About Me

My professional journey has always been driven by one central question: how can technical knowledge be transformed into practical solutions that improve machines, workplaces, people and organisations?

That journey began in Mauritius, where I developed my earliest understanding of engineering through hands-on technical training with the Industrial and Vocational Training Board. I completed qualifications in Mechanical Engineering Craft Practice and Industrial Machine Maintenance, building practical capabilities in machining, maintenance, mechanical systems, precision work and industrial problem-solving.

These were not simply my first qualifications. They established the foundation of my professional identity. They taught me the importance of accuracy, discipline, craftsmanship and understanding how machines behave in real working environments.

An important early chapter of my career was my apprenticeship experience with Air Mauritius as an Aircraft Maintenance Technician. Working in an aviation environment strengthened my appreciation for reliability, technical standards and attention to detail. In aircraft maintenance, even a small oversight can have serious consequences. This experience helped shape the careful and systematic approach that I continue to apply to engineering, safety and technical decision-making today.

When I moved to Australia, I continued developing my education and expanding the scope of my career. Through engineering and technical studies involving institutions such as Swinburne, RMIT and Deakin University, I was able to connect my practical trade background with advanced engineering knowledge. This progression allowed me to move beyond maintaining and repairing systems into designing, analysing and improving them.

Throughout my career, machine and product design have remained at the centre of my work. My experience has covered toolmaking, industrial maintenance, welding, manufacturing systems, aircraft-related technical work, mechanical design, CAD development, prototyping and engineering problem-solving. Working across these different areas has given me a broad understanding of the complete engineering process—from identifying a need and developing a concept to designing, testing, manufacturing and implementing a practical solution.

I have developed strong capabilities in computer-aided design and digital engineering, using software such as Autodesk Inventor, CATIA and Siemens NX for machine design, product development, detailed modelling and technical documentation. I have also worked with engineering analysis tools, including ANSYS and ABAQUS, to evaluate structural behaviour, product performance and design reliability through finite element analysis.

For me, design is not only about creating something that looks impressive on a computer screen. A successful design must be functional, manufacturable, reliable, safe and appropriate for the people who will use it. My practical background allows me to examine engineering concepts from both the designer’s perspective and the technician’s perspective. I understand that a solution must work not only in theory, but also on the workshop floor, in production and under real operating conditions.

Additive Manufacturing and Research

A defining part of my professional career has been my involvement in additive manufacturing. Since 2012, I have specialised in 3D printing and advanced manufacturing technologies, exploring how they can be applied to engineering, product development, education and local production.

My interest in additive manufacturing also became an important area of academic research. At Deakin University, I completed a thesis examining the quantitative analysis of 3D-printed personal protective equipment during the COVID-19 pandemic. The research explored the role that additive manufacturing could play in responding to urgent PPE shortages and examined the practical performance and potential contribution of 3D-printed protective equipment during a period of major global disruption.

This work was especially meaningful because it connected engineering research with a real human need. During the pandemic, conventional supply chains were under enormous pressure, and additive manufacturing demonstrated how decentralised production could assist communities, healthcare environments and organisations in responding more rapidly to shortages. The thesis strengthened my understanding of research methodology, data analysis, product evaluation and the wider social responsibilities of engineering.

It also reinforced an important belief that continues to guide my work: advanced manufacturing should not be viewed only as a prototyping technology. When applied responsibly, it can become a valuable tool for emergency response, education, local manufacturing, healthcare innovation and supply-chain resilience.

Building ORIUS3D Across the Indian Ocean Region

Through ORIUS3D, I have worked to make additive manufacturing more accessible across Australia, Mauritius and the wider Indian Ocean region. What began as a strong personal interest in 3D printing developed into a broader mission to introduce advanced manufacturing technologies to schools, universities, technical institutions, businesses and industry professionals.

In the Indian Ocean region, my work has involved promoting 3D printing as a practical tool for education, engineering, design, innovation and entrepreneurship. I have supplied equipment, delivered technical demonstrations, supported users, created educational content and developed training activities that introduce learners to the complete additive manufacturing process—from digital design and slicing to machine operation, material selection and the production of finished components.

Through ORIUS3D, I have conducted STEM and engineering workshops for students and educators, helping participants understand how an idea can progress from a computer model to a physical product. These activities have been particularly important in encouraging creativity, technical confidence and interest in future manufacturing careers.

I have also worked with technical institutions and industry professionals to demonstrate how 3D printing can support prototyping, customised production, product development, maintenance applications and small-scale local manufacturing. My aim has never been simply to sell machines. It has been to build capability by helping people understand the technology, use it safely and recognise how it can solve practical problems.

My work through ORIUS3D has included more than 100 workshops, demonstrations and training sessions, reaching hundreds of learners and participants. These experiences have shown me that technology becomes truly valuable when people are given the knowledge and confidence to use it creatively and effectively.

