Oliver Flieth

- Developed interactive dashboards featuring key performance indicators (KPIs) to identify and optimize processes - Conducted exploratory customer data analyses to address business questions from stakeholders - Enabled automated data analysis, target group identification and data selection for sales management - Advanced smart data development within the VR-Group, including the creation of machine learning models for forecasting, live event prediction and classification

Powertrain Application (Embedded SW): -Driveability -Operation stategery and energy Management -Torque coordination & ICE control -HMI + ADAS / Autonomous Driving -automated measurement and result reporting -functional root-cause analyses including analysis of signal and sensor data -model based optimizations for various ECU functions -Plattforms: Plug-In-Hybrid & Mild-Hybrid as well as konventional engines -validation tests including test drives on different test tracks to fullfill customer requirements

Topic: Model based optimization of rule based hybrid strategy functions to reduce Co2-emissions during series development. The prototype used for this thesis has been a 48V P1-hybrid platform. Compared to a conventional ICE platform, this platform is able to boost, load shift the ICE and recuperate.

-Tooldevelopment for automated recording and -evaluation of measurements, problem identification and analysis -application of driveability, embedded software and modell analysis -research concerning hybrid strategies: rule based, route based, forward looking and intelligent strategies -creating and deploying reports, evaluations and analysis

Topic: Automated calculation and optimization of the accelerator pedal related maps and parameters

Praktikant in der Powertrainapplikation

Werkstudent im Qualitätsbereich der Herstellung von Dichtungsringen

Werkstudent im Einzelhandel

Praktikum in der Werkzeugfertigung

Auslieferung von Paketen an Berliner Haushalte

Minijob im Einzelhandel

Thermodynamik, Thermische Strömungsmaschinen, Simulation, Regelungstechnik, Künstliche Intelligenz, Verbrennungskraftmaschinen

Verbrennungskraftmaschinen, Programmierung, Simulation, Konstruktion, Mechanik