Electrical and Electronics Engineering Department Laboratories
Our department has seven specialized laboratories that strengthen our students’ theoretical knowledge by means of practical application and research skills. Each laboratory, with its modern infrastructure, up-to-date measurement-test equipment and software compliant with industry standards, serves both undergraduate courses and joint postgraduate-industry projects.
1. Circuit Analysis Laboratory
Characterization of basic and advanced electrical circuits
- Equipment: Multimeters, function generators, dual-channel oscilloscopes, DC power supplies, electronic loads
- Applications: Experimental verification of Ohm’s and Kirchhoff’s laws, transient-steady-state measurements of RC/RL/RLC circuits, determination of Thevenin-Norton equivalents, power-factor analysis
- Outcomes: Measurement-error analysis, data acquisition-reporting, comparison of SPICE-based simulation results with real circuits
 |
 |
2. Analog Electronics Laboratory
Semiconductor devices and analog signal processing
- Equipment: High-bandwidth oscilloscopes, spectrum analyzers, signal generators, PCB prototyping stations
- Applications: Diode-transistor characteristics, multi-stage amplifier design, active-passive filters, op-amp-based integrator-differentiator, oscillators
- Outcomes: Biasing techniques, frequency-response optimization, feedback-stability assessment
|
 |
3. Digital Electronics Laboratory
Logic circuits and FPGA-based systems
- Equipment: FPGA development kits (Xilinx/Intel), logic analyzers, programmable power supplies, high-speed prototyping boards
- Applications: Boolean optimization, sequential circuit design, module development with VHDL/Verilog, digital-analog interfacing
- Outcomes: Hardware description languages, timing analysis, collaboration with embedded processors
4. Embedded Systems Laboratory
Microcontrollers, real-time control, IoT
- Equipment: Arduino training kits
- Outcomes: Hardware-software co-design, industrial communication standards
 |
 |
5. Telecommunications Laboratory
Analog-digital communications and RF systems
- Equipment: Vector network analyzers, software-defined radio (SDR) kits, microwave training sets, antenna-measurement chambers
- Applications: AM/FM/PM modulation-demodulation, digital modulation techniques (QAM, OFDM), channel coding-decoding, antenna characterization
- Outcomes: Spectrum management, communication-chain design, RF safety-compliance testing
 |
 |
6. Electrical Machines Laboratory
Rotating machines, transformers and electric energy conversion
- Equipment: Three-phase synchronous and asynchronous motor-generator sets, DC machine stations, variac-assisted power panels, transformer test units, torque-speed sensors
- Applications: No-load and short-circuit transformer tests, extraction of torque-speed characteristics, efficiency-loss analysis, motor-drive parameter tuning, regenerative braking experiments
- Outcomes: Principles of electromechanical energy conversion, determination of machine equivalent-circuit parameters, industrial motor-control strategies
 |
 |
7. Control Laboratory
Feedback systems and industrial automation
- Equipment: PID training sets, servo/DC motor platforms, PLC-SCADA stations, MATLAB/Simulink real-time HIL units
- Applications: Position-speed control, process control (temperature-pressure-flow), robotic-arm kinematics, drone oscillation damping
- Outcomes: Model-simulation conformity, controller tuning methods (Z-N, IMC), Industry 4.0 integration
 |
 |