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Bachelor of Medical Engineering (Honours)
Newcastle City
INTAKE: Jul & Feb
Program Overview
The Bachelor of Medical Engineering (Honours) program at the University of Newcastle, Australia, offers students a unique opportunity to combine engineering principles with biomedical sciences to develop innovative solutions for healthcare challenges. This interdisciplinary program integrates elements of mechanical engineering, electrical engineering, materials science, and biology to address the complex needs of the medical industry. Students learn to design and develop medical devices, imaging technologies, prosthetics, and rehabilitation equipment to improve patient care and quality of life.
Curriculum: The curriculum of the Bachelor of Medical Engineering (Honours) program covers a wide range of topics relevant to medical engineering. Students study core engineering principles such as mechanics, thermodynamics, electromagnetism, and signal processing, as well as specialized subjects such as biomedical instrumentation, biomaterials, and medical imaging. They also learn about regulatory standards, ethics, and safety considerations in the development of medical devices. The program includes laboratory work, design projects, and clinical placements to provide students with practical experience and skills development. The curriculum is designed to prepare students for careers in the medical technology industry or further studies in biomedical engineering or related fields.
Research Focus: Research is an essential component of the Bachelor of Medical Engineering (Honours) program, with opportunities for students to engage in research projects in collaboration with faculty members and healthcare professionals. Students have the opportunity to explore topics such as tissue engineering, medical imaging, rehabilitation robotics, and assistive technologies. Through research projects, students develop critical thinking skills, problem-solving abilities, and the ability to apply engineering principles to healthcare challenges. Research experiences also expose students to the latest developments in medical technology and prepare them for careers in research and development or academia.
Industry Engagement: The University of Newcastle fosters strong industry engagement in its Bachelor of Medical Engineering (Honours) program, providing students with opportunities to gain practical experience and industry insights. Through internships, industry placements, and industry-sponsored projects, students have the opportunity to work with leading medical device companies, hospitals, and healthcare organizations. They gain hands-on experience, develop professional networks, and apply their skills to real-world engineering challenges. The university also collaborates with industry partners to develop relevant curriculum, provide guest lectures, and offer industry-sponsored scholarships and awards to students.
Global Perspective: As a globally focused institution, the University of Newcastle encourages students in the Bachelor of Medical Engineering (Honours) program to develop a global perspective on healthcare issues and technologies. The program incorporates elements of international regulatory standards, global trends in medical technology development, and cross-cultural communication skills. Students have the opportunity to participate in international study tours, exchange programs, or collaborative research projects with partner institutions around the world. By gaining exposure to different healthcare systems, cultural perspectives, and global challenges, students develop the skills and mindset needed to work effectively in a globalized healthcare industry.
Location
Newcastle City
Score
IELTS 6
Tuition Fee
AUD 41555
Undergraduate Entry Requirements
Academic Qualifications: Applicants for undergraduate programs typically require a minimum academic achievement of 65% or above in their previous academic qualifications.
English Language Proficiency:
- IELTS: Overall band score of 6.0 or 6.5 with a minimum of 5.5 in each component.
- TOEFL: Overall score of 79 with a minimum of 12 in each section.
- PTE (Pearson Test of English): Overall score of 58 with a minimum of 50 in each section.
Students must provide:
- academic marksheets & transcripts
- letters of recommendation
- a personal statement - SOP
- passport
- other supporting documents as required by the university.
It's important to note that entry requirements can vary by program and may change over time. Additionally, some programs may have additional requirements, such as interviews, portfolios, or work experience.
The University of Newcastle, Australia, is making high-quality education accessible to international students. One of the ways it achieves this is by offering a wide range of scholarships designed to support and reward academic excellence, diversity, and achievement among international students.
International Excellence Scholarships: These scholarships are aimed at high-achieving international students who have a strong academic record. They provide financial assistance to cover a portion of tuition fees, making quality education more affordable.
