Bachelor in Mechanical Engineering

The University of Nairobi is a leading African institution founded in 1970 and located in Kenya's capital, Nairobi. With around 84,000 students including roughly 1,200 international learners, the university offers a broad range of programs across health sciences, engineering, business, humanities, and development studies. Its long history and strong research profile make it a hub for regional scholarship and professional training.

UoN emphasizes applied research and community engagement, hosting institutes that tackle environmental, health, and development challenges. International students benefit from a multicultural campus, partnerships with international organizations, and hands-on learning opportunities that connect theory to practice. Support services through the International Office help with admissions, visas, and orientation to Kenyan academic and social life.

On-campus housing is available with varying costs and options; applying well in advance is recommended to secure accommodation. The university's position in Nairobi provides access to internships, NGOs, and a growing tech and business sector, making it attractive for students seeking meaningful research, regional networks, and practical experience in East Africa.

The Bachelor in Mechanical Engineering at the University of Nairobi is a 5-year program that teaches students about designing, manufacturing, and maintaining mechanical systems. It prepares students for careers in transportation, manufacturing, energy, and building services.

The program includes hands-on laboratory experiences, group discussions, and fieldwork, where students learn about sustainable practices and innovation. Students develop skills in engineering design, project management, and research and development.

Graduates can pursue careers as mechanical engineers, design engineers, project managers, research and development engineers, and quality control engineers. They can work in industries such as manufacturing, aerospace, automotive, and energy.