He undertook 2 further years of sub-specialised training in Urological Oncology in Switzerland and Germany before returning back to Sydney. His clinical practice consists of robotic and minimally invasive bladder and prostate cancer therapy.
He has been performing laser surgery for prostate disease since 2003 in Australia and undertook the first minimally invasive Focal
LASER therapy trial in the Southern Hemisphere for Prostate Cancer. Even before the success of this trial he was in the development of ProFocal-Rx as treatment platform.
His ambition is to provide a global yet simple platform to effectively treat prostate cancer minimally invasively. ProFocal-Rx is being designed to treat prostate lesions and at the same time minimising the major side effects that occur with surgery or radiotherapy.
Having commenced his career within the Nucleus group of companies within Cardiac Monitoring and Ultrasonic Hyperthermia development teams. Most recently these skills have been well utilised in his role in the growth of the startup medical device companies.
For over 30 years Alex has been directly involved in Research and Development and the creation and management of Intellectual Property. As co-author of several Patents in Instrumentation and Graphics Rendering he has mentored and managed Engineering teams purposely assembled to realise these leading edge technologies into products. Combining critical analog, digital electronics, computer systems and extensive software development experience has been a highlight of an extensive R&D career undertaken within a demanding Medical Device context.
Alex has performed executive roles as Director Design and Development, VP Engineering, Market Development Management and Engineering Management. Blending both practical engineering and commercial management expertise Alex has also held board level directorships.
Michael obtained a Bachelor of Engineering (Electrical and Electronics Engineering with Honours 1st Class) from RMIT University in Melbourne and was the recipient of the Frank Brownless Prize and the Vice-Chancellor's list for Academic Excellence.
Having worked in the automotive and medical industries over the last 4 years, he enjoys creating efficient solutions that make a positive impact in people's lives.
Since 1996 Kea has worked with regulatory and Quality Management System (QMS) requirements in over 44 different countries.
Kea’s experience has allowed her to have a real-world understanding of the importance of carefully balancing business growth and profitability, with regulatory and compliance requirements. Kea has worked with over 200 companies assisting them with their regulatory processes which vary from medical device applications to creation and on-going QMS maintenance.
Kea also won the Telstra 2002 South Australian Business Woman of the year award and was recognised as a State Finalist in the 2003 Entrepreneur of the Year Awards.
Tony's career path then led him to bio-medical electronics, where he gained valuable experience in designing hearing implant devices, CPAP ventilators, and circulatory flow enhancement machines. He also branched out into the design of space craft and submarine test systems, expanding his expertise and skillset.
Outside of work, Tony is an avid sailor who has even circumnavigated the North Island of New Zealand. As a hobby, he enjoys designing sensors to enhance the performance of sailing yachts. Tony's passion for innovation and excellence makes him an invaluable member of the Medlogical Innovations team.
He had previously spent 4 years in a medical device contract manufacturing company specialising in Quality Control and Assurance as well as Production Management.
Anthony thrives on challenges, processes and development. He feels strongly about working in a field where he can contribute to society in a beneficial manner. “I’m good with numbers, have a high level of attention to detail, and love making things; which makes me perfect for a design and development Engineer role.
Biomedicine is an upcoming field and there’s great future growth there. It’s very exciting to be with a company that is creating innovative real life changing ideas into reality”.
Nusreen has made significant contributions to both the medical device manufacturing industry and the healthcare sector. They are currently working on prostate technologies, applying their knowledge and skills to develop new medical technologies that will improve patient outcomes.
In addition to their work in the medical device industry, Nusreen has also worked in hospitals, where they have applied their expertise to improve patient care. They have worked closely with healthcare professionals to develop and implement new medical technologies and improve the performance of existing ones.
Throughout their career, Nusreen has been dedicated to improving the lives of patients with diseases treatable with medical devices and advancing the field of biomedical engineering. Their expertise and passion for developing life-saving technologies has earned them the respect and admiration of their peers in both the medical device manufacturing industry and the healthcare sector.
Driven by his personal interest in object-oriented software engineering and design, Michael made the switch to developing MS Windows applications. Prior to joining our team, he gained experience in a variety of industries, including 3D modeling for orthopedic surgical planning and simulation applications, patient positioning for oncological Proton Therapy, school and university administration, colorimetry applications, hearing aids applications, and photo finishing applications.
Michael's diverse background has given him a unique perspective and a comprehensive understanding of software engineering, enabling him to provide innovative solutions.
Linda honed her skills and knowledge for six years at Fisher and Paykel Healthcare as a process development engineer. There, she was responsible for developing, testing, and improving various manufacturing processes for medical devices that help to enhance the lives of patients globally.
Recently, Linda decided to take on a new challenge and has moved to Sydney to work at Medlogical Innovations. She is dedicated to contributing to the advancement of the medical device industry and is always striving to come up with innovative ideas and solutions to ensure the highest quality in her work.
Jacqui first began working in the medical device industry as a production technician for ReSound and then Nanosonics. From this experience she has gained a unique understanding of how to design devices that simplify manufacturing and maintenance processes. While studying, she completed an internship at Cochlear and with the Land Human Systems group with the Australian Defence Force. Before Medlogical Innovations, Jacqui has spent the last 4 years working for Defence Science and Technology Group, designing test equipment for underwater robots. Jacqui is thrilled to be back in the medical device space as she is dedicated to improving quality of life through exciting and innovative products.
Passionate about driving innovation, Jonathan excels in developing robust embedded software solutions for medical devices. His strong background in developing point-of-care diagnostic devices and wearable medical devices showcases his ability to contribute to cutting-edge technologies that enhance patient care and improve healthcare outcomes.
Committed to making a positive impact, Jonathan is dedicated to the entire product development life cycle, from conceptualisation to commercialisation. His collaborative approach and ability to navigate complex challenges make him invaluable asset in the pursuit of cutting-edge MedTech solutions.
Ergun is thrilled to be part of the great team at Medlogical Innovations, where he is able to utilize his expertise . With a deep understanding of both high and low powered surgical lasers, Ergun has earned the trust and respect of his colleagues. He is passionate about staying up-to-date with the latest technologies and advancements in the field, and is always seeking out new ways to improve the efficiency and effectiveness of his work.