Meili provides a universal fleet management system for mobile robots.Control your fleet of various robot types and makes on one platform, with automated allocation of jobs to the robots.

Intention was to establish a drone delivery service, as a 3rd party courier.Found it was too challenging to find use cases in Europe that could justify the costs, and was not able to gain permits to operate without significant capital.Aldus Drone evolved into Meili Robots in April 2019 as a new entity.

Developing airborne wind energy turbines, by combining drone technology with kites!

- Oversaw the time plan of the vehicle development schedule,- Updated senior members of Spiri the progress carried out by mechanical, BIW, and electrical teams,- Maintained an overview of the teams'​ workload on JIRA, as well as moderate and co-admin,- Assisted in proof reading of documents,Spiri is a start-up developing a purposely build electric vehicle for urban transportation combined with a on-demand car pooling platform.

Wiring/Electrical System:- Worked on the electrical wiring of the vehicle, both in 2D and 3D CAD packages. Developing the whole wiring diagram and routing within the vehicle,- Positioned of electrical components in 3D packaging as well as design the mounting of said components,- Checked clearance and gaps between components in vehicle through 3D CAD. Making sure that the components can be serviced easily if needed,- Communicated with other teams to check the compatibility of components with their designs and systems,- Ran simulations of energy consumptions using LT Spice,- Carried out calculations of energy consumption of components and voltage drop throughout wiring harness'​,Documentation and Procurement:- Produced documentation of the vehicle electrical systems and functions for both development and guidance,- Communicated with potential suppliers of electrical parts for the vehicle,- Checked compatibility of the electrical components for their use in the vehicle,Spiri is a start-up developing a purposely build electric vehicle for urban transportation combined with a on-demand car pooling platform.

Team Leader of KU e-Racing, Formula Student. Managing the Formula Student team, with 20+ members. Responsible for: - Handling communication with sponsors, - Ordering parts, - Overseeing technical designs, - Commissioning parts manufacture, - Handling team accounts, - Managing team members. Project manager for the 2015 and 2016 seasons.Final result of the 2016 season placed the team as the top ranked UK electric team.

Kingston University Electric Formula Student team.Oversaw development of the powertrain system and driveline for the 2013 and 2014 seasons' vehicles.

Worked in vehicle workshop, learning technical diagnosis and repairs under the Mercedes-Benz apprenticeship scheme.