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Mechanical engineers often have a background in mechanical engineering, mechatronics or a related discipline at higher national education (HBO) or university (WO) level. Engineers with experience in CAD design or machine construction can also progress into mechanical engineering.
During your studies, you will learn to work with 3D CAD software, carry out technical calculations and engage in product development. In practice, you will further develop your skills by working on machines, prototypes and technical installations within the fields of mechanical engineering, high-tech or industry.
New entrants often start as junior mechanical engineers or CAD engineers and progress from there to become independent engineers, lead engineers or project engineers.
A working day as a mechanical engineer usually consists of a combination of design work, technical discussions and coordination with other disciplines. You work on machines, modules or entire production lines that are actually built and used.
For example, you might start by modifying a 3D design in SolidWorks or Inventor. You then consult with software and electrical engineers about the interfaces between hardware, control systems and mechanics. In between, you liaise with production or assembly teams to check whether components can be manufactured effectively.
When working on prototypes or new machines, you are often also involved in testing, improvements and optimisations in the workshop or test environment.
Many mechanical engineers work in the mechanical engineering sector. There, you develop production machinery, transport systems, packaging lines or automation solutions for industrial applications.
In the high-tech sector, you work on precision systems and complex modules where tolerances, precision and innovation are key.
In the energy sector, you might work on installations, renewable energy systems or technical infrastructure. Tasks relating to piping and structural engineering are also common here, involving work on pipework networks, steel structures and technical installations. Commonly used software in this field includes ANSYS, AutoPlant 3D and P&ID.
Within production environments and industry, mechanical engineers are also responsible for optimisations, technical improvements and new installations.
In the commercial and institutional sector, you will work on technical installations for offices, hospitals, schools and other buildings, amongst others. Common disciplines include HVAC and heat pump systems, where you will work with software such as Autodesk Revit, AutoCAD and BTM software.
Mechanical engineers work with technical software for design, engineering and simulation on a daily basis. The systems you use depend on the sector and the client.
SolidWorks
Inventor
Creo PTC
AutoCAD
FEM software for strength calculations, such as ANSYS.
PLM systems for product management
Unigraphics NX
Experience with 3D CAD software is often a key requirement, particularly in mechanical engineering and high-tech sectors.
Mechanical engineering offers plenty of opportunities for progression, whether in terms of technical expertise or taking on project responsibility.
As a lead engineer, you manage a team of engineers and oversee the technical quality of projects.
You will take on greater responsibility for planning, client liaison and complete engineering projects.
Within research and development, you will work on new technologies, prototypes and product innovations.
You combine technical knowledge with coaching and mentoring engineering teams.
Prototype Engineer / Test Engineer
As a prototype engineer or test engineer, you work hands-on on prototypes, test set-ups and validation processes. You verify whether designs meet the technical requirements in practice and contribute to the further optimisation of products and systems.
Mechanical engineering past goed bij mensen die techniek willen combineren met ontwerpen en probleemoplossing. Je werkt analytisch, maar ziet ook graag hoe een ontwerp uiteindelijk gebouwd en toegepast wordt.
Interesse in machinebouw, techniek, productontwikkeling en samenwerking met andere disciplines helpt om succesvol te zijn binnen deze functie.
Een mechanical engineer ontwerpt, ontwikkelt en optimaliseert machines, technische systemen en constructies.
Veel mechanical engineers hebben een HBO- of WO-opleiding in werktuigbouwkunde, mechanical engineering of mechatronica.
Veelgebruikte software is onder andere SolidWorks, Inventor, Creo en AutoCAD.
Ja, veel bedrijven zoeken junior mechanical engineers die zich in de praktijk verder willen ontwikkelen.
Het grootste deel van het werk gebeurt op kantoor of hybride, vaak gecombineerd met testen of overleg in de werkplaats.
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