I acted as a strategic bridge between high-level stakeholders and complex technical teams. My main objective was ensuring business requirements translated perfectly into system architecture without scope creep.

• Authored a comprehensive BRD achieving formal client approval.
• Facilitated requirement-gathering sessions to strictly align business objectives with backend implementation.

• Designed intricate requirement-aligned process maps using Lucidchart.
• Contributed to the Software Requirements Specification (SRS) to directly guide the engineering phase.
• Participated in daily Agile Scrum ceremonies, managing requirement volatility through iterative feedback loops.

Pushing the boundaries of autonomous racing systems, integrating complex hardware-software pipelines under extreme constraints for collegiate engineering competitions like FSAE.

• Directing the end-to-end development of an autonomous racing system from initial prototype to full-scale model integration using ROS 2 and Raspberry Pi 5.
• Overseeing project timelines, roadmaps, and ensuring key milestones are met for collegiate competitions.
• Developing a comprehensive risk register to identify, mitigate, and track technical and operational risks.

[ TIMEFRAME: Sept 2025 – Present ]

Building intelligence into a physical platform. We built a custom small RC chassis based on a Tamiya type architecture to serve as our autonomous testing bed.

Hardware Integration Matrix

• Chassis Mount: Modified Tamiya RC skeleton to safely house fragile computational boards under race-load.
• Visual Arrays: Mounted HD Pi camera sensors for rapid track acquisition and obstacle detection algorithms.
• Software Core: Wrote custom Python driver scripts interfacing with the Raspberry Pi 5 to control integrated motor units.