Omid Steadieseifi

• End-to-end management of complex component development projects in an automotive OEM environment • Responsible for achieving project targets related to timeline, quality, and scope across cross-functional teams • Key interface between development, suppliers, and customers to drive alignment and decision-making • Prioritization and coordination of technical requirements to ensure efficient project delivery • Identification and implementation of process improvements to enhance efficiency and project t

• Analysis of system behavior and identification of defects based on log and trace evaluation in an automotive OEM environment • Management and prioritization of defect tickets to ensure efficient resolution and continuous quality improvement • Collaboration with cross-functional development teams to analyze root causes and accelerate issue resolution • Support of requirements clarification and validation in agile development processes

• Design and execution of structured test cases for automotive software systems in an OEM environment (BMW) • Development of test scenarios based on functional requirements and system specifications • Automation of test cases using Java and Cucumber to improve testing efficiency • Identification and documentation of defects, contributing to continuous quality improvement

• Optimization of technical processes and IT workflows to improve efficiency and data consistency • Development and migration of databases using SQL to support scalable data structures • Design and implementation of dashboards for data visualization and decision support • Analysis and preparation of data-driven reports to identify optimization potential • Collaboration with cross-functional teams to align data solutions with business requirements

• Data analysis using MATLAB to evaluate and optimize industrial processes (e.g., material flow and velocity based on 2D video data) • Derivation of optimization measures based on experimental data evaluation • Execution and documentation of technical experiments in an industrial research environment

• Support of service and maintenance operations for industrial gas turbines in an energy environment • Analysis of material and operational data in SAP to support maintenance and optimization decisions • Execution of fleet analysis to identify performance patterns and improvement opportunities • Contribution to data-driven evaluation of system performance and operational efficiency

• Technical support in service and maintenance of industrial gas turbines • Evaluation and analysis of material data in SAP systems • Support in database analysis and fleet performance evaluation • Contribution to improving data transparency for operational decision-making

- Bilingual program (German English) - Master’s thesis topic: Modelling of Power Plant Optimisation in a Representative District Heating Network with Python including renewable sources

- Field of Study: Renewable energies in residential buildings - Final presentation: Energy Management and regulations

- Bachelor’s thesis: Solar powered ice maker > Utilising solar radiation for cooling purposes > Investigating and determining the optimal material - Bachelor internship: Evaluation of ventilation systems and performance of the Mashhad Business Complex facilities