Responsible for the Service Robotics software team, Which includes Robotics Engineers, Web developers, Testers and Site Instillation Engineers. - Project Planing and tasks assignmet using Agile Methedoligies (with Jira) - Analysing business requirements and defining solution architectures. - Software Research and Development strategy, planing, and implementation. - Design and implement novel and robust solutions for orchestrating high-level behaviors. (ex. Fleet management, BMS integration, Facial Recognition, Speech Recognition....) - Basic Robot functionality from mapping, localization to Spatial Perception, and Robot UI. - Designing and Implmenting Software Architecture based on solution. - Supply logs, dashboards, documentation, and training for customer success team. - Communication with third parties for collaboration and training purposes. - Providing Industrial image processing solutions for integration with ABB robot arms on production lines. (Mainly based on Machine Learning) - Providing Custom modified OS images. (ex. Linux, Windows, Docker) - Market awareness for available Robotic companies new solutions. - Component selection for sensors, cameras, drivers, controllers and computers. - Automated Releasing using Gitlab CI and Hosting deb pkgs on cloud based servers.

The theme revolved around the word “asoabi” , the robots throw discs on circular tables attached to a column with varying heights and areas. Participated in the local Competition.

Designing Robots control system from the software side and hardware side as well. - Robots programming using C++, Python, JS, Embedded C. (ROS). - Research and development. - Robots Electrical Schematic and PCB Design. - On field Robots Instillation, Testing and Simulation. - Components Selection and Logistics. - System Modeling using Simulink and Control System Design. - Onsite debugging for industrial ABB robot arms with automation team.

Theme was to make an automated guided vehicle (AGV) that would lift a weight 500kg from point A to point B in the Procter & Gamble plant (Research only).

Theme was to make two robots that can play a game of badminton doubles.

Theme was to make two robots (parent&child) one manual and other automatic. Manual robot would pick the child and help him play 4 games (seesaw-swing-pole walk-jungle jim).