Lab Sheet

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Lab Sheet

IMPORTANT REMINDER

Students are encouraged to download the latest lab sheets from this page since the sheets are updated from time to time.
If any lab sheet is missing in this list or the sheet is not correctly linked, please contact the lab coordinator immediately.
An "Open-Ended" experiment, as indicated in brackets after the experiment title, means that the experiment does not have a unique solution but the solution should answer the required criteria.

Semester 1, 2024/2025

KIE1002 Lab 2

EXPERIMENT CODE: TITLE	LAB
X3: BASIC OPERATION OF OSCILLOSCOPE AND FUNCTION GENERATOR	Engineering / Electronics
E12: KIRCHHOFF'S CIRCUIT LAWS	Engineering / Electronics
E6: COMMON BASE AMPLIFIER	Engineering / Electronics
E16: DIODE CLIPPING AND CLAMPING CIRCUITS	Engineering / Electronics
EM1: MAGNETIC INDUCTION & FERROMAGNETIC HYSTERESIS	Electromagnetic
EM2: MAGNETIC FIELD OUTSIDE A CONDUCTOR & IN HELMHOLTZ ARRANGEMENT	Electromagnetic
EM3: LORENTZ FORCE AND TRANSFORMER	Electromagnetic
PCB1: PCB Design Experiment 1	Anywhere
PCB2: PCB Design Experiment 2	Anywhere

KIE2002 Lab 4

EXPERIMENT CODE: TITLE	LAB
AE1:Applied Electromagnetic 1: Design & Simulation of Dipole Antenna using CST	Anywhere
AE2: APPLIED ELECTROMAGNETIC 2: DESIGN AND SIMULATION OF A MICROSTRIP PATCH ANTENNA (MPA)	Anywhere
KW8: ROTATIONAL SPEED FOLLOWER CONTROL WITH PID CONTROLLER (OPEN-ENDED)	Control
KW7: CONTROL SYSTEM SIMULATION USING MATLAB AND SIMULINK(OPEN-ENDED)	Anywhere
KW9: CONTROL SYSTEM PERFORMANCE AND STABILITY (OPEN-ENDED)	Anywhere
DSP1: DSP with MATLAB	Anywhere
DSP2: IMAGE PROCESSING – LABVIEW	Anywhere
ED1: Engineering Drawing 1	Anywhere
ED2: Engineering Drawing 2	Anywhere

KIE4001 Lab 7

EXPERIMENT CODE: TITLE	LAB
P7: LOAD FLOW ANALYSIS(Open-ended)	Anywhere
P9: UNSYMMETRICAL FAULT (OPEN-ENDED)	Anywhere
P5: DIFFERENTIAL RELAY PROTECTION	Power
CM11: MODULATION AND DEMODULATION FOR ASK AND FSK	Communication
DSP3: IMAGE PROCESSING	Anywhere
DSP5: SIGNAL PROCESSING (Open-ended)	Anywhere
KW10: Virtual Instrumentation using Labview	Anywhere
KW11: Virtual Instrumentation using Labview	Anywhere

Semester 2, 2023/2024

KIE1001 Lab 1

EXPERIMENT CODE: TITLE	LAB
X1: INTRODUCTION TO BASIC ELECTRICAL COMPONENTS AND BREADBOARD	Digital
D10: COMBINATIONAL LOGIC CIRCUITS	Digital
D11: SEQUENTIAL LOGIC CIRCUITS	Digital
E21: SIMULATION OF STEP RESPONSE OF RC, RL AND RLC CIRCUITS	Anywhere
E11: SINUSOIDAL RESPONSE OF RC AND RL CIRCUITS	Electrical / Electronic
E7: COMMON EMITTER AMPLIFIER	Electrical / Electronic
E8: COMMON COLLECTOR AMPLIFIER	Electrical / Electronic
MINI PROJECT	Electrical / Electronic

KIE2001 Lab 3

EXPERIMENT CODE: TITLE	LAB
MINI INTEGRATED PROJECT	Electrical / Electronic
MD1: Machines and Drives Experiment 1	Machine
MD2: Machines and Drives Experiment 2	Machine
COM1: Communication and System Experiment 1	Communication
COM2: Communication and System Experiment 2	Communication

KIE3002 Lab 6

EXPERIMENT CODE: TITLE	LAB
PE1: POWER DEVICES CONTROL	Power Electronic
PE2: SPEED CONTROL OF A 3-PHASE INDUCTION MOTOR WITH FREQUENCY CONVERTER	Power Electronic
P1: CHARACTERISTICS OF THREE-PHASE GENERATOR	Power Systems
P3: SYNCHRONIZATION OF GENERATORS	Power Systems
P2: OVERCURRENT PROTECTION	Power Systems
P8: SINGLE PHASE TRANSFORMER	Power Systems
KW4: TEMPERATURE MEASUREMENT AND CALIBRATION	Control
KW5: SENSORS AND INSTRUMENTATION SYSTEM	Control

KIE4001 Lab 7

EXPERIMENT CODE: TITLE	LAB
P7: LOAD FLOW ANALYSIS(Open-ended)	Anywhere
P9: UNSYMMETRICAL FAULT (OPEN-ENDED)	Anywhere
P5: DIFFERENTIAL RELAY PROTECTION	Power
CM11: MODULATION AND DEMODULATION FOR ASK AND FSK	Communication
DSP3: IMAGE PROCESSING	Anywhere
DSP5: SIGNAL PROCESSING (Open-ended)	Anywhere
KW10: Implement Valmet Template to generate I/Os system and logic (Digital Input) KW10: Implement Valmet Template to generate I/Os system and logic (Digital Output)	Anywhere
KW11: Implement Valmet Template to generate I/Os system and logic (Analogue Input) KW11: Implement Valmet Template to generate I/Os system and logic (Analogue Output)	Anywhere

Last Update: 03/12/2024