Projects are fine-tuned to meet your needs:
- Starting from own or 3rd-party IP, we assist with method evaluation
- Imec’s own broad IP portfolio is accessible to our customers through an attractive licensing scheme
- Co-develop new IP together with our partners
- Assist in maturing technologies and fine-tuning specifications in alignment with your application or product needs
- Collaborating with your internal R&D departments and foster the co-creation of new ideas and IP
- Develop prototypes and test systems at imec, or we can make the systems available to our customers for testing
- Full gamut of expertise, metrology and infrastructure in-house at imec
- Flexible, stage-gated project structure with financial de-risking, including proof-of-concept, feasibility, prototyping, volume manufacturing and testing
- Provide high-quality scientific reports, flexible collaborations, and a product-oriented mindset
- Experienced in collaborations with world-class global corporations and R&D teams, combining the flexibility you need for the success of an R&D project with the collaboration standards that are expected in life sciences industries
Want to discuss your project? Contact us today
How can we help you?
Some examples of what we have done
At imec bright people build a bright future.
You could be one of these builders. Whether you are an engineer or an operator, a consultant or PhD student, we need a versatile group of people to help us create positive change.
Join the forward thinkersJob opportunities
Integrated microfluidic valves for Lab-on-chip applicaiton
This research aims to address one of the open research domains in microfluidics – fluid isolation – by developing an integrated and efficient microvalve on Imec’s microfluidic platform.
High-frequency micromagnetic neural stimulators
Establish the theoretical basis and requirements to fabricate electromagnetic microcoils driven by high-frequency oscillating signals for neuronal stimulation.
Acoustic powering and stimulation for medical applications
Acoustic powering and stimulation for deep implant powering to non-invasive surgical technology
Effect of biological environments and cell cultures on electronic CMOS chips.
At the frontier between electronics and biology: how cell cultures and bio-compatible packaging affect the electronic devices.
More job opportunities