Professor / Associate Professor, Mechanical Circulatory Support, Faculty of Engineering

2 months ago


Brisbane, Australia QUEENSLAND UNIVERSITY OF TECHNOLOGY (QUT) Full time
  • Reference number: 24697
  • Term: Fixed-term, full-time basis for four (4) years
  • Remuneration: AUD$192,265 to $211,831 (LEVD) OR AUD$247,679 (LEVE);(inclusive AUD$162,466 to $178,999 (LEVD) salary pa, OR AUD$209,292 (LEVE) salary pa 17% superannuation and 17.5% recreation leave loading
  • Location: Gardens Point (hybrid option available)

    Who are we looking for?

    We are seeking a Professor / Associate Professor, Mechanical Circulatory Support, Faculty of Engineering to join School of Mechanical, Medical and Process Engineering, Faculty of Engineering, Academic Division.

    The Artificial Heart Frontiers Program has been developing artificial hearts and related technologies over the last decade or more. We have teamed with leading academic, healthcare and industry partners to launch a new program to develop the world’s most advanced artificial heart, and the next generation of cardiovascular technology to support all patients with heart failure. The AHFP (Associate) Professor of Mechanical Circulatory Support (MCS) is a key position for the MRFF funded AHFP operations. This role will oversee all aspects of the development of the MiniPump device; a miniature blood pump which is targeted to support patients with severe heart failure with preserved ejection fraction (HFpEF). This includes oversight and contribution to the mechanical and electrical engineering development work that is required to design, prototype, test and manufacture the MiniPump. It also includes oversight of activities as part of a collaboration with other AHFP Chief Investigators including implementation of physiological control systems, remote monitoring, wearables and digital apps, and pre-clinical evaluation including simulations, benchtop experiments (mock loops, haemocompatibility), and animal studies. The position will oversee and contribute to the development of optimised hydraulic systems for the blood pump to meet a range of physiological conditions. Importantly, the position will have a leadership role in the AHFP team which will involve mentoring and supporting other members of the team and assisting them with their professional development. The role will also have oversight of the budget for some AHFP projects and be involved in future fundraising activities.

    About us

    QUT is a major Australian university with a global outlook and a 'real world' focus. We are an ambitious and collaborative institution that seeks to equip our students and graduates with the skills they will need in an increasingly disrupted and challenged world.

    The School of Mechanical, Medical and Process Engineering delivers education and research into the design, manufacture and operation of Biomedical, Chemical and Mechanical systems and processes. The School works across all scales, from nanoscale to personal devices to industrial complexes – building pilot plants to put our research into action. The School builds on the engineering principles of Mechanics, Thermodynamics and Materials Engineering to create new and emerging technologies including Biofabrication, Advanced Manufacturing and Chemical Processing.We work with partners to build new, and improve existing, systems and technologies across mechanical, medical, mining, food and beverages, oil and gas, energy, waste, sugar, and chemical engineering industries.

    The School’s research is well aligned with the University’s real-world positioning, through partnerships across internal and external boundaries. Our School leads the following internal and external research centres• Centre for Biomedical Technologies• ARC Industrial Transformation Training Centre for Joint Biomechanics• Max Planck Queensland Centre for the Materials Science of Extracellular Matrices• Centre for Transformative Biomimetics in Bioengineering• Australia-China Centre for Tissue Engineering and Regenerative MedicineOur School also has ties with major QUT research centres, including the Centre for Materials Science, Centre for Agriculture and Bioeconomy, and the Centre for Data Science..

    What you need to succeed

  • Completion of a doctoral qualification in Mechanical Engineering or Electrical Engineering or similar field with extensive experience leading the development and commercialization of rotary blood pumps. 
Demonstrated excellence in leading mechanical circulatory support (MCS) design, prototyping and testing and demonstrated experience in taking early feasibility MCS prototypes to manufacture.  Proven experience of at least 10 years working in a regulated environment and conversant with GLP and GMP regulations, practices and methodologies including demonstrated knowledge of industry standards for medical device development. Demonstrated success at establishing and developing strong stakeholder relationships within a complex research and development environment with cross-functional teams and high-level external partners, to achieve best practices, implement leading solutions, and realise new opportunities. Strong written and verbal communications skills and excellent public speaking/ presentation skills with an ability to pitch ideas and engage audiences at all levels. Proven leadership experience including management of multidisciplinary, cross-functional teams and large-scale research and development projects and budgets , with demonstrated capacity to establish and achieve goals. Experience in successfully supervising, mentoring and coaching to support the development of staff and in establishing and leading a successful team and/or demonstrated evidence of leadership capability.

Life at QUT

We're committed to building a culture that fosters connection between people and purpose. Beyond personal and professional fulfillment, a career at QUT offers:

A healthy work-life balance with a blend of on-campus and off-campus work arrangements for applicable positions.  Competitive remuneration with up to 17% superannuation and leave loading of 17.5%.  Generous maternity leave including primary carer parental leave of up to 26 weeks (including 17% super).  Stay healthy with Fitness Passport and enjoy discounted rates on private health insurance.  Purchased Leave Scheme - up to 8 extra weeks.  Salary Packaging Scheme for additional superannuation contributions, vehicle leasing, and on-campus services such as childcare, parking, and gyms.  Numerous opportunities for professional development including leadership programs and workshops, and our study assistance scheme. Commitment to our Indigenous Australian staff  through initiatives such as the Indigenous Australian Staff Network, Cultural and Ceremonial Leave, Staff Development Workshops, and representation on university committees. 

Explore more benefits of life at QUT.

Belong at QUT 

We are guided by our values of Ambition, Curiosity, Integrity, Inclusiveness, Innovation, and Academic Freedom and our QUT Connections in our mission to inspire and shape the next generation of change-makers. 

As part of our commitment to fostering an inclusive workplace, we proudly support our Indigenous Australians Employment Strategy, aiming for an Indigenous Australian workforce participation of 3.6%. We extend a warm invitation to Aboriginal Australians and Torres Strait Islander people to join us in pursuing a rewarding career at QUT.
We believe that diversity is our strength and are dedicated to creating safe, inclusive spaces where everyone can thrive. We strongly encourage individuals from diverse cultures, ages, linguistic backgrounds, sexual orientations, and gender identities, and those who are living with disabilities to apply for positions at QUT.

At QUT, diversity is not just embraced—its celebrated. See our commitment

How to Apply

Discover the possibilities that await with a career at QUT. If youre ready to embark on a journey of innovation and opportunity, were excited to meet you.

Find out more about this position and submit your application by clicking Apply' or the link below.

View the job details at: Professor / Associate Professor, Mechanical Circulatory Support

Applications Close: 15-Sep-2024 at 11.30pm



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