Brno University of Technology

LEAD ONE OF AUSTRALIA'S PREMIER RESIDENTIAL COLLEGE COMMUNITIES OVERSEE ACADEMIC EXCELLENCE, WELLBEING AND COMMUNITY Founded in 1872, Trinity College is a vibrant and diverse educational community affiliated with the University of Melbourne. The Residential College is home to approximately 375 undergraduate students from Australia and around the world and is renowned for its commitment to academic excellence, leadership, community service, cultural engagement and pastoral care. Trinity's collegiate experience combines academic rigour with a strong sense of community, preparing students to flourish personally, professionally and as engaged citizens. Trinity College is seeking to appoint an outstanding leader to the role of Dean, Residential College. Reporting directly to the Warden & CEO and serving as a member of the College's Senior Management Team and Council, the Dean provides leadership for all aspects of residential life. The Dean will oversee a rigorous academic program, comprehensive mentoring and pastoral care systems, and a rich program of cultural, sporting and community service activities. The role carries responsibility for the effective management of Residential College operations, financial performance, student recruitment, stakeholder engagement and the ongoing development of a vibrant collegiate culture. The Dean will play an important role in strengthening relationships with alumni, the University of Melbourne, fellow residential colleges and other key stakeholders, while contributing to the strategic leadership and management of the wider College. This highly visible position will suit an experienced and values-driven educational leader with a demonstrated commitment to student wellbeing, academic excellence and community building. Existing residential college experience would be highly desirable. The successful candidate will have the capability to maintain and further develop a respectful, inclusive and safe college culture, championing diversity and inclusion across all aspects of college life. They will be a visible and engaging leader, an outstanding communicator and relationship builder, and someone who can foster a strong sense of belonging among students while building enduring connections with staff, alumni and the wider College community. Respect for the traditions and heritage of Trinity College, coupled with a commitment to ensuring it continues to evolve as a contemporary, pre-eminent and exceptional residential environment, will be essential. For enquiries and to apply please contact The Insight Group, the executive search consultants assisting with this appointment; phone +61 3 9654 3288; email: applications@insightgroup.com.au. Applications close 30 July 2026.

Description of main research theme: looking for a candidate with strong expertise in advanced thin film deposition, surface modification, and characterization techniques, aimed at developing innovative protective coatings and functional materials for industrial applications. The successful candidate will join a dynamic academic and research team, contributing to advancements in materials development with a focus on thin films, plasma treatments, and protective coatings. Key responsibilities and qualifications include: Conduct research on thin film deposition using physical vapor deposition (PVD) techniques, including magnetron sputtering, and chemical vapor deposition (CVD) techniques,. Develop thin film materials with tailored properties for applications in corrosion resistance, wear resistance, and low-friction coatings. Apply low-pressure plasma treatments for surface modification such as nitriding and carburizing techniques to improve hardness, wear resistance, and fatigue life of metallic surfaces Perform advanced characterization of thin films, including structural, morphological, mechanical, and chemical analyses to understand film performance under various conditions. Collaborate with industry partners to address real-world challenges in protective coatings and contribute to the development of scalable solutions for wear and corrosion protection. Explore interdisciplinary applications of surface engineering, including energy, medical and automotive applications. Teach undergraduate and graduate courses related to materials science, thin film deposition, surface engineering, and characterization techniques. Supervision of master and PhD students, providing guidance on experimental techniques, data analysis, and research methodologies. Publish research findings in high-impact journals and present work at international conferences. Engage in interdisciplinary collaboration within the university and with external research partners.   Qualification requirements A Ph.D. in Materials Science, mechanical engineering, physics, or a related field. Demonstrated expertise in material science, chemistry, electrochemistry, and surface engineering, with a focus on surface engineering techniques and their applications. Proven expertise in the development of thin film materials for corrosion protection. Proficiency in experimental techniques relevant to surface engineering, surface characterization (e.g., XPS, AFM, SEM, Raman spectroscopy, Hardness, scratch, friction, and roughness testing), thin film materials synthesis and processing. Publication record showcasing research contributions in relevant fields such as low-pressure thin film deposition, thin film material design using physical vapor deposition, surface engineering, materials science, or related disciplines. Proven teaching skills and experience supervising undergraduate and graduate students. Ability to work collaboratively with researchers from diverse backgrounds to address interdisciplinary research questions and applications. Strong communication skills with the ability to write, speak, and present effectively to a wide variety of audiences including academics and industry representatives. Ability to forge collaborative relationships with peers and to work effectively and collaboratively with diverse stakeholders at various organizational levels   This role offers an exciting opportunity to contribute to research and teaching in materials science and plasma processing, with a focus on developing innovative, industry-relevant solutions in surface engineering and protective coatings. Application procedure Candidates interested in applying for this position should submit the following documents via our online application portal: A brief statement outlining your interest in the position, relevant expertise, and how your background aligns with the responsibilities outlined in the job description. A detailed CV including your educational background, research experience, publications, teaching experience, and any other relevant achievements. A summary of your past research accomplishments, ongoing research interests, and future research plans, A description of your teaching statement. Contact information of 3 references (applicants are assumed to have obtained their references’ consent to be contacted for this matter).   The short-listed candidates will be invited to meet the university selection committee.

Job Purpose The primary responsibility of this role is to support the implementation, testing, and validation of the high-frequency ultrasound research platform through experimental setup, data acquisition, software development, and day-to-day technical execution of the project. Key Responsibilities Assist in the development, implementation, and testing of signal processing and imaging algorithms for high-frequency ultrasound structural and functional imaging. Support experimental setup, data collection, phantom preparation, system calibration, and routine operation of imaging hardware and associated measurement equipment. Conduct bench top and phantom experiments according to defined protocols, and assist in organizing, processing, and documenting experimental data. Develop and maintain software scripts, processing pipelines, and visualization tools for imaging experiments and performance evaluation. Support system integration activities involving sensors, data acquisition hardware, software interfaces, and computational workflows. Help prepare technical documentation, reports, figures, and datasets needed for project reviews, publications, and presentations. Maintain laboratory records, inventory, and equipment logs, and support procurement, setup, and troubleshooting of components and consumables. Assist in training and supporting students or project users in the use of the developed systems and software. Perform other project-related technical duties assigned by the Principal Investigator or senior research staff. Job Requirements MTech, MSc, or equivalent in Electrical Engineering, Biomedical Engineering, Medical Technology, Instrumentation, Computer Engineering, Signal Processing, or a related field. Good knowledge of signal processing, imaging, electronics, instrumentation, or medical device-related development. Hands-on experience in programming, preferably in Python, MATLAB, C/C++, or similar environments. Experience in experimental work, data collection, and system troubleshooting is desirable. Familiarity with ultrasound imaging, biomedical instrumentation, image processing, or machine learning is desirable. Ability to follow technical protocols accurately and to maintain clear documentation of work performed. Ability to work effectively both independently and under the guidance of senior researchers. Key Competencies Technical aptitude and practical problem-solving ability. Good programming and data handling skills. Careful and systematic approach to experiments, testing, and documentation. Attention to detail and commitment to data quality and reproducibility. Willingness to learn new technical skills and adapt to evolving project needs. Good teamwork and communication skills. Ability to manage time effectively and support multiple concurrent project activities.