Engineering intelligence
into the real world.

Turning advanced AI, autonomous agents, robotics and connected systems into secure, commercially viable industry solutions.

• Define AI strategy, technology roadmaps and intelligent automation portfolios.
• Design tool-enabled and multi-agent architectures for enterprise and industrial use.
• Integrate AI with knowledge bases, enterprise software, sensors, robotics and cloud infrastructure.
• Advise leaders on AI governance, technical risk, adoption and measurable value.

Providing strategic and hands-on technical consulting across AI, robotics, automation, embedded systems and advanced product development.

• Lead feasibility, architecture, prototyping, due diligence and commercialisation.
• Connect hardware, software, AI, sensors, controls, communications and cloud platforms.
• Coordinate multidisciplinary teams, research partners, manufacturers and clients.
• Deliver across healthcare, transport, energy, public safety and advanced manufacturing.

Advancing industry-oriented research in AI systems, intelligent robotics, sensing and multidisciplinary system integration.

• Develop autonomous robots, industrial inspection platforms and intelligent control systems.
• Lead technical planning, system architecture and multidisciplinary integration.
• Apply large models and AI to voice, energy and heterogeneous device applications.
• Translate research concepts into prototypes and commercially relevant solutions.

Led technology and digital consulting across engineering, healthcare, energy and industrial sectors.

• Engaged clients to define business and technical requirements.
• Directed multidisciplinary research, analysis and technical recommendations.
• Translated findings into project strategies and development roadmaps.
• Supported major industry and institutional clients across Australia and internationally.

Leading systems engineering across electronics, mechanical engineering, industrial design and software for innovative medical technologies.

• Translate clinical, user and commercial needs into testable system requirements.
• Define functional, performance and interface requirements across disciplines.
• Develop verification statements, traceability and validation planning.
• Identify integration, product and project risks and guide technical resolution.

Developing complex medical technology platforms spanning blood diagnostics, automated culture-plate analysis and IVF incubation.

• Contribute to architecture, electronics, mechanical CAD, software and system integration.
• Integrate electronic, mechanical, optical, fluidic and software subsystems.
• Resolve multidisciplinary performance and reliability challenges.
• Advance concepts and prototypes toward verification, manufacturing and commercialisation.

Providing high-level engineering analysis and design oversight across mechanical, mechatronic and electronic system projects.

• Develop system requirements, vendor acceptance criteria and design specifications.
• Prepare test protocols aligned with regulations, standards and client requirements.
• Oversee verification and validation plans, procedures, evidence and outcomes.
• Coordinate clients, suppliers and engineering teams through design reviews and risk resolution.

Directed technology strategy, R&D, patents and product commercialisation across wearable medical displays, connected platforms and intelligent agriculture.

• Led multidisciplinary R&D from concept and IP through validation and market launch.
• Commercialised a near-field wearable medical display launched in 2017.
• Directed micro-display, low-power communications, cloud, analytics and AI development.
• Led the 2019 GiSmart agriculture platform and university–government collaborations.

Researching ultra-low-power optical, wireline and wireless access technologies through CMOS IC design and RF/optical system integration.

• Collaborated with Bell Labs teams in New Jersey and Seoul on low-power communications.
• Proposed two patented energy-saving and adaptive transceiver concepts.
• Led a CMOS optical transceiver that cut power by more than forty times.
• Contributed a GreenTouch-supported project recognised among its major achievements.

Contributing to engineering education, research and industry collaboration through course design, delivery and evaluation.

• Design course structures, technical content, learning activities and assessments.
• Deliver engineering teaching to undergraduate and postgraduate students.
• Bring practical systems, electronics, AI and product-development experience into education.
• Support collaboration among students, researchers, academics and industry partners.