Industrial engineers are essential to a wide range of industries. They determine how an organisation's workforce, equipment and resources can be used efficiently and safely. As technology continues to evolve, businesses increasingly need industrial engineers to help them stay ahead of the pack.
La Trobe University's Bachelor of Engineering Honours (Industrial) gives students a comprehensive engineering and business skillset, while building their ability to think critically and creatively. They will discover how to respond to the evolving needs of employers and help them adapt to future challenges.
The course will begin by learning the fundamentals of industrial engineering, from math, and physics to design and problem solving. Students will then gain sought-after skills in fields that are presently transforming the business landscape, including automation and robotics, advanced material, simulation and modelling of manufacturing processes.
The course is delivered by leading academics in La Trobe University's high-tech facilities where students will develop advanced technical skills in computer-aided design, systems integration, robotics, and digital manufacturing. In the final year, they can build their industry experience by completing a work placement in either Melbourne or Bendigo. Students will apply their engineering expertise with a real-world company, while enhancing teamwork, stakeholder engagement, scoping and project management skills.
Every stage of the Bachelor of Engineering Honours (Industrial) equips students for their future career. They have the option to exit after their first year with a Diploma of Engineering Technology or after their second year with an Associate Degree in Engineering Technology. Students can also expand their engineering knowledge and experience by continuing to the Master of Engineering programs.
La Trobe University's engineering graduates are highly employable and graduate with the adaptable skills to work in vital areas such as aerospace and defense, manufacturing, renewable energy, food and agriculture, mining, and electronics.
Students will learn:
- Engineering design - Learn how to rapidly identify and solve problems using fundamental mathematical and scientific principles.
- Programming for engineers - Explore the widely used Python programming language and learn how algorithms are used to solve engineering challenges.
- Electrical and electronic engineering - Discover how to design, develop and test electrical and electronic equipment, such as navigation and security systems or communications systems.
- Robotic system design - Find out how robots and robotic systems are designed and built to increase efficiency, outputs, and safety in manufacturing or industrial environments.
- Innovation in engineering - Build their creative thinking and problem-solving skills by investigating important concepts such as prototyping, building and analysis.
- Digital manufacturing - Gain insight into how the future of manufacturing is being shaped by innovative Industry 4.0 technologies.
