Research Associate (Microwave Processing for Sustainable Semiconductors) at Macquarie Group

, , Australia -

Full Time

Start Date

Immediate

Expiry Date

12 Feb, 26

Salary

117108.0

Posted On

14 Nov, 25

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Microwave Processing, Semiconductor Fabrication, Experimental Studies, Crystal Growth, Theoretical Models, Perovskite Solar Cells, Laboratory Equipment Management, Supervision, Research Output Generation, International Collaboration, Communication Skills, Teamwork, Health And Safety Policies, Tool Design, System Implementation

Industry

Hospitals and Health Care

Description

PRIMARY DETAIL - Salary package: Annual base salary from $109,272 - $117,108 (Level A.6 - A.8 - PhD awarded rate) p.a plus 17% employer's superannuation contribution and annual leave loading. - Full-time, fixed term role for 24 months - Based at Macquarie University, Wallumattagal Campus, North Ryde Research Associate in microwave processing for sustainable semiconductor fabrication The Role An exciting role has become available in the School of Engineering at Macquarie University. We are seeking a qualified Research Associate to join a team with an international reputation for producing high quality research in the area of advanced photovoltaics. We are looking for a passionate and accomplished researcher with a strong track record in microwave processing technology to produce high quality semiconductor thin film devices. The successful candidate will join an established project funded by the Australian Government, focusing on the study of the dynamics of microwave processing to grow high-quality, stable semiconductor crystals. The role also includes supervising junior researchers within the photovoltaics group at the School of Engineering. Some of your key responsibilities include: Design and implement an integrated microwave processing and probing platform for crystal growth and in-situ characterisation of solution-processed semiconductors. Conduct experimental studies on microwave-field-influenced crystal growth. Develop and validate theoretical models to explain crystallisation dynamics and absorption mechanisms. Fabricate and test high-efficiency perovskite solar cells. Contribute to managing and maintaining laboratory equipment. Supervision of PhD, Masters and Undergraduate research thesis students. Generate and disseminate high-impact research outputs and contribute to collaborative activities, including international partnerships, conferences, and potential IP development. How to Apply To be considered for this position, please submit your curriculum vitae and respond to the selection criteria below, attaching as a separate document: Essential A PhD in photovoltaics or a closely related discipline Demonstrated track record in microwave systems and annealing processes Demonstrated track record of research with international standing Strong interpersonal, written and verbal communication skills Commitment to teamwork and collaborative work, both domestically and internationally Commitment and ability to provide support to graduate and research students Desirable Experience in tool design and system implementation Ability to implement required health and safety policies and procedures *Please note that this position will require a criminal record check. Applications Close: Friday 28th of November at 11:59pm (AEST) For role enquiry, please contact Dr Binesh Puthen Veettil at binesh.puthenveettil@mq.edu.au. *** Applications will be reviewed as they are received, and we reserve the right to progress or decline an application prior to the application closing date. We also reserve the right to close the advertisement early if a sufficient number of qualified applicants is received. Why work at Macquarie We rank amongst the top employers in the Australian Workplace Employers Index, having recently earned a five-star rating in the QS World Rankings with the highest rating for employability. Our prime location, we are walking distance from Macquarie University Metro Station and Macquarie Shopping Centre. Not only are we close, take a look at our benefits on offer: 17% Superannuation Subsidised onsite parking options Flexible working options Training and professional development Onsite childcare facilities Discounted health insurance (Medibank) Onsite vacation care Employee Assistance Program Subsidised membership at the Sport & Aquatic Centre Onsite GP, imaging & physio clinics If you're already part of the Macquarie Group (MQ University, U@MQ, MQ Health, MGSM), you'll need to apply through your employee Workday account. To apply for this job: Login to Workday and go to the Careers App > Find Jobs. Applications Close: 28/11/2025 11:59 PM A Place Where You Belong At Macquarie, we believe diversity makes us stronger, inclusion drives our success, and belonging inspires us to do our best work. We are proud to foster a community where different backgrounds, identities, and experiences are valued, and where our people are empowered to thrive through supportive leadership, shared responsibility, and a deep commitment to genuine care and respect for our community. Find out more about our vision for a truly inclusive workplace in our Diversity, Inclusion and Belonging Framework. Flexible Work At Macquarie, we believe by providing flexibility in when, where and how work is done, we can support our staff to manage their personal commitments, while optimising their work performance and contributions to the University. See how we lead in flexible work to enable an outcome focused and inclusive workplace. To learn more about our culture and hiring process, visit our Jobs at Macquarie page. Macquarie is a university engaged with the real and often complex problems and opportunities that define our lives. Since our foundation in 1964, we have aspired to be a different type of university. Over the years, we have grown to become the centre of a vibrant local and global community. Connect with us today.

Responsibilities

The successful candidate will design and implement an integrated microwave processing and probing platform for crystal growth and in-situ characterization of solution-processed semiconductors. They will also conduct experimental studies on microwave-field-influenced crystal growth and supervise junior researchers within the photovoltaics group.