Morteza Djebeli Sinaki

As AI Product Manager in Development, I am responsible for the identification and evaluation of AI use cases as well as for the strategic direction and vision of AI initiatives at Brose worldwide in close collaboration with Brose IT. With the help of seamlessly integrated intelligent AI solutions such as GenAI, I lead the productivity and efficiency improvement in processes and development at Brose. By using advanced AI edge solutions in our automotive products, I drive innovation and improve the quality of our products at Brose.

Disciplinary and technical leadership of the software development team in the central electronic department at the Bamberg site, as well as technical supervision of the team members at the global sites. Independent planning and global assurance of software development activities within the Brose Group, efficient use of available human and technical resources in close cooperation with all relevant departments. Sole responsibility for the annual budget planning within the assigned area. Group-wide definition of required software development skills, assessment of existing competencies and establishment of targeted initiatives to achieve defined skill levels. Coordinate the career path for the key technology area of software development, focusing on the nomination, development and networking of specialists and experts.

Implementation of interactive teaching methods like Jupyter Notebook and CoLab to deepen practical understanding. Introduction of source code versioning (Git, GitLab) using the fork-pull model for structured teamwork. Utilization of AI-assisted coding tools like GitHub Copilot and Gemini to integrate modern software development practices. Use of state-of-the-art libraries such as OpenCV, Scikit-Image, and PIL in python for classical medical image processing. Introduction of AI techniques for image segmentation and classification to enhance analytical capabilities

Leading interdisciplinary, international system product teams in the customer acquisition phase to evaluate customer product inquiries. Defining, distributing and reviewing work packages in the customer acquisition phase for the rapid evaluation of customer product inquiries Develop Modular Front & Rear Axle (400V & 800V) System ( E-Machine [PSM, ASM], Inverter [SiC MOSFET & IGBT] , Reducer, Disconnect, Parklock). Support from System context the development of the Inverter Stand-Alone projects and On-board Charger

Technical lead of an interdisciplinary and distributed development team according to the agile methods, Planning and monitoring of process requirements such as reviews and quality metrics, investigate and analyze the technical problems and shortcomings of software, develop and manage new technical solutions within the development team, timely communication to the stake holders, Establishment of a dedicated work plan for the development team to achieve the defined objectives, Develop accurate, high bandwidth and robust control for highly saturated electric motor (800V, 400V), develop robust rotor position sensorless motor control for all speed range for limp home use case in vehicle, develop software algorithm to solve NVH and DC-link ripple problem in the drivetrain.

Application of agile, model-based design methodologies and automated code generation for developing drivetrain functionalities within specified time and quality requirements. Transition and implementation of pre-development projects into series production, ensuring maturity within the defined timeline and quality criteria. Utilization of verification methods to confirm model functionality and quality, thus accelerating and streamlining automotive development cycles. Specification and documentation of software product functionalities in coordination with internal and external stakeholders. Testing and verification of software product functionalities against customer specifications, both at the hardware-in-the-loop (HIL) test bench and directly in the vehicle. function and software development with focused on signal processing for rotor position angle and speed (DSADC and SW Solution) , Anti-jerk (active damping) controllers, calculation and optimization of efficiency operating point (MTPA, MTPF) for PMSM,

Development and verification of software components applying established architectural design methodologies. Development and implementation of software solutions in the programming languages C/C++ and C#, ensuring compliance with the safety standard ISO 26262. Execution of software integration on both test and target platforms. Planning, performing, and documenting software and integration tests as well as evaluating the results. Implementation of quality assurance measures, including reviews and the collection of relevant metrics and key performance indicators. Coordination and assessment of requirements and work results with internal as well as external stakeholders and customers. Training of software developers from international locations to ensure their efficient integration into the existing development team. Development of algorithms for voltage, speed, and DC current control. Creation of software modules for modeling thermal behavior of electrical machines and implementing corresponding derating concepts.

Development of a tonometric measurement system for pulse wave detection using FSR sensors.

Develop algorithms in C++ to analyze dynamic of the heart valve, enhancement of ImageJ-framework in Java to compare different segmentation approach

Student tutor in control engineering

Creation of maintenance and repair plans for a machine consisting of 19 interlinked cells for solenoid valve assembly, Troubleshooting and error recording on the solenoid valve assembly machine: Documentation of the focal points and suitable preparation

Programming of an application software using Java for the recognition of barcodes in a dermatological image

Entwicklung eines tonometrischen Messsystems zur Erfassung der Pulswelle mittels FSR-Sensoren