supplies, cathode-ray and digital storage oscilloscopes (CRO/DSO), function generators, analog/digital multimeters, and specialized circuit training kits. Students gain hands-on proficiency in studying the V-I characteristics of semiconductor diodes, Zener diodes, Bipolar Junction Transistors (BJTs), and Field-Effect Transistors (FETs). Additionally, the curriculum covers rectifier circuits, filter networks, operational amplifiers, and fundamental digital logic gates. By testing, breadboarding, and troubleshooting basic circuits, learners develop the essential hardware-handling skills required for higher-semester coursework in analog design, digital systems, and power electronics.

Electrical Machines Lab
The Electrical Machines laboratory houses an extensive range of AC and DC machinery, including DC shunt, series, and compound motors/generators, synchronous machines, and squirrel-cage as well as slip-ring induction motors. Each test bench is outfitted with dedicated motor-generator sets, resistive and inductive loading rheostats, tachometers, and safety switchgear. Students conduct standard performance tests, including open- circuit and short-circuit tests, load tests, efficiency determination, speed control methods, and synchronization of alternators. The practical exposure cultivates vital competence in machine operation, industrial wiring standards, torque-speed analysis, and heavy-equipment safety measures.

Electrical Measurements and Measuring Instruments (EMMI) Lab
The Electrical Measurements and Measuring Instruments Laboratory focuses on imparting rigorous skills in calibration, sensing principles, precision measurements, and error analysis. The lab is furnished with classical deflection instruments, digital meters, KCL, KVL, Wheatstone and Kelvin bridges for resistance measurement, It also features transducer training systems covering LVDTs, strain gauges, thermocouples, RTDs, and photoelectric sensors. Students gain hands-on practice in calibrating single- phase and three-phase energy meters, extending instrument ranges using shunts and multipliers, and utilizing instrument transformers (CTs and PTs). This training establishes the foundation required for modern industrial automation, process control, and instrumentation engineering.

Computer Lab (Electrical Engg. Deptt.)
The Departmental Computer Laboratory serves as an advanced computational and simulation hub dedicated to electrical design, numerical analysis, and project work. The facility is equipped with networked workstations, uninterrupted power backup, and modern computing infrastructure running industry-standard software packages such as AUTOCAD Electrical, MATLAB/Simulink, circuit simulation platforms, and programming environments. Students utilize this facility for modelling power systems, analyzing complex electrical networks, simulating machine dynamics, and designing control systems prior to physical implementation. The lab also supports academic instruction in computer programming, numerical problem-solving, and computer-aided drafting (CAD) for electrical layouts. It fosters a blended learning approach that prepares students to meet modern computational demands in core engineering and research sectors.

Electrical Workshop
The Electrical Workshop serves as a vital hands-on training centre focused on foundational electrical practices, domestic and industrial wiring installations, and essential safety protocols. The facility is equipped with dedicated wiring booths, standard electrical toolkits, testing boards, soldering and desoldering stations, and protective switchgear setups.

Students receive comprehensive practical instruction in:

• Executing various indoor installation methods, including batten, conduit, staircase, and godown wiring schemes.
• Mounting and configuring distribution boards, circuit breakers (MCBs, MCCBs, ELCBs), and energy meters.
• Assembling, testing, and fault-finding in common household electrical appliances.
• Implementing proper pipe and plate earthing techniques alongside insulation resistance testing using megohmmeters (Meggers).

By adhering strictly to Indian Electricity (IE) Rules and occupational safety standards, this workshop equips students with critical troubleshooting, wiring estimation, and maintenance skills essential for field engineering and technical roles.