Country-Specific Scholarships: The University of Newcastle offers scholarships tailored to specific countries, ensuring students from various regions have the opportunity to study in Australia. These scholarships may vary in terms of eligibility criteria and benefits.
Women in STEM Scholarships: To promote gender diversity in STEM fields, the university provides scholarships specifically for women pursuing degrees in science, technology, engineering, and mathematics.
Graduates of the Bachelor of Medical Engineering (Honours) program from the University of Newcastle, Australia, possess a unique skill set that prepares them for a variety of career paths in the rapidly growing field of medical technology and healthcare.
Biomedical Engineer: Graduates can pursue careers as biomedical engineers, working at the intersection of engineering, biology, and healthcare. They design and develop medical devices, equipment, and systems used in the diagnosis, treatment, and monitoring of patients. Biomedical engineers work in hospitals, research laboratories, medical device companies, and regulatory agencies, ensuring the safety, efficacy, and compliance of medical technologies with regulatory standards.
Medical Device Developer: Graduates can work as medical device developers, designing and prototyping new medical devices and technologies to address unmet clinical needs. They collaborate with healthcare professionals, researchers, and industry partners to identify opportunities for innovation and develop solutions that improve patient care and outcomes. Medical device developers work for medical device companies, startups, research institutions, and innovation hubs, driving technological advancement in the healthcare industry.
Clinical Engineer: Graduates can pursue careers as clinical engineers, supporting the safe and effective use of medical equipment and technology in clinical settings. They maintain and repair medical devices, conduct equipment evaluations, and provide training to healthcare staff on equipment operation and safety procedures. Clinical engineers work in hospitals, healthcare facilities, and biomedical engineering departments, ensuring the reliability and performance of medical equipment to enhance patient care and safety.
Regulatory Affairs Specialist: Graduates can work in regulatory affairs roles, ensuring compliance with regulatory requirements and standards for medical devices and technologies. They navigate the complex regulatory landscape, prepare regulatory submissions, and liaise with regulatory agencies to obtain approvals for the marketing and distribution of medical products. Regulatory affairs specialists work for medical device companies, consulting firms, and regulatory agencies, ensuring that products meet quality and safety standards for market approval.
Research and Development Scientist: Graduates can pursue careers as research and development scientists, conducting research to advance the field of medical engineering and develop new technologies and therapies. They work on projects related to tissue engineering, biomaterials, medical imaging, and drug delivery systems, collaborating with interdisciplinary teams to translate research findings into practical applications. Research and development scientists work in academia, research institutions, government agencies, and pharmaceutical companies, driving innovation in healthcare and improving patient outcomes.
Healthcare Technology Consultant: Graduates can work as healthcare technology consultants, advising healthcare organizations on the selection, implementation, and optimization of medical technology solutions. They assess workflow processes, conduct technology assessments, and recommend strategies for leveraging technology to improve efficiency, quality, and patient care. Healthcare technology consultants work for consulting firms, healthcare IT companies, and healthcare organizations, helping clients navigate technological challenges and opportunities in healthcare delivery.
Entrepreneur: Graduates with entrepreneurial ambitions can start their own businesses or technology startups in the medical technology sector. They can develop and commercialize innovative medical devices, diagnostic tools, software applications, or digital health solutions to address specific healthcare needs or market gaps. Entrepreneurs in the medical engineering field can access incubators, accelerators, and funding opportunities to launch their ventures and bring their ideas to market, making a meaningful impact on patient care and healthcare delivery.
Academic and Educator: Graduates can pursue careers in academia and education, teaching and conducting research in biomedical engineering or related disciplines. They can work as faculty members at universities, colleges, or technical schools, educating the next generation of biomedical engineers and contributing to the advancement of knowledge through research and scholarly activities. Academic and educators also mentor students, supervise research projects, and publish scientific papers to disseminate new findings and discoveries in medical engineering.
