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Curtin University

  • 28% international / 72% domestic

Bachelor of Engineering Pre-Major

  • Bachelor

The Engineering Foundation Year (EFY) serves as the pre-major for the BEng (Hons) course. The EFY is designed to develop foundational engineering skills, including mathematical modelling, computer programming and problem-solving abilities.

Key details

Degree Type
Bachelor

About this course

Outline Outline

The Engineering Foundation Year (EFY) serves as the pre-major for the BEng (Hons) course. The EFY is designed to develop foundational engineering skills, including mathematical modelling, computer programming and problem-solving abilities. Students also learn to understand and solve global and local engineering challenges. With an emphasis on skills development, understanding and applying Indigenous STEM and sustainability principles in engineering applications is also a key focus of the EFY educational design.

Upon completion of EFY, students can choose to proceed in their second year to one of the Engineering disciplines. Students are not required to choose a discipline at the start of the degree but must make this decision either before or after the EFY. Completion of EFY will also facilitate students to meet the stipulated prerequisites for the engineering 'specialisations' offered by the Faculty of Science and Engineering.

What you'll learn
  • demonstrate a conceptual understanding of engineering science, mathematics, sustainability principles and computing fundamentals, GC1
  • formulate mathematical models using the underpinning science and engineering concepts, GC1
  • apply foundational concepts of engineering design, including recognition of STEM concepts practised by the First Peoples and other diverse cultures, GC4, GC5
  • employ the available scientific and engineering knowledge in the broad engineering field, GC2
  • solve elementary engineering problems and communicate their solutions effectively, GC3
  • develop teamwork and leadership abilities and project management skills, GC6

What you will learn

  • demonstrate a conceptual understanding of engineering science, mathematics, sustainability principles and computing fundamentals, GC1
  • formulate mathematical models using the underpinning science and engineering concepts, GC1
  • apply foundational concepts of engineering design, including recognition of STEM concepts practised by the First Peoples and other diverse cultures, GC4, GC5
  • employ the available scientific and engineering knowledge in the broad engineering field, GC2
  • solve elementary engineering problems and communicate their solutions effectively, GC3
  • develop teamwork and leadership abilities and project management skills, GC6