The Communication and Networking Laboratory is a state-of-the-art facility focused on advancing research and development in communication systems, network protocols, and data transmission technologies. Our laboratory is dedicated to improving the efficiency, reliability, and security of modern communication networks through cutting-edge experiments and simulations. Equipped with advanced tools and methodologies, we offer students and researchers hands-on experience, fostering collaboration and innovation to drive knowledge forward in the rapidly evolving field of communication technology.

1: Digital Oscilloscope - 3 Pcs

2: Analog Oscilloscope - 2 Pcs

3: Computer - 5 Set

4: Microwave Communication Trainer - 1 Pcs

5: Analog & Digital Communication Trainer Board - 5 Pcs

6: TIMS-301C Basic System with Plug-in Modules - 1 Pcs

7: TIMS-147 Adder - 2 Pcs

8: TIMS-148 Adder Audio Oscillator - 2 Pcs

9: TIMS-150 Multiplier - 2 Pcs

10: Others TIMS Modules - 38 Pcs

11: Digital Telephone Exchange - 1 Pcs

12: Digital & Analog Telephone Set - 2 Pcs

13: 300 Mbps Wireless access point - 2 Pcs

14: Lan Cable Tester - 1 Pcs

15: Networking Cable Cat 6 - 1 Box

The Circuit Laboratory is a dedicated space for the design, construction, and testing of electronic circuits, fully equipped with essential tools such as oscilloscopes, multimeters, ammeters, and soldering stations. This lab enables students and engineers to experiment with various components, analyze circuit behavior, and develop practical skills in electronics and circuit theory. Courses conducted in this lab include Electrical Circuits, Digital Logic Design, and Electronic Devices and Circuits, providing a comprehensive, hands-on learning experience in foundational and advanced electronics.

The lab will cover the following experiments: 

01. Familiarization with simple resistance measurements 

02. Resistors in series and parallel circuits, and their faults as shorts and opens.

03. Oscilloscope 

04. Resistors networks, Millman's and reciprocity theorems. 

05. Solution of resistive network, power at DC. 

06. Electromotive force and internal resistance of voltage source, maximum power transfer, and star/delta conversion. 

07. RMS value of an AC waveform. 

08. Capacitors in series and parallel.

09. Time constants and inductance. 

10. Pulse response of RL and RC circuit. Resistive, inductive and capacitive at ac circuits. 

11. Damping in RLC circuits 

Objectives: 

This course aims to give a practical view on the theoretical subject.

• To be familiar with resistors' circuits, connections, and faults
• To get to know the oscilloscope device and its usage. 
• To be familiar with resistors networks and their solutions with different electrical theorems. 
• To get to know power calculations and rms value of any signal. 
• To be familiar with capacitors and inductors and the response of their circuits

1: Digital Oscilloscope - 3 Pcs

2: Analog Oscilloscope - 2 Pcs

3: Digital Function Generator - 6 Pcs

4: Digital Power Supply - 6 Pcs

5: Analog & Digital Training System - 5 Pcs

6: Digital Multimeter - 6 Pcs

7: DC Ammeter - 10 Pcs

8: DC Voltmeter - 5 Pcs

9: Computer - 2 Set

10: Watt Meter - 5 Pcs

11: Contact Voltage Transformer - 6 Pcs

12: Galvanometer - 5 Pcs

13: Transformer - 8 Pcs

14: Breadboard - 10 Pcs

15: DC Motor - 10 Pcs

The Computer Programming Laboratory specializes in learning and practicing coding and software development. Equipped with computers featuring diverse programming environments, tools, and resources for multiple programming languages, this lab provides a hands-on setting for writing, debugging, and testing code. It fosters essential skills  in software engineering, algorithms, and problem-solving, supporting students and professionals in their journey toward coding proficiency and technical excellence

The objectives of this computer lab are-

1. To promote and facilitate hands-on learning of different computer-related subjects. 
2. To provide students with resources needed to promote learning.
3. To enhance students' computer proficiency as a part of technological adaptation. Incorporate the latest software, hardware, and networking solutions to provide state-of-the-art service to all the stakeholders of the computer lab in the Department of ICE.

4. To promote and facilitate research on cutting-edge technologies.

The Computer Programming Laboratory is a dynamic workspace designed for students and professionals to learn and refine their programming skills. Outfitted with computers and software tools, this lab enables hands-on coding, debugging, and collaborative projects across multiple programming languages. It fosters the development of problem-solving abilities and software development techniques in a supportive and resource-rich environment, ideal for building foundational and advanced programming expertise.

1. Computer – 25 Set

2. Smart Board - 1 pcs