| Equipment Name | Capability & Uses |
| NIDA trainers | testing of electronic components like SCR, OP amplifiers etc |
| PCB etching machine | ciruit board manufacture |
| Advanced Photvoltaic Training System | Experiments on solar panels, system sizing, PV characteristics, stand-alone system etc. |
| Solar Module with solar Altitude Emulator | |
| Wind and solar hybrid system, 300 W | 3 phase loading, sectionalizing loads etc. |
| Standby generator controlled by PLC | demonstration DOL, star delta, forward/reverse starter |
| Soft starter | baking, drying of stators during winding process |
| Bench grinders | motor winding |
| Winding machine | cutting and bending |
| Shear and slip roll | power supply |
| Power generators (petrol), 2.5 KVA | workshop practice |
| Stators for training on winding process | 2 kits with 20 modules for conduct of around 66 experiments on 1/3 phase supply, synchronisation of generators etc |
| Baxter Research Robot with 2 electric grippers and 4 pneumatic grippers | Software/algorithm development and testing in the area of mechatronics, computer vision, machine learning. Application for pick and place, object sorting etc. |
| Wheeled Mobile Robot – 1 | Obstacle avoidance, video surveillance |
| Wheeled Mobile Robot – 2 | Path tracking, lane following |
| Wheeled Mobile Robot – 3 | Object detection and tracking |
| CNC Drilling Machine | Drilling PCB holes |
| 6.5 Digit Precision Multimeter | AC and DC Measurements |
| Digital storage oscilloscope (Dual Trace) | Signals analysis |
| Dual Power Supply | Regulated DC power supply |
| Soldering Station | Soldering components on PCB |
| Desktop PC set | Programming, simulations |
| Desktop PC Tower | Controlling CNC drilling machine |
| D.C. Generator | To study the load characteristics of a D.C Compound generator. |
| D.C. Motor | |
| Rheostat | |
| Voltmeter | |
| Ammeter | To plot the magnetization characteristic of a D.C. shunt generator, running at rated speed. |
| Rheostat | |
| Tachometer | |
| D.C. Motor, | |
| D.C. Generator | To study the load characteristics of a D. C. Shunt generator. |
| Rheostat | |
| Ammeter | |
| Voltmeter | |
| D.C. shunt motor | To determine the efficiency of a D.C. shunt motor by Brake test & Plot speed Torque characteristic. |
| Pulley arrangement | |
| Single phase transformer | To perform Sumpner’s test on two identical transformers. |
| Wattmeter | |
| Voltmeter | |
| Auto transformer | |
| SPDT | |
| D.C. Shunt motor | To study the speed control of a D.C. motor. |
| Ammeter (M.C.) | |
| Tachometer | |
| Rheostat | |
| D.C. Generator | To study the load characteristics of a D.C Series generator. |
| D.C. Motor | |
| Rheostat | |
| Single Phase Transformer | To perform the open circuit and short circuit tests on a single-phase transformer. |
| Wattmeter | |
| Main transformer | (a) To find the polarity of primary and secondary windings. |
| Voltmeter | (b) To measure voltage ratio of primary and secondary windings. |
| Single Phase Transformer | To perform load test on the single phase transformer to determine the following |
| Wattmeter | (a) Efficiency at different loads and to plot efficiency Vs. load curve |
| Ammeter | (b) Regulation of the transformer and to plot regulation Vs. load cure |
| Alternator set with Starter | To study the effect of variation of field current upon the stator current with synchronous motor running at no load, hence to draw V and inverted V-curves of the motor. |
| Voltmeter | |
| Autotransformer, | To perform no-load and blocked rotor test on a three-phase squirrel cage induction motor & hence determine its equivalent circuit. |
| Ammeter | |
| Autotransformer , | To perform load test on a three-phase induction motor & draw |
| Ammeter | (b) Power factor-line current characteristic |
| Autotransformer , | To perform no-load & blocked rotor tests on a single-phase induction motor and determine its equivalent circuit. |
| Ammeter | |
| 5 HP DC Shunt motor coupled with 3 phase 3KVA Alternator | Perform parallel operation on two alternators and study |
| AC Ammeter | (i) The effects of variation of excitation and, |
| AC Voltmeter | (ii) Effect of variations of prime mover input. |