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American Degree Transfer Program (Engineering)

Offered by: Taylor's University
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Exam BodyAwarded by US Univ. under the credit transfer arrangement
Course Duration2 yrs (2+2)
Part Time/Full TimeFull Time
FeesRM 730/credit hour in Malaysia*
*Number of credit hours depends on major and number of subjects taken by student.
Fees (International Student)USD 209/credit hour in Malaysia*
*Number of credit hours depends on major and number of subjects taken by student.
FacultyFaculty of Arts & Social Sciences: School of Liberal Arts & Sciences
Conducted entirely in MalaysiaNo
Awarding CountryUnited States
Level of StudyBachelor's Degree Level
Field of StudyEngineering & Engineering Trades
Course Description
A World-Class Transfer Degree
Since its inception in 1996, Taylor’s American Degree Transfer Program (ADP) has prepared thousands of students for transfer to universities in the U.S. as well as to Canada and Australia. As a result of the foundation that we instil at Taylor’s, we are proud to say that almost all our students have successfully transitioned into the Western education system and lifestyle.

The American education system is globally recognized for its holistic approach and broad exposure to a wide range of courses. During the two years at Taylor’s ADP, students are exposed to the same education system practiced in U.S. universities. The courses are structured in a similar manner with similar modes of assessment, delivery methods, and teaching approaches.

Taylor’s ADP has continued to be a popular choice among students and parents for various reasons, including its small classrooms, intensive student-lecturer interactions, broad range of courses, and numerous extra-curricular activities.

Most of all, what truly sets Taylor’s ADP apart from other programs is the interactive nature of the American-style curriculum, which prepares students well for the stringent education standards of some of the best universities in the world.
Curriculum

Engineers are problem-solvers who employ science, math, analysis and synthesis to design unique and practical solutions to everyday problems. They must accomplish this often under the constraints of time, budgets, and safety and health issues. Here are the common majors students pursue in the study of engineering and their descriptions.

Aerospace (Aeronautical) Engineering

  • While aeronautical engineering was the original term, the broader “aerospace” has superceded it in usage, as flight technology advanced to include craft operating in outer space. Engineering, particularly the astronautics branch, is referred to colloquially as “rocket science”. Aerospace engineering deals with the design, construction, and application of the science behind the forces and physical properties of aircraft, rockets, flying craft, and spacecraft. The field also covers their aerodynamic characteristics and behaviors, airfoil, control surfaces, lift, drag, and other properties.


Applied Science

  • Applied science is the exact science of applying knowledge from one or more natural scientific fields to practical problems. Applied science is important for technology development and research. A study in applied science will prepare you for direct entry into exciting and rewarding science careers, as well as preparation for professional schools (chiropractic, dental, medical, optometry, pharmacy, physical therapy and veterinary) and graduate schools.


Chemical / Petroleum Engineering

  • Petroleum engineering is a discipline that focuses on the search, production and extraction of crude oil and natural gas from the earth. Students will learn how to produce environmentally safe petroleum resources, scout for potential drilling sites and supervise drilling activities. Other than that, students will also learn to apply and invent ground-breaking technologies and methods to further enhance and streamline the systematic process of the recovery of petroleum.


Civil Engineering

  • The study that deals with designing, constructing and maintaining physical and natural builtenvironments. It is traditionally sub-disciplined into environmental engineering, geotechnical engineering, structural engineering, transport engineering, urban engineering, water resources engineering, materials engineering, coastal engineering, surveying and construction engineering.


Electrical / Electronic Engineering

  • The study that deals with electricity, electronics and electromagnetism. Students undertake subjects related to power, electronics, control systems, signal processing and telecommunication. Electrical engineering deals mainly with large scale electrical systems such as power transmission while electronic engineering deals with smaller scale electronic system such as computers.


Mechanical Engineering

  • The study that applies the principles of physics and material science into mechanical systems. Students analyze, design, manufacture and maintain the system with the production and usage of heat and mechanical power. Students undertake subjects related to mechanics, kinematics, robotics, structural analysis, thermodynamics, thermo-science and drafting.
Entry RequirementsSPM/O-Level 5 credits /Equivalent

All fees are in RM (Ringgit Malaysia) currency unless stated otherwise.


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