The work has also allowed me to create stronger links between Australia and the Indian Ocean region by sharing technical knowledge, educational methods and advanced manufacturing practices. I am particularly passionate about supporting regions where access to conventional manufacturing infrastructure may be limited. In these environments, additive manufacturing can help reduce dependence on complex supply chains, support local innovation and allow schools, entrepreneurs and organisations to turn ideas into real products.

ORIUS3D represents the combination of several areas that are central to my professional identity: engineering, innovation, entrepreneurship, education and community development. It reflects my belief that technical knowledge should not remain confined to laboratories or large industrial organisations. It should be made accessible to students, teachers, technicians, businesses and communities that can use it to create meaningful opportunities.

Failure Investigation and Continuous Improvement

Alongside design and innovation, I have always been interested in understanding why products, machines and systems fail. Failure investigation is one of the areas that most strongly engages my analytical thinking. A failed component, damaged machine or unsuccessful process is not simply a problem to be repaired—it is an opportunity to understand what happened, identify contributing factors and prevent the same issue from occurring again.

This interest has naturally led me towards root-cause analysis, incident investigation, risk management and continuous improvement. I prefer to examine the deeper causes behind a problem rather than only addressing its visible symptoms. This approach connects strongly with both my engineering background and my growing professional focus on occupational health and safety.

Engineering, Safety and Business Leadership

In recent years, my career has expanded from engineering and manufacturing into occupational health, safety, environmental management and organisational leadership. I completed a Graduate Certificate and a Master of Occupational Health, Safety and Environmental Management at Australian Catholic University. I am also completing a Master of Business Administration, strengthening my understanding of strategy, governance, risk, markets and organisational decision-making.

This combination represents the direction in which my career is evolving. I am bringing together practical engineering experience, advanced manufacturing knowledge, safety management, education and business leadership.

My engineering background gives me a practical understanding of machinery, industrial operations, design hazards and workplace conditions. My occupational health and safety education adds strategic, regulatory and organisational perspectives. Together, these capabilities allow me to examine risk not only as a compliance matter, but also as an engineering, human and leadership issue.

I am particularly interested in engineering risk management, incident investigation, auditing, safety culture and the design of safer systems of work. I am continuing to develop my capabilities through the Certificate IV in Training and Assessment and through professional development pathways in ICAM investigation and lead auditing.

Technical Training and Education

Training is an important part of my professional identity. I believe that strong technical knowledge achieves its greatest value when it can be communicated clearly to others. Over the years, I have delivered workshops, technical demonstrations and learning programmes across engineering, STEM and additive manufacturing environments.

My approach to training is practical and learner-focused. I aim to connect theory with realistic examples, demonstrations and hands-on activities. My experience as an engineer, technician, business owner and trainer allows me to communicate with people from different educational, professional and cultural backgrounds.

Whether I am introducing a student to a 3D printer, supporting an educator in developing a STEM activity or helping a professional understand an engineering application, I want learners to leave with more than information. I want them to leave with the confidence to apply what they have learned.

Having built my career across Mauritius and Australia, while also working with people and organisations across the Indian Ocean region, Africa, China and the Middle East, I have developed a strong appreciation for cultural diversity and international collaboration. These experiences have taught me that good engineering and effective leadership require more than technical ability. They also require communication, adaptability, respect and an understanding of the people affected by decisions.

What Drives Me

What motivates me most is the opportunity to create work with lasting value. That may involve designing a machine, analysing a failure, introducing a new manufacturing technology, delivering a training programme, improving a safety system or helping an organisation make a better decision. In every case, I am motivated by the possibility of turning knowledge into a practical outcome.

Beyond my professional career, I have a strong interest in design, creativity, prototyping, travel, fishing and discovering cuisines from different parts of the world. I enjoy learning from different cultures and observing how people approach work, innovation and everyday problem-solving. These experiences broaden my perspective and contribute to the curiosity and creativity I bring to my professional life.

Today, I see myself not only as a mechanical engineer, but as a multidisciplinary engineering, safety, research and education professional. My career has developed from the workshop floor and aircraft maintenance environment to machine design, digital engineering, additive manufacturing, academic research, technical education, occupational health and safety, and business leadership.

Each stage of that journey has added a new layer to my capabilities, but the foundation has remained the same: practical problem-solving, continuous learning and a commitment to improving the way systems work.

My goal is to continue developing into senior leadership, engineering risk, safety management and technical training roles where I can bring these areas together. I want to contribute to organisations that value innovation, responsible leadership, workforce development and continuous improvement.

Ultimately, my story is about connecting disciplines that are often treated separately: engineering and safety, research and practical application, design and education, technology and people, technical detail and organisational strategy.

I believe the strongest solutions emerge when these areas are considered together. That is the contribution I aim to make—using engineering knowledge, research, practical experience, safety leadership, education and innovation to create systems, products and organisations that perform better, operate more safely and deliver meaningful long-term value.