• Ecosystem
NAMS serves as the innovation nucleus powering next-generation electric mobility platforms and autonomous drone ecosystems.
Advancing EV propulsion systems, battery intelligence, and scalable vehicle architectures for sustainable mobility.
Engineering autonomous UAV systems, indigenous flight stacks, and advanced telemetry frameworks for aerial intelligence.
• Research Verticals
Four integrated research domains enabling next-generation mobility platforms across electric vehicles and autonomous drone ecosystems.
High-efficiency motor controllers, advanced BMS architectures, and propulsion system optimization for scalable electric platforms.
Edge-AI navigation, obstacle avoidance, and autonomous UAV flight control for complex operational environments.
Topology optimization, lightweight composites, and carbon-fiber integration for radical weight efficiency.
Developing the unified "Mobility OS" for connected EVs, drone telemetry, and intelligent fleet ecosystems.
• NAMS Academy
At Neo Advanced Mobility Systems, we bridge academia and industrial research through our Fresh Engineer Induction Program (FEIP). Engineers work directly on electric vehicle platforms, autonomous drone systems, and AI-driven mobility innovation.
First generation of engineers shaping next-gen EV and autonomous drone platforms
Core research domains: Electric Powertrains, Autonomous Systems, AI Mobility Controls
Hands-on R&D immersion from day one — zero theory-only training
• Leadership & Research Team
Our research-driven team builds intelligent EV platforms and autonomous drone systems.
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• Contact
Engage with our EV and Drone R&D specialists for partnerships, enterprise collaboration, or research initiatives.
