Bachelor of Engineering Honours Mechanical and Bachelor of Science

5 Years On Campus Dual-bachelors Program

University of Newcastle

Program Overview

The University of Newcastle Australia offers a double Bachelor of Engineering (Honours) in Mechanical and Bachelor of Science course to equip students with technical engineering competences and a wide scientific base. The double degree over five years integrates theoretical knowledge and practical problem-solving, equipping students with market edge in industries that rely on mechanical systems, scientific inquiry, and multidisciplinary thinking.

  • Students learn the core principles of mechanical engineeringthermodynamics, structural mechanics, materials science, and fluid dynamics—and explore a scientific discipline of their choice, such as physics, chemistry, biology, or mathematics. The structure fits well for those who want to apply engineering in research-oriented or science-based areas.

Curriculum Structure:

The curriculum is planned to provide a rounded and cumulative learning experience:

  • Engineering Core Courses: Subject matter includes mechanical design, manufacturing processes, dynamics, thermofluids, and control systems.

  • Science Major Stream: The student takes up a science subject based on their interest domain, again enhancing their research and analysis capabilities.

  • Laboratory Work and Simulations: During the course period, the students engage in practical labs, technical workshops, and practical simulation exercises.

  • Final-Year Honours Thesis: The technical aspect culminates in a research thesis, with students being able to prove they can think creatively to solve problems and communicate technically.

  • Professional Practice: Industry placements are also included within the degree, gaining worthwhile work experience before graduation.

Accreditation:

  • The Bachelor of Engineering (Honours) (Mechanical) is fully accredited by Engineers Australia and meets national and international requirements.

  • Graduates are entitled to Professional Engineer registration and can practice abroad in recognised jurisdictions.

Campus Location:

  • The degree is offered primarily at the Callaghan campus in Newcastle, New South Wales.

  • The campus has excellent resources such as advanced engineering labs, prototyping equipment, and proximity to Australia's sole nuclear reactor research facility at nearby ANSTO (for physics-based science students).

Experiential Learning (Research, Projects, Internships etc.)

The University of Newcastle has a big emphasis on experiential, real-world learning:

  • Work-Integrated Learning (WIL): The students undertake internships and professional placements in partnership with industry experts in mining, energy, manufacturing, and research.

  • Research Opportunities for Undergraduates: The students can opt to contribute to faculty research projects in sustainable energy, robotics, material innovation, etc.

  • Clubs and Student Projects: Engineering and science societies conduct design competitions, e.g., UON Motorsport team, and collaborative projects such as renewable energy prototypes or automation challenges.

  • Global Opportunities: Through engaging in opportunities like the New Colombo Plan and international study exchange, students are able to work or study abroad, with exposure to global scientific and engineering settings.

Progression & Future Opportunities

The university offers robust career support through its Careers and Student Development team:

  • Career Planning Services: Personal coaching to help students align their talents with career prospects.

  • Application Support: CV preparation, job search skill, and interview preparation assistance.

  • Employer Events: Graduate expos, industry networking events, and seminars held on campus.

Employability:

  • Dual-degree graduates are well equipped to find employment in areas of mechanical engineering, scientific research, consulting, product design, energy systems, and advanced manufacturing.

  • Employers like the versatility and depth of knowledge that is conferred by having both an engineering and a science degree.

  • Alumni work with companies such as BHP, Honeywell, Origin Energy, Boeing, and CSIRO, or have progressed into research positions in industry and academia.

Academic Progression:

Graduates are eligible to pursue postgraduate study in areas such as:

  • Master of Professional Engineering

  • Master of Science (Physics, Chemistry, or Environmental Science)

  • MBA or Engineering Management

  • PhD for those with research and academic interests

This dual degree has diverse tracks—from inventing new materials or medical devices to working on large-project infrastructure or scientific entrepreneurship.

Program Key Stats

$TBA
Febr Intake : 28th Apr


No
Yes

Eligibility Criteria

CCC
2.0
24
60

1200
6.5
79

Additional Information & Requirements

Career Options

  • Mechanical engineer
  • product design engineer
  • research scientist
  • manufacturing engineer
  • energy systems engineer
  • biomedical engineer
  • aerospace engineer
  • materials scientist
  • robotics engineer
  • automotive engineer
  • renewable energy consultant
  • fluid mechanics specialist
  • engineering consultant
  • maintenance engineer
  • process engineer
  • data analyst (science-focused)
  • project manager
  • environmental engineer
  • academic researcher
  • defence technologist
  • mining engineer
  • mechatronics specialist
  • scientific instrumentation developer
  • automation engineer

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