CMatP Profile: Murugesan Annasamy

With a deep-rooted passion for materials science and an impressive background in surface modification, additive manufacturing, and failure analysis, Murugesan Annasamy CMatP is a standout figure in the field of metallurgical and materials engineering. Currently working as a Materials Engineer at Advanced Technology Testing and Research (ATTAR), Murugesan applies his extensive research expertise to solve complex industrial challenges, particularly within the mining and mineral processing sectors.

From investigating equipment failures to enhancing the performance of wearresistant components, Murugesan’s work is underpinned by rigorous testing, a strong commitment to compliance, and a focus on real-world impact. A PhD-qualified engineer with a passion for continuous learning, he is also a proud Chartered Materials Professional (CMatP)—a designation that reflects both his technical skill and dedication to advancing the profession. In this Q&A, Murugesan shares insights into his career journey, the mentors who have inspired him, his most challenging project to date, and what excites him most about the future of materials engineering.

Where do you work and describe your job.

As a Materials Engineer at Advanced

Technology Testing and Research (ATTAR), I work with the engineering and consulting team to deliver expert services in materials testing and research. ATTAR is an independent consulting firm specialising in advanced materials testing, accident investigation, regulatory compliance assessments, condition monitoring, corrosion evaluation, foreign contaminant identification, and both product and material testing. With over 30 years of experience, we are also a leading provider of training in NonDestructive Testing (NDT).

In my role, I focus on testing materials used in the mining industry, including wear plates, conveyor rollers, and conveyor belts. I assess their compliance with engineering and industrial standards to ensure their reliability and performance. Additionally, I play a key role in failure analysis of mining process equipment, helping the industry identify the root causes of failures and improve operational efficiency.

What inspired you to choose a career in materials science and engineering?

My educational journey has been a gradual evolution, beginning with an undergraduate degree in Mechanical Engineering, followed by a postgraduate degree and a PhD in Metallurgical and Materials Engineering. Throughout this journey, I developed a strong interest in materials engineering, drawn by its interdisciplinary nature that blends both science and engineering. This passion for materials science ultimately inspired me to pursue a career as a materials professional.

Who or what has influenced you most professionally?

During my postgraduate studies, I was deeply inspired by my mentor, whose passion and professionalism in materials research motivated me to pursue PhD. His enthusiasm for the field strengthened my commitment to continue working in the metallurgical and materials engineering stream. Throughout my PhD and post-doctoral research, my professor further shaped my skills and knowledge, helped me to become a talented materials professional.

Which has been the most challenging job/ project you’ve worked on to date and why?

The most challenging project I have worked on to date is developing a corrosion solution for mineral processing equipment. The complexity of this project was in understanding the unique environmental conditions within the mining industry, including extreme temperatures, abrasive materials, and aggressive chemicals that led to accelerated corrosion. Developing a solution that not only mitigated the corrosion but also improved the durability and performance of the equipment. This challenge pushed my problem-solving abilities and deepened my expertise in materials engineering.

What does being a CMatP mean to you?

I consider myself honored to have earned valuable recognition in the field of materials engineering. The post-nominal letters CMatP after my name distinguish me as a recognised professional, signifying my expertise and pioneering role within both academic and engineering industries.

What gives you the most satisfaction at work?

As a materials engineer in the engineering consulting field, I thrive on tackling diverse challenges to deliver effective solutions. I find immense satisfaction in achieving outcomes that provide meaningful solutions to resolve complex industrial problems.

What is the best piece of advice you have ever received?

The best piece of advice I have ever received is to never stop learning. No matter how much you achieve or how far you go, there is always something new to discover. This mindset has helped me grow both personally and professionally, pushing me to explore new ideas, stay curious, and continuously evolve in my field.

What are you optimistic about?

I firmly believe that the future is inseparable from technological innovations. Significant advancements are being made in the development of exotic materials through computerassisted alloy and process design. Looking ahead, I am hopeful that the rapid growth of artificial intelligence will play a pivotal role in efficiently designing materials tailored to meet the specific and critical needs of various industries.

What have been your greatest professional and personal achievements?

Receiving my PhD was a significant milestone in my life, and it gave me a profound sense of accomplishment. During my PhD and post-doctoral research, I had the opportunity to specialise in various materials characterisation techniques. This extensive experience allowed me to collaborate with a dynamic team, developing solutions to address severe engineering challenges faced by the mining and mineral processing industries. I felt immense satisfaction when I learned that the solutions we developed were implemented in realworld applications. systems that enable us to offer you off-the-shelf and custom solu�ons made in USA. No compromises.

What are the top three things on your “bucket list”?

I have a dream of embarking on a road trip across Australia, driving myself and exploring the vast beauty of the country for at least 30 days.

In addition to my professional ambitions, I find relaxation in cooking Indian food, which allows me to unwind and connect with my roots. One day, I hope to have a food stall at a major public event anywhere in the world, sharing my love for Indian cuisine with a global audience.

Ultimately, my goal is to be recognised internationally as a pioneer in my field, making a lasting impact on the world of materials engineering.