Julia Baldyga Email & Phone Number

Brixworth, Anglia, Wielka Brytania

Li-ion cell R&D support for the new generation Formula 1 Power Unit

Anglia, Wielka Brytania

Power module and Li-ion cell manufacturing and quality expertise

Brixworth, Anglia, Wielka Brytania

Holandia

Netherlands

- Data Engineer for the Formula Regional European Championship, including car electronics troubleshooting; data and video download, storage and analysis; blanking, tyre temperatures measurements and analysis; carrying out damage assessments and elements of performance engineering- Overseeing and researching Formula Regional car's electronics (functional understanding, maintenance, alternative solutions): wiring, connectors, sensors, actuators, ECU, data logger, camera system- Planning and execution of the Tatuus T318 setup measurement series to use for setup reference- Plan and execution of the electronics aspect of adapting the Formula Regional engine into the dyno for benchmarking and engine performance window testing- Introducing a quasi-steady-state lap time simulation for track sensitivity analysis of car's aerodynamic setup for race events- CAD design and fast-prototyping of a halo model for the simulator monocoque- CAD design of ballast plates, multiple tools and 3D print/manufacturing

Berlin Und Umgebung, Deutschland

As a working student, I supported the department with following tasks:- Test preparation and execution at an oil pump test bench (additional oil pump with BLDC drive)- Development of a user interface for measuring data acquisition with the software Vector CANape- Measurement recording and data evaluation in terms of the quality of the examined oil pumps using MATLAB / Simulink- Modelling and simulation of dynamic systems using MATLAB / Simulink- Modelling of an electro-hydraulic clutch and gear actuator system- Carrying out plausibility tests and adapting the model parameters based on real measurement data- Embedding the created models into full test environment simulation for software development- Functional development for the control of the modelled gear actuation system for MATLAB / Simulink- Functional development in the context of planning a generic Automated Manual Transmission control software- Modelling of pneumatic actuators- Modelling of a pneumatically actuated dog clutch taking into account the individual phases of the gear engaging procedure for the simulation of critical situations (for example tooth-on-tooth position)- Preparing of the documentation and results presentations- Editing the content of TU Berlin's university course Introduction to Control of Automotive Powertrains, organized in cooperation with the IAV GmbH with the IAV engineers as lecturers

Berlin

As Electronics Engineer, my area of expertise was the car’s wiring harness. I also assisted in the design, soldering and programming of the car’s chassis control unit and steering wheel in C++, gaining experience with embedded systems and I2C and UART communication protocols.

I worked in the automotive test laboratory alongside engineers on testing automotive assembly parts adhering to DIN and IEC standards (IP rating, accelerated ageing tests). Thanks to that I could develop skills in measurement data acquisition, analysis and evaluation in CANape and MATLAB.

Master'S Degree, Automotive Systems

Bachelor'S Degree, Electrical And Electronics Engineering, 1.8

Activities and Societies: Formula Student Bachelor’s Thesis: "Development of a Nonlinear Model Predictive Controller for Optimization.