Bouke H. Email & Phone Number

Son En Breugel, North Brabant, Netherlands

Activities included:• Fully responsible for control design of 6-axis motion stage• Software architect for power supply• Software architect for motor controller for use in automotive application

Eindhoven Area, Netherlands

Improving modeling and calibration efforts in hybrid DCT application. Investigating possibilities to implement machine learning in new simulation models and applications.

Weissach

Activities included:• Support with development of simulation models for the 'Engineering Energy and Weight Management Complete Vehicle' department.• Assist with further development for continuous and efficient workflow processes. A workflow that creates a simulation model from requirements to results. This requires a modular simulation model that can be created and run in a single environment.• Assist with analysis and testing of possible solutions and simulation tools which can be… Show more Activities included:• Support with development of simulation models for the 'Engineering Energy and Weight Management Complete Vehicle' department.• Assist with further development for continuous and efficient workflow processes. A workflow that creates a simulation model from requirements to results. This requires a modular simulation model that can be created and run in a single environment.• Assist with analysis and testing of possible solutions and simulation tools which can be used to support these processes.• Analysis of numerical aspects of these modular simulation models with test models and scenarios Show less

Eindhoven

Training new Master students how to use MATLAB. This course is part of the homologation module offered to Automotive Technology, Sustainable Energy and Systems and Control master programs. Goal for this homologation part is to ensure new students don't lose any time during their studies learning the MATLAB interface and are introduced to programming inside MATLAB/Simulink. Activities included:• Teaching students how to use MATLAB/Simulink.• Creating course material.•… Show more Training new Master students how to use MATLAB. This course is part of the homologation module offered to Automotive Technology, Sustainable Energy and Systems and Control master programs. Goal for this homologation part is to ensure new students don't lose any time during their studies learning the MATLAB interface and are introduced to programming inside MATLAB/Simulink. Activities included:• Teaching students how to use MATLAB/Simulink.• Creating course material.• Helping students during the guided self-study for this program.• Examination and grading of students. Show less

Eindhoven Area, Netherlands

Advising current board on powertrain. Responsible for motor testing and validation. Also responsible for new software structure for the URE10, the 1st all-wheel driven electric race car of University Racing Eindhoven.Developed new software structure to be used in electronic control unit. Implemented libraries to use for messages from/to the control unit and integrating control software into the electronic control unit.

Eindhoven

Head of the Powertrain department in the URE team. Setting goals and a concept for the electronics of the URE08, the 4th electric race car of University Racing Eindhoven. This department consists of around 10 students designing, building and testing the powertrain for a Formula Student Electric vehicle. The group was responsible for the accumulator, motor-controller, motor and driveline.The focus for the URE08 was to reduce the weight compared to the previous car, the URE07… Show more Head of the Powertrain department in the URE team. Setting goals and a concept for the electronics of the URE08, the 4th electric race car of University Racing Eindhoven. This department consists of around 10 students designing, building and testing the powertrain for a Formula Student Electric vehicle. The group was responsible for the accumulator, motor-controller, motor and driveline.The focus for the URE08 was to reduce the weight compared to the previous car, the URE07. Ultimately 40 kilograms were saved compared to the URE07 which resulted of a car of 205 kilograms. Show less

Eindhoven

Since testing and validation of a vehicle is a vital part within the Formula Student competition, a special department within University Racing Eindhoven is dedicated towards planning, organisation and technical issues that might occur during testing days.Within this team my responsibilities lie within running the current and previous car, running checklists and making sure the car suffers no technical issues.Activities include:• Responsible for running the current car and… Show more Since testing and validation of a vehicle is a vital part within the Formula Student competition, a special department within University Racing Eindhoven is dedicated towards planning, organisation and technical issues that might occur during testing days.Within this team my responsibilities lie within running the current and previous car, running checklists and making sure the car suffers no technical issues.Activities include:• Responsible for running the current car and the car from the previous season.• Mechanical and electrical setting up the car as defined in the test plan.• Defining track layout's which can be used. • Driver training and studying racing lines and behaviour.• Car performance and setup and correlation with (tyre) modelsDuring this period I gained a lot of knowledge regarding (race-)car setup and electric powertrains. Also getting familiar with the simulation models used by the team. I learned a great deal regarding vehicle dynamics and simulation models. These include different tyre models like the delft tyre model and the brush model. Highlights for me were during the Michelin Green X Student Days where we had to test the car surrounded with fellow engineering students and experts and winning the skid-pad event in the Formula Student Germany competition. Show less

Suameer

Helping out in the warehouse.Actvities include:• Setting up new system for distribution of tools and parts.• Taking orders for parts from personnel.• Bring high-priority parts to work sites.• Monitor stock of frequently used parts.• Tidying up warehouse.

Master Of Science (Msc), Automotive Technology

Graduated with great appreciation Courses followed: • Vehicle dynamics (A) • Control engineering (A*) • Multibody and non-linear Dynamics.

Bachelor Of Science (Bsc), Mechanical Engineering, (2:1)

Activities and Societies: University Racing Eindhoven Mechanical engineering. Bachelor Thesis: Testing and validation of high-performance.

Vwo, Natuur En Techniek

Profielwerkstuk: Creating a foosball table with an integrated led-matrix diplay for showing score. A PIC was programmed with LDR to detect.