Canada Engineering Month Spotlight: Deep Patel

What's your engineering specialty?

My engineering specialty focuses on ensuring critical rotating equipment — pumps, compressors, turbines and gearboxes — operates safely, efficiently and reliably. These machines are the “heart” of many systems and processes, moving fluids and powering production.

As a reliability engineer, I analyze equipment performance, monitor vibration and condition data and investigate failures to prevent unexpected breakdowns. By identifying early warning signs and improving maintenance strategies, I help extend equipment life, minimize downtime and ensure operations run smoothly.

How did you get interested in engineering?

My interest in engineering began during my school years when I became curious about how machines work and how complex systems operate in industries. As I learned more about math and physics, I realized engineering is a very broad field with opportunities in many areas from designing structures and energy systems to improving industrial processes and advanced technologies. I decided to pursue mechanical engineering because it allows me to see ideas and designs turn into real-world solutions and systems that people use every day.

What's the most rewarding part of your role?

Although my work happens behind the scenes, it plays an important role in supporting industries like food production, agriculture and energy. The most rewarding part is knowing my contributions help systems operate reliably, ensuring communities have consistent access to resources they depend on every day.

Do you have any advice for someone wanting to pursue an engineering career?

Stay curious and explore beyond textbooks. A strong foundation in academics is important, but developing real engineering aptitude also comes from reading widely — technical literature, journals and industry articles — and taking advantage of online content, courses and tutorials.

Hands-on experience through projects, internships or co-op programs is invaluable, and learning from mistakes often teaches more than success. Cultivating problem-solving skills, adaptability and the ability to collaborate across teams will prepare you for the challenges and rewards of an engineering career.