IIEE · UNDERGRADUATE EDUCATION
Engineering Programmes
Discover engineering education at the Institute of Industrial Electronics Engineering (IIEE), Karachi. Our undergraduate programmes combine engineering fundamentals, practical laboratory experience, modern technologies and industry-oriented learning to prepare students for the challenges of a rapidly evolving technological world.
02
Undergraduate Engineering Programmes
04 Years
Bachelor of Engineering Degree
08
Academic Semesters
13
Engineering Laboratories
PROGRAMME 01 · ENGINEERING
B.E. Industrial Electronics Engineering
Industrial Electronics Engineering focuses on the application of electronic systems, electrical technologies, instrumentation, control engineering and automation in modern industrial environments.
The programme provides students with a strong foundation in electronic circuits, electrical machines, microprocessors, industrial control, power electronics, instrumentation and automation technologies. Through theoretical instruction and practical laboratory training, students develop the skills required to design, operate, maintain and improve industrial electronic systems.
Key Areas of Study
Industrial Automation
PLC, SCADA, industrial control systems and process automation.
Power Electronics
Power converters, drives, electrical machines and energy systems.
Electronics and Instrumentation
Electronic circuits, sensors, measurement and instrumentation.
Control Engineering
Feedback control, system modelling and industrial controllers.
Microcontrollers
Embedded electronics, microprocessors and digital systems.
Robotics and Applications
Automation, actuators, robotics and intelligent industrial applications.
Career Opportunities
Graduates can pursue careers in industrial automation, electronics engineering, instrumentation, control systems, power electronics, manufacturing, process industries, maintenance engineering and technical research.
PROGRAMME 02 · ENGINEERING
B.E. Computer Systems Engineering
Subject to PEC approval.
Computer Systems Engineering focuses on the integration of computer hardware, software, electronics and intelligent technologies to develop advanced computing and embedded systems.
The programme is designed to develop knowledge and practical skills in computer architecture, digital systems, programming, embedded systems, computer networks, artificial intelligence, cybersecurity and real-time computing. Students explore the interaction between hardware and software to design and implement modern computer-based engineering solutions.
Key Areas of Study
Computer Architecture
Computer organisation, processors, memory and digital hardware.
Embedded Systems
Microcontrollers, embedded programming and hardware integration.
Artificial Intelligence
Machine learning, intelligent systems and applied AI.
Computer Networks
Communication networks, protocols and network infrastructure.
Cybersecurity
Computer security, system protection and secure computing.
Industrial Computing
IIoT, cyber-physical systems, SCADA and real-time applications.
Career Opportunities
Graduates can pursue careers in computer systems engineering, embedded systems development, software and hardware integration, computer networking, artificial intelligence, cybersecurity, industrial computing and technology research.
Learning at IIEE
Both engineering programmes emphasise a balance between theoretical knowledge and practical experience. Students participate in laboratory experiments, engineering assignments, technical presentations, design activities and Final Year Design Projects.
Laboratory Learning
Practical experiments and hands-on engineering training.
Outcome-Based Education
Learning outcomes and continuous programme improvement.
Final Year Projects
Engineering design, innovation and applied research.
Academic Quality
Curriculum review and academic governance.
Start Your Engineering Journey at IIEE
Explore our engineering programmes, review the academic information and contact IIEE for admission guidance and further details.