5 Years On Campus Dual-bachelors Program
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 engineering—thermodynamics, 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).
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.
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.
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