Engineering Design • Building Operations • System Reliability

I am a Mechanical Engineering Technologist, 4th Class Power Engineer, and Engineering-in-Training (EIT) candidate with more than fifteen years of experience supporting industrial facilities, mechanical systems, utility infrastructure, equipment reliability, and engineering-related operations.

Throughout my career, I have worked closely with mechanical equipment, piping systems, boilers, rotating machinery, utility systems, and facility operations in industrial, healthcare, and hospitality environments. These experiences have provided me with a practical understanding of how mechanical systems perform under real operating conditions, how failures develop, and how reliability, maintenance, and engineering decisions influence long-term performance.

My professional focus is now directed toward Building Mechanical Engineering, HVAC Design, Energy Systems, and Facility Engineering. I am actively developing my capabilities through engineering study, Revit MEP training, technical analysis projects, and continued professional development while pursuing my Engineering-in-Training pathway.

What motivates me most is understanding the complete lifecycle of a mechanical system—from concept and design to installation, operation, maintenance, troubleshooting, and optimization. I believe effective engineering solutions should not only satisfy design requirements but also remain practical, maintainable, reliable, and efficient throughout their service life.

My background combines field experience, technical investigation, operational knowledge, and engineering problem solving. This perspective allows me to approach building mechanical systems with a strong appreciation for both design intent and real-world performance.

Engineering Interests

• Building Mechanical Systems

• HVAC Design and Air Distribution

• Hydronic Heating and Cooling Systems

• Energy Efficiency and Building Performance

• Facility Engineering and Building Operations

• Mechanical Equipment Reliability

• Piping Systems Design

• Boiler and Utility Systems

• Revit MEP and Building Information Modeling (BIM)

• Engineering Analysis and Technical Problem Solving

Professional Philosophy

I believe engineering is most effective when theory, practical experience, and continuous learning work together. My goal is to develop into a professional mechanical engineer who can contribute to the design of safe, efficient, reliable, and maintainable building systems while continuously expanding technical knowledge and practical expertise.

What This Portfolio Represents