BITS

• Research Focus: Improving repeatability of steady-state engine tests, with focus on PM2.5 emissions.
• Collaboration: Partnered with Jaguar Land Rover using a 5-litre naturally aspirated V8, AVL dynamometer test cell, Horiba emissions equipment, and a bespoke National Instruments interface.
• Achievements: Achieved a 30% reduction in PM2.5 measurement variability during DOE testing.

• Role: Designed and developed bespoke engine testing data collection equipment.
• Development: Created software tools to track tests and automate repetitive tasks.
• Outcome: Improved data integrity and operational efficiency.

Reference: SAIC Motor UK

• Responsibilities: Enhanced engine test software automation with systematic approaches.
• Integration: Integrated software and infrastructure during facility upgrades.
• Role: Served as the technical expert during facility upgrades.

Reference: Caterpillar

• Focus: Automated testbed data systems and developed live monitoring toolchains.
• Leadership: Streamlined workflows and led software development.
• Impact: Introduced robust versioning protocols to enhance data integrity.

Reference: MAHLE Powertrain

• Development: Built decentralised applications (DApps) and conducted smart contract auditing.
• Projects: Developed proof-of-concept projects and integrated Bitcoin Lightning nodes.
• Workshops: Led blockchain workshops to educate stakeholders.

Reference: Extropy.io

• Development: Created the Bike Control Module (BCM) application.
• Systems: Designed and implemented OTA update systems, remote monitoring frameworks, and Polygon‐based smart contracts for electric motorbikes.
• Innovation: Spearheaded blockchain‐based OTA integration using Bitcoin, Nostr, and Blossom, optimising telemetry pipelines.

Reference: Pave Motors