Adam.A.Yanick Barry

About Me

My engineering journey began in Mauritius, where I completed my early technical training through the Industrial and Vocational Training Board in Mechanical Engineering Craft Practice and Industrial Machine Maintenance. During this period, I also gained valuable apprenticeship experience with Air Mauritius as an Aircraft Maintenance Technician. These early opportunities gave me a strong practical foundation in maintenance, mechanical systems, precision work, and technical problem-solving, and they shaped the way I approach engineering to this day.

From there, I continued building my qualifications and broadening my expertise through further studies in Australia, including engineering and technical education at institutions such as Swinburne, RMIT, and Deakin University. This path allowed me to combine hands-on industry experience with higher-level academic learning, helping me grow into a well-rounded mechanical engineering professional with strong capabilities in machine design, product development, maintenance, technical training, and innovation.

The central theme that has always connected my work is machine and product design. Over the years, I have been involved in a wide range of engineering activities, including toolmaking, maintenance, welding, industrial systems, aircraft-related technical work, machine design, CAD development, product prototyping, and problem-solving across many different project environments. These experiences have helped me develop not only technical versatility, but also a practical understanding of how engineering ideas move from concept to operation.

A major part of my professional identity is my strong involvement in additive manufacturing. Since 2012, I have specialised in 3D printing and advanced manufacturing technologies, working with equipment, training, applications, and educational integration across both industry and academic environments. Through my company, ORIUS3D, I have focused on promoting additive manufacturing in Australia, the Indian Ocean region, and Africa. My work includes supplying equipment, delivering technical demonstrations, developing STEM and engineering programmes, creating educational content, and running workshops for schools, technical institutions, and industry professionals. I am passionate about making advanced manufacturing more accessible and showing how 3D printing can support education, innovation, local production, and future workforce development.

Alongside my practical engineering background, I have developed strong technical capability in Computer-Aided Design and digital engineering tools used for machine and product design. My experience includes using software such as Autodesk Inventor, CATIA, and NX for detailed modelling, design development, and technical documentation. I also have experience with engineering analysis tools such as ANSYS and ABAQUS for Finite Element Analysis, enabling me to assess structural behaviour, product performance, and design reliability. This combination of design and analysis has strengthened my ability to create solutions that are not only functional and innovative, but also safe, efficient, and fit for purpose.

Another area that strongly interests me is failure investigation and continuous improvement. I have always been interested in understanding why systems fail, how weaknesses develop, and what can be learned from breakdowns, defects, and operational issues. This interest has helped shape my analytical thinking and supports my commitment to designing better systems, improving reliability, and solving problems at their root cause rather than only treating symptoms.

In recent years, my professional direction has expanded beyond engineering and manufacturing into occupational health, safety, and business leadership. I completed a Graduate Certificate in Occupational Health, Safety and Environmental Management at Australian Catholic University in 2025, and I am currently completing both a Master of Occupational Health, Safety and Environmental Management and a Master of Business Administration. This combination reflects the direction I am now taking in my career: bringing together engineering, safety, leadership, strategy, and education.

My growing focus on occupational health and safety has added an important new dimension to my professional identity. I am deeply interested in risk management, incident investigation, organisational improvement, and the development of safer systems of work. My engineering background gives me a practical understanding of machinery, operations, and work environments, while my OHSE studies are helping me build the strategic and regulatory knowledge needed to contribute more effectively to leadership, auditing, safety culture, and risk-based decision-making. I am also developing my pathway toward qualifications in ICAM investigation, auditing, and training, which will further support my work across engineering, safety, and professional education.

What motivates me most is the ability to connect technical expertise with practical outcomes that improve people, systems, and organisations. Whether I am designing a product, delivering a training session, developing a STEM programme, introducing additive manufacturing technology, or strengthening safety knowledge, I enjoy contributing to work that has long-term value and real impact.

Beyond my professional life, I have a wide range of interests that continue to inspire me. I have a deep passion for design, creativity, prototyping, travel, fishing, and discovering cuisines from around the world. I enjoy learning from different cultures, exploring new environments, and experiencing the ways in which people solve problems, live, create, and connect. I believe that these broader life experiences strengthen my perspective, fuel my creativity, and help me relate to people from diverse backgrounds.

Today, I see myself as an engineering professional evolving into a broader leadership role that brings together mechanical engineering, additive manufacturing, safety, education, and business strategy. My goal is to continue building a career where technical knowledge, innovation, training, and organisational improvement come together to create meaningful results across industry and education.