Executive Leadership & Scientific Governance

  • Naseer Alsharmani | Founder, CEO & CTO

    • Contact: naseer@emls-project.com

    • The visionary architect behind EMLS, focusing on the strategic implementation of ground-based electromagnetic logistics and the integration of lunar-to-earth supply chains.

  • Dr. Ulf Haderthauer | Chief Scientific Officer (CSO)

    • Contact: dr.ulf@emls-project.com

    • A distinguished Research Physicist specializing in Electromagnetic Physics and high-velocity propulsion. Dr. Haderthauer leads the technical architecture, ensuring precise pulse power synchronization and trajectory accuracy for orbital insertion.

Strategic Research & Technical Governance

  • Confidentiality & Compliance: All advanced research concerning our proprietary Smart Hydrogel technology is protected under a Non-Disclosure Agreement (NDA) with Gravion Microgravity Lab.

  • TRL-4 Validation: This partnership, hosted within the International Space University (ISU) Incubator ecosystem, ensures that the EMLS project adheres to the most rigorous scientific and aerospace standards globally.

Leading the Future of Space Logistics

EMLS is a deep‑tech venture dedicated to revolutionizing space access through sustainable electromagnetic launch systems. Our mission is to bridge world‑class academic research and commercial space applications, accelerating the orbital and lunar economies with cost‑effective, low‑emission launch solutions.

What we do

  • Develop and validate electromagnetic launch technology (TRL‑3 validated) that dramatically reduces the cost per kilogram to orbit, targeting up to 90% savings versus conventional chemical launch.

  • Translate rigorous academic research into industrialised systems through multidisciplinary engineering, systems integration and rigorous testing.

  • Design scalable, repeatable launch infrastructure compatible with small satellites, cargo transport and in‑orbit assembly operations.

Why it matters

  • Economic: Lower launch costs unlock new markets — in-orbit manufacturing, large constellations, lunar logistics and sustainable space‑based services.

  • Environmental: Electromagnetic launch removes dependence on high‑propellant launches for many payload classes, reducing emissions and the environmental footprint of access to space.

  • Strategic: Building indigenous, high‑value technology supports national technology sovereignty and aligns with long‑term development goals.

How we work

  • Collaborative R&D: We partner with top universities, research institutes and international industry players to accelerate technology maturation and ensure rigorous scientific underpinning.

  • Systems thinking: Our approach integrates electromagnetics, power systems, thermal management and materials engineering to deliver practical, manufacturable launch solutions.

  • Commercial focus: From prototype demonstration to market adoption, we structure pathways that de‑risk investment and shorten time‑to‑market for customers and partners.

Our pathway to impact

  • Demonstration: Rapid iteration through lab and field demonstrators to advance TRL and validate performance under operational conditions.

  • Partnerships: Strategic alliances with satellite manufacturers, logistics providers and space agencies to co‑develop applications and supply chains.

  • Scale: Modular deployment strategies enabling incremental capability growth — from payload servicing to sustained lunar logistics.

EMLS brings together deep scientific expertise, systems engineering excellence and a commercial mindset to lead the transformation of space logistics. By making access to space more affordable, sustainable and reliable, we enable the next generation of orbital and lunar economies.