Education, Research and Professional Development

My education has been shaped by a deliberate progression from practical trade training to advanced engineering, research, occupational health and safety, business leadership and professional education. Over more than two decades, I have built a multidisciplinary academic and technical foundation that enables me to understand engineering from the workshop floor through to design, management and organisational leadership.

My engineering journey began in Mauritius through the Industrial and Vocational Training Board at the Surinam Training Centre, where I completed technical training in Mechanical Engineering Craft Practice. This early education developed my practical capabilities in machining, toolmaking, mechanical systems, workshop processes, technical accuracy and hands-on problem-solving.

I later completed further training in Industrial Machine Maintenance at the Sir Kher Jagatsingh Training Centre. This strengthened my understanding of machinery, maintenance planning, fault diagnosis, equipment reliability and industrial operations. Together, these early qualifications established the practical foundation that continues to influence the way I approach engineering design, maintenance, safety and technical decision-making.

My early development also included apprenticeship experience with Air Mauritius as an Aircraft Maintenance Technician. Working within an aviation environment reinforced the importance of precision, technical standards, disciplined procedures and reliability. This experience helped me understand that effective engineering is not only about making systems operate, but also about ensuring that they operate safely, consistently and according to demanding technical requirements.

After moving to Australia, I continued expanding my qualifications and technical capabilities through engineering studies at institutions including Swinburne University of Technology, RMIT University and Deakin University. This academic progression allowed me to combine practical workshop experience with higher-level engineering theory, design methodology, analysis and product development.

At Swinburne University of Technology, I developed further capabilities in engineering design and modern technical processes. I also completed Product Lifecycle Management training involving Siemens NX5 CAD software, strengthening my knowledge of digital modelling, product design, engineering documentation and integrated product-development systems.

My broader engineering education developed my capabilities across mechanical design, machine development, computer-aided design, manufacturing, prototyping and engineering analysis. It also strengthened my ability to move confidently between practical engineering environments and more complex analytical, research and design-focused work.

Research into 3D-Printed PPE During COVID-19

A particularly important part of my academic journey was my research at Deakin University, where I completed a thesis focused on the quantitative analysis of 3D-printed personal protective equipment produced during the COVID-19 pandemic.

The research examined the engineering performance, practicality and potential value of additive manufacturing as a rapid-response solution during a period of severe global supply-chain disruption and urgent demand for protective equipment. It explored how 3D printing could support the development and local production of PPE when conventional manufacturing and distribution systems were under extraordinary pressure.

This thesis allowed me to combine mechanical engineering, additive manufacturing, product evaluation and quantitative analysis in response to a real-world global challenge. It strengthened my understanding of evidence-based design, research methodology, product reliability and the social responsibility of engineering.

More importantly, the research reinforced my belief that additive manufacturing is much more than a prototyping technology. When applied effectively, it can contribute to emergency response, local manufacturing, healthcare innovation, supply-chain resilience and community-based problem-solving.

The experience became a major turning point in my professional journey and contributed to the development of ORIUS3D. Through ORIUS3D, I have worked to transform engineering and research knowledge into practical education, training and advanced-manufacturing initiatives across Australia, Mauritius, the Indian Ocean region and Africa.

The company has enabled me to promote 3D printing through workshops, technical demonstrations, equipment supply, educational programmes and industry engagement. My objective has been not only to introduce the technology, but also to build the skills and confidence required for students, teachers, technicians, entrepreneurs and professionals to use additive manufacturing effectively.

Occupational Health, Safety and Environmental Management

As my career developed, I became increasingly interested in the relationship between engineering systems, workplace risk, human performance and organisational responsibility. This led me to expand my education into occupational health, safety and environmental management.

I completed a Graduate Certificate in Occupational Health, Safety and Environmental Management at Australian Catholic University, followed by a Master of Occupational Health, Safety and Environmental Management.

These qualifications strengthened my capabilities in risk management, incident investigation, workplace safety systems, environmental responsibility, regulatory compliance, safety leadership and organisational improvement. They added a strategic and human dimension to my engineering background by helping me understand how machinery, operations, people, workplace culture and management systems interact.

My engineering experience allows me to identify technical and operational hazards from a practical perspective, while my OHSE education enables me to examine those risks through regulatory, organisational and leadership frameworks. This combination supports my ability to contribute to safer systems of work, engineering risk management, incident prevention and continuous improvement.

Business and Strategic Leadership

To complement my engineering and safety expertise, I am also completing a Master of Business Administration at Australian Catholic University.

The MBA is expanding my understanding of strategy, governance, markets, financial and commercial decision-making, organisational development and leadership. It is helping me connect technical and safety considerations with broader business priorities and understand how decisions made at management and executive levels affect operational performance, workforce capability and organisational risk.

The combination of engineering, OHSE and business education is preparing me to contribute beyond purely technical roles. It supports my progression towards leadership positions involving engineering management, safety strategy, technical operations, organisational improvement, training and innovation.

Training and Assessment

Education and knowledge transfer have become increasingly important parts of my professional identity. To formalise and strengthen my experience as a technical trainer, I am completing the TAE40122 Certificate IV in Training and Assessment.

This qualification is developing my capabilities in vocational education, learner support, competency-based training, presentation delivery, workplace instruction and assessment. It complements the practical training experience I have gained through engineering demonstrations, STEM programmes, additive-manufacturing workshops and professional technical education.

My objective is to combine real industry knowledge with effective teaching methods. I want learners to understand not only the theory behind a process, but also how to apply it safely and confidently in realistic workplace and technical environments.

Incident Investigation and Lead Auditing

My continuing professional-development pathway also includes specialist qualifications in ICAM incident investigation and lead auditing.

ICAM training will further strengthen my ability to investigate workplace incidents systematically, identify organisational and human contributing factors, and develop corrective actions that address root causes rather than only immediate failures.

Lead auditor certification will complement my engineering and OHSE background by developing my ability to evaluate management systems, assess compliance, identify improvement opportunities and support organisations in strengthening safety, quality and operational performance.

Together, these certifications will support my professional development in engineering risk, incident investigation, safety auditing, management systems and organisational improvement.

A Multidisciplinary Educational Foundation

My education reflects more than the completion of individual qualifications. It represents a continuous progression across interconnected disciplines:

• Practical mechanical engineering and industrial maintenance

• Aircraft maintenance and technical reliability

• Mechanical design, CAD and product development

• Additive manufacturing and engineering research

• Occupational health, safety and environmental management

• Business administration and strategic leadership

• Vocational training and assessment

• Incident investigation and management-system auditing

This combination has shaped a distinctive multidisciplinary professional profile. It allows me to bring together practical engineering knowledge, research capability, technical innovation, risk management, safety leadership, business strategy and professional education.

My journey began with learning how to manufacture, maintain and repair mechanical systems. It developed into the ability to design and analyse products, investigate performance, introduce advanced manufacturing technologies, educate others and contribute to safer and more effective organisations.

Each stage of my education has expanded my capabilities, but the purpose has remained consistent: to use knowledge in a practical way that improves people, systems, products and organisations.

My long-term goal is to continue building a career at the intersection of engineering, additive manufacturing, occupational health and safety, technical education and strategic leadership. I want to contribute to organisations and communities that value innovation, workforce development, responsible leadership and meaningful continuous improvement.