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2006 Course Handbook
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Bachelor of Engineering (Mechatronics)

Overview / Course Aims

Mechatronics is the combination of Mechanical, Electrical and Computer technologies.  As an engineering field, it finds its roots in mechanical engineering, electrical/electronics engineering and software engineering.  These engineering fields complement each other to design and realise products, systems and processes which are more efficient, intelligent, and cost effective than their predecessors.  The examples of mechatronic systems include autonomous robots, internet controlled machines and processes, engine management systems, ATM machines, remotely controlled ore-diggers, photocopiers, CD/DVD burners, cameras, washing machines, unmanned air vehicles, micro air vehicles, Micro- and Nano- Electromechanical Systems (MEMS and NEMS) and so on.

The aim of the Mechatronics program is to produce graduates with the core skills, knowledge and attributes that will help them excel as professional engineers.  These skills and attributes include: the ability to formulate and solve problems; a creative approach to design and synthesis; excellent oral and written communication skills; ability to work effectively in teams; appreciation of the environmental, social and business contexts of Engineering; independent and self-motivated approach; understanding and commitment to lifelong learning; and in-depth technical competence in the field of Mechatronic Engineering.

Career Opportunities

Opportunities exist in the rapidly developing fields of micro/nano electromechanical systems, manufacturing, digital electronics, information technology and robotics.

Study Options

Double degrees are also available.

Course Program

Subjects   Session Credit Points
Year 1
CSCI191 Programming for Engineers Autumn 6
ENGG101 Foundations of Engineering Autumn 6
ENGG153 Engineering Materials Autumn 6
MATH141 Mathematics 1C Part 1 Autumn 6
or
MATH187 Mathematics 1A Part 1 Autumn 6
ECTE172 Introduction to Circuits and Devices Spring 6
ENGG152 Engineering Mechanics Spring 6
ENGG154 Engineering Design & Innovation Spring 6
MATH142 Mathematics 1C Part 2 Spring 6
or
MATH188 Mathematics 1A Part 2 Spring 6
Year 2
ECTE202 Circuits and Systems Annual 6
ECTE233 Digital Hardware 1 Autumn 6
ENGG251 Mechanics of Solids Autumn 6
MATH283 Mathematics 2E for Engineers Part 1 Autumn 6
ECTE203 Signals and Systems Annual 6
ECTE212 Electronics and Communications Autumn 6
MECH215 Fundamentals of Machine Component Design Spring 6
MECH226 Machine Dynamics Spring 6
PHYS143 Physics for Engineers Spring 6
 
Year 3
ECTE344 Control Theory Autumn 6
MECH382 Manufacturing Engineering Principles Autumn 6
MECH340 Fluid Dynamics and Heat Transfer Autumn 6
ECTE212** Electronics Spring 6
ECTE323 Power Engineering 2 Spring 6
ECTE333 Digital Hardware 2 Annual 6
ECTE350 Engineering Design and Management Annual 6
MECH311 Mechanical Engineering Design Spring 6
Year 4
ECTE301 Digital Signal Processing 1 Autumn 6
ENGG461 Project Management and Human Factors in Engineering Autumn 6
ECTE494 Robotics Spring 6
ENGG452 Thesis A Annual 12
or    
ENGG453**** Thesis B Annual 18
or
ECTE457 Thesis Annual 18
ENGG454 Professional Experience   0
plus 2 electives*** Autumn 6
or 3 electives*** (only if ENGG452 is taken for Thes Autumn 12
    Spring 6

* Years 3 and 4 are being reviewed.  Transition arrangements will be organised for students as necessary.

** Not for students who completed ECTE313 prior to 2006.

*** Electives are chosen from the list of electives on offer in the Faculties of Engineering and Informatics. 
     The final year study program is to be determined in consultation with the Discipline Advisor.

**** 18cp thesis is equivalent to the 12cp thesis and one 6cp elective.

 
 
 

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