Battery Powered Electric Bus Development i. Component selection of high voltage system, design and development of high voltage power distribution units, development of battery configurations on the bus. Budget control and tracking the project investment and project issues. ? Lithium Battery Pack Development and Battery Management System Design i. Design and development of the lithium battery Packs for the buses. ii. Design of the battery management system for lithium batteries iii. Design of the charging controller for battery packs iv. Developing communication protocol of the battery packs v. Development of battery packs for compatibility to UNECE and FMVSS Regulations vi. Interface between developer and universities vii. Tracking the project issues and controlling budget and investments ? Self Driving Bus Development i. Defining project requirements and safety requirements ii. Component Selection and Implementation to vehicle. iii. Development of Traction and Brake control algorithms iv. Preparing testing scenarios for the vehicle and implementing to testing area. v. LIDAR and Radar, Camera Selection vi. Development Steering Controller for Buses vii. Developing communication protocol of the self driving bus viii. Tracking the project issues and controlling budget and investments ix. Interface between developer and universities ? Inverter Design Project i. Defining project requirements ii. Design of the multi-inverter solution for the battery powered buses. iii. Developing HIL system for the testing of inverters iv. Developing communication protocol of the inverters v. Interface between developer and universities vi. Tracking the project issues and controlling budget and investments ? Vehicle Data Collection and Predictive Analysis i. Developing vehicle CAN data for the data collection ii. Collecting data on the big data analysis server iii. Analysis of the data using big data tools and learning algorithms ? Functional Safety (ISO-26262) i. Definition of the items for the electronic of the buses. ii. Applying the HARA analysis to the items of the buses iii. Defining Functional safety and Technical Safety requirements to the development team iv. Certifications for the Funtional Safety from TUV-SGS. (Automotive Funtional Safety Profession)