Subject prerequisites
Units 3 and 4: a study score of at least 25 in English (EAL) or at least 20 in English other than EAL.
Units 3 and 4: a study score of at least 20 in one of Maths: Mathematical Methods or Maths: Specialist Mathematics.
IELTS (Academic) score of 6.0 with no individual band score less than 6.0
TOEFL Paper based: overall score of 550 with 5 or better in TWE (Test of Written English).
TOEFL Internet based (iBT): overall score of 64 with 13 in Reading, 12 in Listening, 18 in Speaking and 21 in Writing.
La Trobe College Australia ELICOS (LTCA): completion of EFS level 5B with minimum 60% overall and 60% in final exam.
La Trobe College Australia Foundation Studies (LTCA): completion of Foundation studies with 60% in English (Academic Communication).
Pearson Test of EConglish (Academic) (PTE): overall score of 50 with no communicative skill score less than 50.
Cambridge Certificate of Advanced English (CAE): 169 with no less than 169 in any component.
Spacecraft. Wind turbines. Robots. Smartphones. Automated machines. You’ll find an industrial engineer behind all of these. If humans manufactured it, it was probably designed by an industrial engineer.
Establish your career at the forefront of technology with La Trobe's accredited Bachelor of Engineering Honours (Industrial).
Develop strong foundations in the core elements of industrial engineering, while exploring areas such as advanced automation, artificial intelligence and data analytics.
You'll learn from leading academics in small classes, giving you an invaluable intimate learning experience. And you'll benefit from our state-of-the-art teaching and research facilities, while developing your industry networks through work placements and networking events with major employers.
You'll learn:
Engineering design
Understand how to rapidly solve problems using fundamental mathematical and scientific principles.
Programming for engineers
Learn Python programming language and understand how to use algorithms to solve engineering challenges.
Electrical and electronic engineering
Learn how to design, develop and test electrical and electronic equipment, such as electric vehicles or navigation systems.
Robotic system design
Find out how to build robots and robotic systems and improve their efficiency and safety.
Innovation in engineering
Build your creative problem-solving skills and learn the fundamentals of prototyping, building and analysis.
CRICOS code 095713C
More information: click here
Study options
Core subjects
Core subjects are required subjects in your course. You need to complete these subjects to attain your degree.
Year 1
academic integrity module
wominjeka la trobe: indigenous cultural literacy for higher education
calculus and differential equations
computer aided design
engineering design and problem solving
introduction to electrical and electronic engineering
mechanics of solids
number systems and linear algebra
principles of physics a
programming for engineers and scientists
Year 2
engineering enterprise
engineering materials
engineering probability and statistics
ideas to innovation
sustainability and renewable energy design
systems modelling
thermofluids
vector calculus
Year 3
control systems
design for manufacture
digital electronics and controllers
measurement and instrumentation
mechanical component design
systems engineering
third year project
Year 4
integrated building design
introduction to digital manufacturing (industry 4.0)
robotics system design
Elective subjects
A range of standalone elective subjects is available in this course. Some electives are recommended for your course, but you may also be able to choose from a range of University-wide electives or electives from other interest areas or disciplines.
Core choice
Core choice subjects are one or more subject groups you need to select in your course. Core choice subjects may be specific to your course, major, minor, specialisation or other learning requirements.
From smartphones to aeroplanes, industrial engineers have helped create many of the things we use on a daily basis. As a graduate, you’ll be prepared to find work across a range of industries in roles such as:
aerospace engineer
automotive designer
data-driven quality controller
interface designer
logistician
medical technology designer
research and development engineer
robotics engineer and more.
530 AUD/year
