Job Description
Bsc: Graduation Assignment - Mechanical Engineering / Mechatronics

HBO: Graduation Assignment- Mechanical Engineering / Mechatronics
Develop a mechanical solution that applies a constant force to press a glass plate onto a rotating silicon belt.

Are you an HBO Engineering student eager to design and prototype a real precision mechanical solution used in high tech production equipment? Do you want to work hands on on mechanics, force control and material handling challenges in an industrial environment?

 

Your assignment
You will develop a mechanical solution that presses a glass plate onto a rotating silicone belt with a constant, well defined force. This mechanism will be used inside one of our production systems and must ensure stable contact, minimal friction variation and high reliability.
You will work on topics such as:
•    Designing a force controlled pressing mechanism (e.g., spring loaded, pneumatic, or mass based systems).
•    Determining and validating the required force and force stability.
•    Understanding the interaction between the glass plate, silicone belt and rotation dynamics.
•    Creating mechanical concepts, evaluating them through calculations and feasibility studies.
•    Building and testing a prototype.
You will collaborate with our Equipment Engineering team in Venlo. You will be surrounded by specialists in mechanics, materials and production systems who can support you with expertise and hands on guidance.

 

What makes this assignment unique and fun to do? Why should you choose this assignment?
You get to design a real mechanical subsystem from scratch, test it directly on industrial setups, and see your work contribute to equipment used in the field. It’s a mix of design freedom, practical experimentation and engineering depth.

 

Your profile
•    You are currently studying HBO Mechanical Engineering, Mechatronics or a related technical field.
•    You enjoy tackling mechanical design challenges and turning concepts into working prototypes.
•    You like working with materials, force control mechanisms and rotating systems.
•    You have skills or interest in:
o    Mechanical design (CAD)
o    Basic force and stress calculations
o    Testing & experimentation
o    Problem solving and hands on engineering


You are available for a graduation assignment of 5–6 months, starting around your preferred date, for a minimum of 4 days per week. This assignment is intended as an HBO graduation assignment.

 

What’s in it for you?
•    A challenging assignment with skilled coaching
•    Internship/ Graduation compensation up to €500,- per month
•    Travel cost compensation if you don’t have an ‘OV-weekcard’
•    The possibility to network with professionals inside and outside your field of expertise, thanks to our diversity of disciplines which you will work with

Interested?
Are you interested in this assignment? Please click on the button 'apply now' where you can upload your resume and motivation letter. 
If you would like to receive more information concerning this assignment, please contact Erwin Langenhuisen (erwin.langenhuisen@cpp.canon) If you have any questions about the internship in general, please contact Milou Geelen, (+ 31 6 25653192). 

 

What do we stand for?

We develop and manufacture high-tech printing products and workflow software for the commercial printing market as part of Canon, a global leader in imaging technologies. With around 3,300 employees across three continents and our headquarters in Venlo, the Netherlands, we innovate to create high-quality solutions that add color to the world. Guided by the philosophy of Kyosei—living and working together for the common good—our culture is built on openness, collegiality, trust and stability. We empower our people to grow, take initiative, and make an impact.

With our company values collaboration, innovation and ownership, we strive to bring out the best in each other, expand boundaries and feel empowered to take ownership of our work.

Further information about Canon Production Printing is available at cpp.canon.

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