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Engineer Woman Award 2026 goes to Aerospace Engineer Annemarie Lohse

Aerospace engineer Annemarie Lohse (Airbus Defence and Space) has been honored with the Engineer Woman Award 2026 for her outstanding contributions to the development of safety-critical systems for international space missions. The award ceremony took place on 23 April 2026, as part of the FEMWORX career congress at HANNOVER MESSE.

As Major Spacecraft Delivery Lead, Annemarie Lohse is responsible for key subsystems of the European Service Module (ESM) for NASA’s Orion spacecraft. The ESM is a critical component of future crewed lunar missions, providing essential functions such as oxygen and water supply for the crew, thermal regulation, as well as structural and power systems for the spacecraft.

In her role, Lohse holds end-to-end responsibility for the Thermal Control, Consumables Storage, and Structural subsystems. She oversees core elements of the life support systems for four astronauts operating under the extreme conditions of space. At the same time, she manages complex interfaces within an international project environment and coordinates collaboration between industry partners and space agencies such as NASA and ESA.

Norah Kimathi receives the Young Engineer Woman Award

Norah Kimathi is a robotics engineer and co-founder of Zerobionic Africa. She developed a humanoid, AI-driven robotic system that translates spoken language into sign language in near real time—with an accuracy rate of approximately 92 percent and a delay of under two seconds. The technology opens up new opportunities for inclusive learning in STEM subjects and is already being used in educational settings across multiple countries.

As the first woman in Africa to advance humanoid robotics for this application, Kimathi combines expertise in natural language processing, edge AI, embedded systems, and modular robotic hardware. Her systems are intentionally designed for use in infrastructure-constrained environments and operate reliably even offline.

The impact is measurable: by 2025, the technology had reached more than 510,000 students, with over 8,000 teachers already using the systems. Pilot projects show improvements in STEM comprehension of up to 70 percent.