Teun Brookhuis

MECHANICAL ENGINEER

Skills Overview

Teun is an experienced Mechatronic Engineer with an extensive background in mechanical design and the development of fully customised automation systems. His work spans product-handling and editing solutions for the machining, food, and packaging industries, as well as autonomous vehicles for material transport. Passionate about technology since childhood, Teun approaches engineering with creativity and curiosity. He works systematically from concept to completion, considering mechanical, electrical, and software aspects, and is recognised for his analytical mindset, structured problem-solving, and commitment to delivering innovative, reliable solutions.

ROBOTICS & AUTOMATION – Teun has extensive experience designing high-speed, precise automation systems using robotic arms and SCARA robots across diverse industries. In one bakery project, Teun worked closely with staff who feared automation would replace them—by communicating openly, he showed that robotics would handle the heavy, repetitive work, allowing bakers to focus on craftsmanship and quality. This approach reflects his belief that automation should enhance both productivity and people.
SELF-DRIVING VEHICLES – Teun has extensive experience working with advanced autonomous vehicles, integrating them into customised industrial projects. Examples include systems developed for manufacturers of electric car batteries and electric motors used in vehicles such as Tesla and Ford. These projects combined engineering innovation with rigorous safety design, ensuring seamless collaboration between vehicles and personnel. Teun’s hands-on experience in commissioning and integration enables him to deliver reliable, safe, and efficient autonomous transport solutions in demanding industrial environments.
PRACTICAL WORKSHOP EXPERIENCE & SITE WORK – Teun combines strong practical engineering skills with extensive on-site experience. Proficient in milling, turning, and TIG, MIG/MAG, and electrode welding, he brings a deep understanding of manufacturability and installation requirements to each project. Teun has led and supported multiple commissioning activities, developing on-site solutions to unforeseen challenges when required. His hands-on expertise ensures that designs transition smoothly from concept to reliable, real-world operation.
RAPID PROTOTYPING – Teun applies rapid prototyping to transform ideas into tangible concepts efficiently. Using FDM and SLA 3D printing technologies, he develops functional prototypes and product models that accelerate design validation and stakeholder engagement. By presenting near-finished, working prototypes, Teun effectively communicates design intent, builds confidence in project direction, and shortens the development cycle from concept to production.
SHEET METAL DESIGN & FABRICATION – Teun enjoys the challenge of designing sheet metal components that fit seamlessly and assemble efficiently. His approach focuses on precision, manufacturability, and ease of welding, ensuring parts align smoothly and stay within tight tolerances. By combining design accuracy with practical fabrication insight, Teun helps ensure that assemblies are both high-quality and straightforward to produce.

Caliber has experience in the Aerospace industry

Caliber Design has experience in the Biofuel industry

I am a Mechatronic Engineer with extensive experience in mechanical design and the development of fully customised automation systems. I have worked on a wide range of projects, including product handling and editing solutions for the machining, food, and packaging industries, as well as autonomous vehicles capable of transporting payloads independently. From a young age, I have been passionate about understanding how things work, building and improving them through creative, hands-on problem solving.

I approach engineering systematically from start to finish, integrating mechanical, electrical, and software considerations to deliver complete and reliable solutions. I enjoy tackling complex challenges, especially those that initially seem impossible, and breaking them down into achievable steps to uncover the most effective design outcomes.

Outside of work, I seek challenge and adventure in nature. I enjoy hiking, exploring remote areas, and living simply off the grid. For an extra dose of adrenaline, you will often find me climbing mountains or testing my limits in the outdoors.

Project Experience

SCHWANOG

Autonomous Material Transport with Cobot Integration

Developed a flexible logistics system combining a collaborative robot (Cobot) with an autonomous mobile robot (AMR) for automated transport of CNC insertable tooling boxes at Schwanog. Defined system requirements, designed the AMR base structure, and coordinated mechanical, electrical, and software teams. Oversaw testing, software optimisation, and on-site implementation, including server setup, facility mapping, and operator training, ensuring reliable system performance and smooth handover.

NORTHVOLT

Automated Heavy Payload Handling

Led the design and implementation of a conveyor system mounted on AMRs for automated loading and unloading of 1500 kg payloads at Northvolt. Defined requirements, completed mechanical and electrical design, including FEA, and developed a custom alignment method for high accuracy. Managed safety validation, documentation, and operator training, overseeing full on-site installation and testing for reliable system operation.

NOLLEN

Automated Dough Handling System

Designed and developed a mechanical system for automated dough loading into paired baking moulds at Bakery Nollen. Defined system requirements and ensured compliance with food industry safety standards. Created a food-safe fence design and centring unit adaptable to varying product carrier trolleys. Conducted FEA calculations, process testing, and on-site implementation while establishing company design standards for food processing projects.

BAKKERIJ HOLLAND

High-Speed Bread Packaging Machine

Developed the first high-speed packaging unit for Bakkerij Holland, automating the pick-and-place of bread in MAP packages into boxes. Defined system requirements, designed all mechanical components with vacuum grippers, and ensured food safety compliance. Addressed vision challenges caused by transparent, reflective packaging and supported testing to verify smooth, accurate robotic operation.

TRUMPF

Autonomous Product Carrier Transport

Developed and validated an autonomous logistics system for Trumpf, enabling the transport of ten product carriers with automatic handovers at pick-up and drop-off points. Defined system requirements, designed and refined mechanical and electrical concepts, and led integration and vehicle testing. Deployed hardware and software on-site, including facility scanning, mapping, and traffic configuration, ensuring reliable operation despite variable product weights and vehicle tolerances.