The Bachelor degrees in Mechanical, Industrial and Mechatronics Engineering are designed to provide top quality mechanical, industrial and mechatronics engineers.  The engineering development skills are obtained through a series of project-oriented classes while the needed practical experiences are achieved through a dynamic collaboration between MEIE department and the industries in Oman and abroad. To graduate, a student is required to complete a total of 140 credit hours resulting in the award of a Bachelor Degree. The credit hours are allocated to University, College and Program requirements as summarized below

University Requirements (UR) 18

All students admitted in College of Engineering are automatically enrolled in the University Language Center Unit (LCU). In LCU students are examined in English language and placed in levels 1 to 6. If a student gets level 6 in English language, then he/she will enroll the college requirement courses. If a students gets below level 6, then he/she will have to enroll in intensive English language program. An ILETS examination is administered at the end of English language course. Students who pass level 6 are allowed to take college requirement courses. However, students achieving level 5 in English language are allowed to enroll university required courses in addition to language courses.

University electives are standard regular courses offered by any College in the University which the students may freely choose to take (subject to fulfilling pre-requisite requirements) but which do not form part of his or her College or specialization requirements and electives. They may not be restricted to a subset of courses at the College level. The course taken must not duplicate others already taken.

College Requirements  (CR) 35

After successfully passing the English language test, students will be allowed to enroll in College Requirement courses. The College of Engineering requires students to complete 35 credit hours of courses which includes 17 hours of mathematics, 8 hours of calculus based physics, 3 hours of chemistry, 2 hours of introduction to engineering,  2 hours of workshops  and 3 hours of programming. The office of Assistant Dean, Student Academic Affairs administers the college require courses.

Two mandatory industrial training courses are also part of college requirement but without any credit hours. Industrial Training I is conducted within the college workshop while Industrial Training II has to be done in an industry. The second course is planned in the Summer after the students complete their fourth year. These industrial training courses must be successfully completed by all students as part of their degree plan. Students are required to submit their training reports to the office of Assistant Dean for Industrial Training and Alumni for evaluation. Students are given a pass or fail based on their industry supervisor’s evaluation and their own report.

College Requirements

Program Requirements (DR) 87

Students select their major normally during their second semester of credit courses. At the time of application the total number of credit hours registered must not be less than 25. Deadline for submitting applications are announced by the Office of the Assistant Dean for Students Academic Affairs. Generally, admission into major is based on the student's preference. However, when there are more applications to a program than available spaces, selection is based on the CGPA. Subject to space availability, a student can apply to change from an engineering major if the change will not cause much delay in his/her graduation

Students of Mechanical Engineering program must complete a total of 87 credit hours of courses which include:

·         Core courses (75 credit hours) which must be completed by all students as part of the degree plan for their major. The core courses include courses like: The core courses for the Mechanical Engineering program will include courses like: Statics, Dynamics, Engineering Drawing & Computer Graphics, Properties of Materials, Fluids Mechanics, Thermodynamics, Solid Mechanics, Machine Design, Machine Dynamics, Control Engineering, Heat Transfer, Manufacturing Processes, Business & Entrepreneurship, Creative Decision & Design, Capstone Design, Seminar courses and a final year project.

·         Elective courses (12 credit hours)

Possible Program Electives: Computer Integrated Manufacturing, CAD/CAM, Mechanical Vibration, Solar Energy Systems, Analysis and Design of Control Systems, Robotics, Microprocessor & Signal Analysis, Turbomachinery, Internal Combustion Engines, Energy Conversion & Power Plant, Transport Phenomena, Product Design & Manufacturing Processes

The core courses for the Industrial Engineering program will include courses like: Statics, Dynamics, Engineering Drawing & Computer Graphics, Properties of Materials, Thermo-fluids , Solid Mechanics, Creative Decision & Design, Methods Engineering, Operations Research , Probability & Statistics for Engineers, Work Design, Quality Control,  Production Planning & Control, Engineering Economics, Ergonomics & Safety, Facilities Planning, Design for Manufacturing, Business & Entrepreneurship, Capstone Design, Seminar courses and a final year project.

Possible Program Electives

The core courses for the mechatronics Engineering program will include courses like: Circuit Analysis, Eng. Drawing & Comp. Graphics, Basic Mechanics, Electronics, Digital Logic Design, Properties and Strength of Materials, Electromechanical Systems & Actuators, Microprocessors, Machine Dynamics, Computer Aided Machine Design, Signals & Systems for Mechatronics, Object Oriented Programming, Instrumentation & Measurement, Modeling and Simulation, Power Electronics & Drives, Fluids Mechanics, Thermal Sciences, Linear Control Systems, and Robotics

Possible Program Electives