Mechanical Engineering is the branch of engineering dealing with the design, construction, and use of systems and machines. It is one of the broadest and most versatile of the engineering professions and offers a wide scope in terms of career opportunities in all areas of industry.
The Mechanical Engineer applies scientific principles to the design, development, construction, installation, operation, and maintenance of the machines and systems that drive our world. The focus is on the instruction of solid mechanics, dynamics, and thermo-fluids
Design is central where team skills, as well as individual skills, are developed. The programs are structured around the study of mathematics, physics, chemistry, materials, the design process, and management studies.
Companies are often faced with the expense of training new employees to ensure that they are competent for the job for which they have been hired. We, therefore, introduce our students to practical and real-world experiences and help them to be well-rounded candidates when seeking employment or undertaking entrepreneurial ventures.
Electricity is the most adaptable form of energy; it powers modern communications, computing, industry, transport, and households, and provides the means for controlling processes, appliances, and robots. Electrotechnology makes a profound impact on us as individuals and in society.
These technologies revolutionized the way we live; they shift our cultures, our economies, and our development. New technologies and applications, once unimaginable and achieving what once seemed impossible, are emerging every day.
Become a part of our creative and stimulating programs where students learn to solve known problems and conceive responses to challenges that have not yet been recognized.