I specialize in assisting companies with their sales activities, focusing on three key pillars: Strategy, Structure, and Sequencing. My department specifically supports businesses in the engineering and manufacturing sectors.We proudly hold the status of a Gold HubSpot Partner 🎖️.

As a Precision Mechanics Engineer at Neitraco Engineering, I'm currently on secondment with ASML, working on the 1 micron BTS project for the new EUV machines. My work centers on designing precision components, tackling engineering challenges, and upholding quality. With skills in 3D modeling and FEM analysis, I contribute to advancements in semiconductor manufacturing, combining passion for innovation with precision engineering expertise.

As Mechanical Engineer in a renewable wind energy R&D team, my focus is on developing small-scale wind turbines for the consumer market. The project challenges include creating a cost-effective system that withstands extreme weather, fatigue, and dynamic stresses, necessitating a perfect blend of aerodynamics, mechanics, construction, and electronics.My responsibilities extend beyond daily engineering tasks to overseeing research on optimizing system synergy, construction stability, mechanics, the alternator, installation technology, and developing an electrical control system. My work involves intensive research, optimization, 3D modeling, assembly, installation, integration, and validation of innovative mechatronics solutions through FEM analysis and manual calculations.Additionally, I manage factory operations and material research, connect with suppliers and manufacturers, ensure product and process quality, and oversee user safety, certifications, and risk management.

As a military working student in the Royal Netherlands Navy Reserve, I've completed basic military training and actively participate in military events, with deployments every six months to various defense workplaces. My role capitalizes on my technical expertise to support permanent staff.My initial deployment was with the Royal Netherlands Navy, contributing to the development of a military hydrogen drone. I focused on the construction and electronics for the drone's control systems, ensuring they were weather-resistant, transportable, and met military standards. My work encompassed construction calculations, 3D modeling, optimization, material research, FEM analyses, production, surface techniques, and assembly.Subsequently, at the Royal Netherlands Marechaussee, I specialized in additive manufacturing, robotization, and artificial intelligence. I aimed to integrate AI with mechatronics, designing and constructing robots using additive manufacturing. This role demanded expertise in production techniques, 3D modeling, mechanics, material science, electronics, sensors, actuators, and assembly.

As a homework supervisor I was responsible for helping students with their homework, tutor on a technical field, maintain order and structure in the group.

I was responsible to guarantee safety, giving machine instruction and help students in the field of machine skills, manufacturability and technical insight.

As an ambassador, My key focus was to support the community during network evens and making sure that all parties have the opportunity to get in touch with each other.

RoboKarts is a new design and race competition on the TU Delft. As Commissioner it concerns maintaining and building external relations with partners and participants. In addition, I was responsible to arrange facilities, spatial planning and manufacturing of the race track.