American Degree Transfer Program (Engineering)

Our American Degree Transfer Program is intended to prepare students for a smooth transition to American university life by providing them with the solid foundation and skill set required to flourish in top North American and Canadian universities.

This program will provide you the opportunity to experience the same educational system used in the United States. Our American-style curriculum emphasizes interactive learning while encouraging critical thinking, cooperation, and strong communication skills. This method assures that our students are adequately equipped to meet the rigorous educational standards of some of the world's greatest schools.
 

Sijil Pelajaran Malaysia (SPM) / O-Level

Pass with at least 5 credits in any subjects including Mathematics and 1 Science subject.

STPM

A pass with min. Grade C (GPA 2.00) in 2 subjects. Credit in SPM or equivalent including Mathematics and one Science subjects.

Note: The credit requirement for Mathematics and Science at SPM level for STPM can be waived should the

grades obtained in Mathematics and English subjects and the achievement are equivalent/higher from the

credit requirement at SPM level.

Unified Examination Certificate (UEC)

Pass with Min. 5 Bs including Mathematics and one Science subject.

Other Qualifications

Students with qualifications other than the above will be considered on a case-by-case basis.

Aerospace (Aeronautical) Engineering

The phrase "aeronautical engineering" was originally used in the engineering field, but as flight technology advanced to incorporate spacecraft operating in outer space, the larger term "aerospace" took priority in usage. Engineering with an emphasis on astronautics is commonly referred to as "rocket science." This discipline of engineering also investigates aerodynamic features, behaviors, airfoil design, control surfaces, lift, drag, and other vehicle-related variables.

Applied Science

Applied science is the precise application of knowledge gained from one or more natural science domains to real-world situations. It is critical to the advancement of technology and scientific research. A study in applied science will provide you with the required skills for straight admission into fascinating and rewarding science employment. Furthermore, it lays a solid foundation for professional institutions such as chiropractic, dentistry, medical, optometry, pharmacy, physical therapy, veterinary, and graduate programs.

Chemical / Petroleum Engineering

Petroleum engineering focuses on the exploration, production, and extraction of crude oil and natural gas from the earth. Your courses will teach you how to responsibly produce petroleum resources while considering environmental safety. You will gain experience scouting possible drilling locations and supervising drilling activities. You will also have the ability to utilize and innovate novel technologies and ways to improve and streamline the systematic process of petroleum recovery.

Civil Engineering

This branch of study concentrates on the design, building, and upkeep of physical and natural built environments. Civil engineering includes a variety of sub-disciplines that focus on distinct aspects of the built environment. These sub-disciplines include environmental engineering, geotechnical engineering, structural engineering, transportation engineering, urban engineering, water resources engineering, materials engineering, coastal engineering, surveying, and construction engineering.

Electrical / Electronic Engineering

This discipline studies electricity, electronics, and electromagnetic. As an electrical engineering student, you will study disciplines such as power systems, electronics, control systems, signal processing, and telecommunication. Electrical engineering is largely concerned with large-scale electrical systems such as power transmission and distribution, which ensure the efficient and dependable delivery of electricity. Electronic engineering, on the other hand, specializes in smaller-scale electronic systems like computers, integrated circuits, and electronic gadgets.

Mechanical Engineering

As a mechanical engineering student, you will discover the fascinating world of heat and mechanical power generation and usage. Throughout your study, you will take courses that address many facets of mechanical engineering. These include mechanics, which focuses on the behavior of bodies under different forces; kinematics, which studies the motion of objects; robotics, which deals with the design and operation of robots; structural analysis, which examines the behavior and strength of structures; thermodynamics, which explores the transfer of heat and energy; thermo-science, which covers topics related to heat transfer and fluid mechanics; and drafting, which involves creating detailed technical