Mudassir Ali Syed

• Leading project vehicle sub-systems teams responsible for CCTV, Passenger Information System (Display, Audio & Infotainment), Passenger Counting and WIFI. • Responsible for work packages, effort estimation, planning, delivery, quality for the scopes. • Responsible for design gates for 4 scopes in a product family. • Features owner for several Projects. • Reviewing the Sub-Systems requirements. • Planning, Scheduling, progress monitoring using KPIs. • Weekly project reviews with management.

• System development of the Hundai Kia Motor for Sunroof module. • Creation of the System Architecture and Design as well as the system-relevant Technical Requirements in DOORS and Rhapsody for software and hardware development. • Organization of workshops with the customer to clarify the system design and system architecture. • Validation of the system design according to customer requirements and validation of functional safety concepts. • Ensuring traceability in accordance with the ASPICE requirements.

• Working on Antilock Braking System • Review & Analyzing the Requirements, Creation of Test Specifications using DOOR. • Responsible of Manual/Automated Testing & Debugging on the Software in Loop & Hardware in Loop using Embedded C. • Responsible for Acceptance Test, FAT, UDS, DM & communication of the Bus. • Tracking of Test Activities, reporting of test status in System Test Report, incl. Software Release recommendation. • Ensuring traceability in accordance with the ASPICE requirements.

• Test Automation of Camera Based Driver Assistance System. • Review & Analyzing the System Requirements, creation of Test Specifications in DOORS. • Responsible of Automated Testing & Debugging of several visual functions on the HIL & Framework using Python. • Documentation of Test Results, Analyze & report issues. Coordinate with other Functions experts. • Responsible for Acceptance Test. • Creation of Simulated Test Scenarios in IPG CarMaker. • Performing Traceability management plan in DOORS.

• Smartphone as a Vehicle Key. • Development of Smartphone Localization & distance prediction Algorithm based on Bluetooth Low Energy. • Implementation of Localization Algorithm using BLE Modules via serial/wireless interfaces. • Developing Static & Dynamic Architecture of Smart Access System. • Development of Model & GUI in Matlab/Simulink and performing the Real Time Simulations. • Implementation and Calibration of Smartphone as a Vehicle Key with all access Features in Prototype vehicle.

• Research & Designing of Thermal model estimating the temperature of a Permanent Excited Synchronous Machine. • Implementation of Thermal Model consists of Thermal Resistances & Capacities with the consideration of thermal interaction of PSM with its Environment (Air, Gearbox & Engine Temperature) in Matlab/Simulink. • Verification of the model against available measurements done using ETAS INCA in a project by simulations. • Model Based Testing of Smart Power Control Unit of Several OEMs.

Automotive Software Technology, Real-time and Communication systems, Embedded systems Thesis: Simulation Tool for Smart Access System

Embedded systems, Electronics, Signal processing, Management courses, Final Year Project: Temperature Based Speed Control of Fan using TRIAC.