Mohammed Adnan

Scope: Driving strategic procurement, supplier ecosystem development, and execution readiness for next-generation aerospace and eVTOL systems, operating at the intersection of hardware engineering, supply chain architecture, and certifiable production systems. Key Contributions & Impact: • Supporting development of scalable supplier ecosystems for highly engineered aerospace-grade systems, balancing precision, compliance, and manufacturability. • Collaborating cross-functionally across engineering, hardware systems, and execution teams to accelerate transition from concept → prototype → certifiable production. • Enabling sourcing strategies for complex electromechanical systems, precision components, and critical-path hardware, ensuring reliability and execution readiness. • Strengthening supplier qualification, risk mitigation, and execution frameworks in a zero-playbook, first-principles innovation environment. • Contributing to system-level scalability by aligning cost, supplier capability, and certification readiness with long-term production objectives. • Operating within a high-precision, execution-critical environment, where supply chain performance directly impacts engineering velocity and product reliability. Strategic Outcome: Contributing to the foundation of next-generation urban air mobility systems, helping transform breakthrough aerospace concepts into scalable, certifiable, production-ready platforms.

Scope: Led end-to-end sourcing, supplier ecosystem development, and supply chain architecture for multiple first-of-their-kind electric & autonomous heavy-machine platforms across lifecycle: Concept → Prototype → Validation → Early Production. Key Impact: • Built sourcing backbone for 6+ EV platforms (GLX, Vamana, Beast, OX1, E-Carry, Wheelbarrow) from zero baseline to real-world deployment. • Engineered modular platform architectures, enabling scalable variants via motor, gearbox, and control system configurations. • Drove sourcing of complex systems: motors, controllers, batteries, drivetrains, hydraulics, and electronics. • Enabled advanced EV architectures, including independent wheel drive with VCU-controlled power distribution. • Built 90% localized supplier ecosystem, evaluating 1000+ suppliers, onboarding 500+, with 3-level redundancy per component. • Partnered with global OEM-grade suppliers for co-development despite zero volume leverage. • Achieved near-ICE cost parity (~20% gap) at prototype stage, ensuring production-ready cost structures. • Managed parallel development cycles, resolving bottlenecks across powertrain, battery, and drivetrain systems. • Enabled deployments: GLX (30+ units), Vamana (50+ units) across industrial use cases. • Delivered ~50,000/month savings per machine vs ICE alternatives. • Strengthened logistics & visibility via TCI, TVS SCS, DHL integrations. Outcome: Built a scalable, cost-efficient, and globally benchmarked EV supply chain backbone enabling rapid product development and real-world deployment.

Scope: Managed sourcing strategy for propulsion systems, electronic control units, chassis components, and high-performance EV sub-systems. • Designed sourcing frameworks improving quality-cost ratio and strengthening manufacturability across EV product lines. • Collaborated directly with R&D and Prototype Engineering to align sourcing with testing cycles, reducing time-to-market by 15%. • Executed supplier audits, capability reviews, and negotiations ensuring zero line-stop incidents and consistent quality. • Implemented digital procurement dashboards improving visibility across lead times, deviations, defect index, and OTD KPIs. • Developed risk-mitigation plans for critical-path components enabling uninterrupted prototype build cycles. • Strategic Outcome: Elevated sourcing maturity, improved supplier reliability by 18%, and accelerated Orxa’s prototype-to-market pipeline.

Scope: Directed component development, material planning, and procurement activities for EV and hybrid platforms aligning design, manufacturability, and supplier capability. • Managed a diversified procurement portfolio covering mechanical, electrical, and material systems, enabling agile sourcing and stronger supplier integration. • Collaborated with engineering teams on vehicle development cycles (concept → serial production) ensuring design feasibility, manufacturability, and cost alignment. • Digitalized material management & procurement processes, embedding analytics for traceability, compliance, and spend visibility. • Strengthened vendor ecosystem with 300+ suppliers, improving sourcing redundancy and reliability for critical component categories. • Contributed to the company’s cumulative ₹7+ crore savings impact across all organizational engagements through optimization and supplier strategy refinement. • Strategic Outcome: Enhanced scalability, transparency, and supply readiness across Persist Energy’s production roadmap.

Graduated with specialization in Design for Manufacture (DFM) focusing on scalable manufacturing processes, advanced material engineering, composites, and production-ready design. Completed a high-impact thesis on Epoxy–Graphite Composite, achieving 70 MPa strength, integrating material design, mechanical testing, and process optimization. Developed strong foundations in tool design, precision machining systems, production planning, CAD/CAM, and value engineering relevant to EV and advanced manufacturing industries.

Studied core mechanical engineering disciplines with hands-on involvement in automotive design, manufacturing technology, machining systems, and mechanical analysis. Final-year thesis focused on Modification in Design & Manufacturing of an Electric Bike, integrating design optimization, electrical integration, materials, and prototype fabrication. Actively contributed to lab projects, EV explorations, mechanical design competitions, and multidisciplinary engineering workshops.