Electrical Engineering Laboratories in the College of Engineering are specialized spaces designed to enhance students’ practical skills in various fields. These laboratories cover advanced applications such as engineering drawing using AutoCAD, measurement and analysis of electrical circuits, operation and performance analysis of different electrical machines, and design and processing of electronic circuits. They also offer training in automated control systems, computer network design, and programming of digital systems using FPGA. These labs aim to bridge theoretical knowledge with practical application, enabling students to acquire advanced engineering skills that meet modern market demands.
The Engineering Drawing Laboratory using AutoCAD is a space to learn and practice precise engineering drawing designs, both 2D and 3D. Training includes an introduction to the software interface, 2D and 3D design, dimension control, layer organization, and preparation of drawings for printing. This lab helps engineers transform ideas into precise execution drawings.
The Computer Lab (1 and 2) is an educational lab focusing on teaching students the basics and skills of computing, including programming, data analysis, and technical knowledge. This lab is commonly used in engineering and computer science colleges to give students hands-on programming experience with languages like Python, Java, or C++. It also covers operating systems, algorithms, and data processing. The lab aims to develop students’ analytical and logical thinking skills, enabling them to solve technical problems and apply scientific theories practically.
The Electrical Measurements Laboratory allows students to learn how to measure and analyze electrical properties using tools such as voltmeters, ammeters, and oscilloscopes. It focuses on measuring voltage, current, resistance, and circuit analysis, providing students with essential practical skills in electrical engineering.
The DC Machines Laboratory teaches students the principles of operation and functioning of electrical machines operating on direct current, such as generators and motors. Students are trained to test the performance of these machines, analyze their characteristics, and understand the effects of load and speed on efficiency. This enhances their understanding of practical applications in electrical engineering and energy.
The AC Machines Laboratory (3 and 4) focuses on the study and operation of electrical machines running on alternating current, such as induction and synchronous motors and generators. Students learn to test and analyze the performance of these machines and understand the effects of variables like frequency and load on efficiency. The lab aims to equip students with the practical skills required to apply concepts in electrical engineering and power systems.
The Electronics Laboratory (3 and 4) focuses on teaching students the basic and advanced principles of electronics, including studying and designing electronic circuits. Students in this lab learn to use components such as transistors, diodes, and operational amplifiers, in addition to analyzing and applying analog and digital circuits. The lab aims to develop students’ skills in understanding and processing electronic circuits for use in various engineering applications.
