Awarding Institution: 

Awarded by University of Sheffield, UK

Full Time Duration: 
1+3 years
Intake Dates: 
Please refer directly to the respective SEGi campus

Description

Mechanical engineering is the most broadly based of all the engineering professions. Mechanical engineers are involved at some stage in the conception, design, production, fi nance and marketing of all manufactured goods, from the largest power station, space craft or car plant to the most delicate mechanisms required for scientifi c instruments, heart valves and micro-surgery. The course offered by The University of Sheffi eld refl ects this wide range of activities and the department has received excellent ratings for teaching and research.

The University of Sheffi eld MEng (Hons) Mechanical Engineering (1+3) provides a good grounding in mechanical engineering and students will become a highly numerate graduate with excellent problem-solving and analytical skills. This is the most fl exible of the courses and covers essential subjects required for a mechanical engineer, with emphasis on modelling and design. During the first five semesters, students will study a common core of mathematics, applied dynamics, mechanics of fluids, mechanics of solids, applied thermodynamics, mechanical behaviour of materials, and electrical and electronic engineering. Students will also study computer controlled systems and mechatronics, which underlines the role of electronic instrumentation and computation in modern industrial systems. The role of engineering in business and management will also be introduced.

The final three semesters comprise an individual project as well as optional subjects which allow the students to pursue their individual interests.

Career Opportunities

Mechanical engineering graduates from The University of Sheffield have excellent employment prospects in careers with favourable salaries as compared with other fields. Graduates are highly sought after by companies looking for high quality, competent mechanical engineers, and previous graduates have gone on to find employment in prestigious companies such as Rolls Royce, Ove Arup, Jaguar, Network Rail, Atkins and Deutsche Bank.

Many of the graduates who pursue careers in industry will go into manufacturing, transport, power generation or engineering consultancies. Others go into research, management consultancies or the armed forces.

Entry Requirements

  • STPM / A Levels or equivalent
  • BBB - Entry A
  • CCC - Entry B

Programme Modules

Year 1 - MalaysiaYear 2 - UKYear 3 - UKYear 4 - UK
  • Mathematical Techniques
  • Material Under Stress
  • Fundamental Engineering Mechanics
  • Solid, Liquid and Gases
  • Mechanical Engineering Techniques
  • Design and Manufacturing
  • Mathematical Skills for Engineers
  • Engineering Mechanics
  • Thermofluids
  • Design Skills
  • Enterprise and Technology
  • Manufacturing Technology
  • Bahasa Kebangsaan A
  • Moral Studies/Islamic Studies
  • Malaysian Studies
  • Mathematics for Engineering Modelling
  • Computational and Numerical Methods
  • Electric Circuits
  • Dynamics of Structures and Machines
  • Mechanics of Deformable Solids
  • Thermodynamic Cycles and Heat Transfer
  • Design of Engineering Components
  • Materials Processing
  • Fluids Engineering
  • Design of Structures, Machines and Systems
  • Business Skills for Engineers
  • Manufacturing Systems
  • Mechatronics
  • Integrity of Materials and Components
  • Flow and Power
  • Manufacturing Systems
  • Engineering Management
  • The Professional Responsibility of Engineers
  • Group Design Project
  • Experiments and Modelling

Note: Choose the other three
10 credit modules from the
following:

  • Applied Noise and Vibrations
  • Finite Element Techniques
  • Innovation Management
  • Advanced Fluid Mechanics
  • Advanced Mechanics of Solids
  • Energy: Properties and Optimisation
  • Innovation Management
  • Mathematics (Computational Methods)
  • Renewable Energy
  • Robot Technology

Note:
Choose the eight 10 credit modules from the following:

  • Individual Project
  • Reciprocating Engines
  • Computational Fluid Dynamics
  • Experimental Stress Analysis
  • Engineering Composite Materials
  • Fundamental Biomechanics
  • Control of Structural Vibrations
  • Condition Monitoring
  • Aero Propulsion
  • Aerospace Systems and Structures
  • Computer Modelling and Validation
  • High Temperature Deformation and Fracture
  • Marketing Management
  • Signal Processing and Instrumentation
  • Sports Engineering
  • Structural Vibration: Analysis and Practice
  • Technology Strategy and Business Planning
  • Tribology of Machine Elements