Mechanical Engineering major
UTS major code: 06
UAC code: 603055
Testamur title: Bachelor of Engineering in Mechanical Engineering
Diploma in Engineering Practice
Total credit points: 204
Mechanical engineering involves the design, control, management, repair or development of mechanical systems that transform energy and materials into useable forms. It remains one of the defining disciplines of professional engineering activity. The academic knowledge that is fundamental to mechanical engineering is concerned with forces and motion, energy conversion and transmission, and the materials that enable these to occur.
The major provides a strong foundation in dynamics, fluid mechanics, solid mechanics, thermodynamics, materials science, electrical theory and manufacturing technology. The practice of engineering is emphasised through work placements, structured opportunities to reflect on work experience, methods of class presentation and assessment, and the use of design subjects to encourage the development of engineering confidence.
Consideration of values, social contexts and sustainability is seen as part of the learning processes and is a legitimate concern of all subjects. Management skills are gained through work experience and through management subjects that provide intellectual rigour to what has been learned. Technical expertise is developed through the mechanical engineering fields of practice subjects which are structured to emphasise the relationship between engineering science and engineering internship. This is enhanced by the 'design' subjects, which provide a further practical focus on theoretical concepts a practice and design component runs through each fields of practice subject.
Academic literacy, numeracy and oral comprehension and presentation skills are presented formally in early subjects, and enhanced progressively through the remainder of the program. All subjects require information retrieval and evaluation skills, also introduced at the outset. Particular emphasis is placed on problem posing and solving, on interaction with the core subjects, and on design.
The major aims to equip students to take control of their own learning, to develop the capacity for community involvement, to think 'big picture', and to act as professionals rather than technicians.
Standard program
Semester 1
C 48210 Engineering for Sustainability 6cp
C 33130 Mathematical Modelling 1 6cp
C 68037 Physical Modelling 6cp
FP 48610 Introduction to Mechanical and Mechatronic Engineering 6cp
Semester 2
C 33230 Mathematical Modelling 2 6cp
FP 48221 Informatics VB 6cp
FP 48621 Manufacturing Engineering 6cp
FP 48620 Fundamentals of Mechanical Engineering 6cp
Semester 3
C 48230 Engineering Communication 6cp
FP 60101 Chemistry and Materials Science 6cp
FP 48331 Mechanics of Solids 6cp
FP 48510 Introduction to Electrical Engineering 6cp
Semester 4
EPP Engineering Internship (may be taken in Semester 3 or 4)
Semester 5
C 48240 Uncertainties and Risks in Engineering 6cp
FP 48641 Fluid Mechanics 6cp
FP 48640 Machine Dynamics 6cp
FP 48642 Strength of Engineering Materials 6cp
Semester 6
C 48250 Engineering Economics and Finance 6cp
FP 48651 Thermodynamics 6cp
FP 48531 Electromechanical Systems 6cp
FP 48650 Mechanical and Manufacturing Design 6cp
Semester 7
C 48260 Engineering Management 6cp
FP 48660 Dynamics and Control 6cp
and two of the following
FP 48661 Energy Applications 6cp
FP 48662 Mechanical Applications 6cp
FP 48663 Advanced Manufacturing 6cp
Semester 8
EPP Engineering Internship (may be taken in Semesters 69)
Semester 9
C 48270 Technology Assessment 6cp
FP 48670 Engineering Design 6cp
xxxxx Two Electives 2x6cp
Semester 10
xxxxx Capstone Project 6cp
xxxxx Three electives 3x6cp
C = Core subject
EPP = Engineering Practice Program
FP = Fields of practice subject
Note: Engineering Internship shown in Semesters 4 and 8 is for illustration only.
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