About Me
I’m an Integrated Engineering graduate, with Distinction, passionate about combining mechanical design, electronics, and computational analysis to create innovative solutions. Growing up, I took inspiration from my Father, a former Mechanical Engineer, and found myself constantly tinkering and disassembling devices to figure out how they work. My passion for Physics only further drove me towards the Sciences and Engineering.
I’ve worked on projects in robotics, smart monitoring, and renewable energy, focusing on design optimization, simulation workflows, prototyping, and real-time control systems. Outside of my technical Engineering work, I’m a dedicated martial artist, musician, and photographer, which highlights my adaptability, sharpens my creativity, precision, and attention to detail.
My Journey
Originally from India, I completed the IBDP at Canadian International School Bangalore before moving to UBC to study Integrated Engineering, a program that allowed me to shape my own path within the intersection of key Mechanical and Electrical engineering concepts through project-based, independent learning.
I began my professional journey at Log9 Materials, where I worked on high-impact, confidential (Computational Fluid Dynamics and Finite Element Analysis) projects, later joined Hynes Group as an HVAC Research Assistant (Building Information Management, Computational Fluid Dynamics), and was subsequently invited back to Log9. I believe my call-backs symbolise and endorse the value of my early contributions, my work ethic, and my resourcefulness.
Education
Graduated with Distinction in Integrated Engineering, specialising in Mechanical and Electrical Engineering from The University of British Columbia.
Experience
Valuable internships and projects with cutting-edge technologies and methodologies. Worked in Industry and in Research domains, demonstrating adaptability in different technical environments.
Skills
Embedded Systems, Computer-Aided Design (CAD), Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Building Information Management (BIM). Breadth of competency demonstrates strong problem-solving abilities and independent analytical thinking skills required for self-learning.