Anas Adem

Pivotal figure leading an agile squad and two lines of products (Asycube and Asyfill). Led the development of new variants of flexible feeding systems and several software releases, enhancing modularity.

• • Led the developpement of a flexible feeder for aseptic environments GMP & FDA compliant.

• • Designed CAD models and implemented solutions to optimize manufacturing and reduce costs.

• • Developed Python-based real-time data analytics tools for the entire products range, improving system performance and enhancing product insights (hopper capacity, vibrations tuning, smart feeding).

• • Build a product roadmap and vision, data analytics tools to track performance of the product portfolio.

• • Strategic reorganization: restructuring the ticketing system, optimizing knowledge management processes Due to a difficult economical situation, my team has been disbanded

Multi-disciplinary engineering role focused on improving the efficiency of the deployment of inventory drones in warehouses. Reduced installation time by 50% and optimized the quality of the data captured, reducing the error rate by 20% globally. Developement of multiple tools for the deployment team.

• • Developed a new plant map parsing software to allow clients to perform map changes by themselves.

• • Developed a tool for 3D visualisation of the warehouse allowing to easily identify paterns of misplacement.

• • Built an automated and versatile test bench for multiple test plans, performed mechanical design reviews.

• • Improved overall data quality for our customers, implementation of a new process, new success criteria.

• • Deployed more than 20 drones across Europe to get better understanding of the system

• • Built an inhouse training center and rewrote of the deployment procedure to reduce time and improve reliability and comfort, rewrote most of the client documentation to make it user-centric instead of tech-focus.

• • Performed SW and HW troubleshooting/repair to deploy the system as fast and reliably as possible.

Development of a solution of power transmission system for Lunar and EVA applications. Following up on my masters thesis where I investigated potential solutions of contactless power transfer solutions.

• • Design of an innovative electrical connector and solutions to mitigate lunar risk factors.

• • Built a Lunar environment test-bench for cycle-testing in Moon-like conditions.

• • Dynamic multi-physics simulation of the connector for chemical, thermal and structural aspects.