OVERVIEW
The Department of Electronics and Computer Engineering at the National College of Engineering (NCE), established in 2001 AD, is the college’s oldest academic department and a leading center for innovation in digital technologies. The department offers two undergraduate programs; “Bachelor of Computer Engineering” and “Bachelor of Electronics, Communication and Information Engineering” with an annual intake capacity of 48 students in each program.
The department has earned widespread recognition for its strong focus on emerging digital technologies, artificial intelligence, and advanced communication systems, and it remains deeply committed to developing innovative engineers equipped to address global technological challenges and drive digital transformation.
The department is supported by a dedicated team of experienced, approachable academicians and industry professionals who combine robust teaching expertise with practical sector insights. Students benefit from close faculty interaction, mandatory industry internships, and extensive project-based learning.
The academic environment is further strengthened by a comprehensive range of modern laboratories, recently upgraded and relocated to a spacious new building. The department facilities include five state-of-the-art computer programming laboratories alongside dedicated spaces for electronics hardware, microprocessors, digital logic, and communication systems. This advanced infrastructure, paired with specialized hubs like the Artificial Intelligence Research (AIR) Lab, the IT Club, and the Robotics Club, provides students with invaluable, hands-on experience in machine learning, computer vision, robotics, and industrial automation. Over the past few years, the department has steadily achieved exceptional benchmarks in IOE examinations and remains a major hub for attracting top-merit incoming students. The immersion of these high-achieving individuals significantly elevates academic discussions and fosters a more dynamic, vibrant campus learning environment. Therefore, whether they choose paths in software engineering, cybersecurity, research, or technological innovation, graduates depart fully prepared with the core competencies and professional grounding required to thrive in a global marketplace.