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CAMS is JAMK’s center of applied research, combining the latest top competence in mechanical engineering and materials technology. CAMS carries out business-oriented research projects aiming to produce new information and create new business activities through product development.

The operations of CAMS are based on the needs of businesses and improving the technological competence within Central Finland. Cooperation with the University of Jyväskylä, based on EduFutura, is at the heart of CAMS.

CAMS overview

CAMS is a true laboratory environment, consisting of three areas which all support each other. Common to all three areas are applied research, cooperation with businesses building from agile trials, and time and place-independent education.

CAMS in brief

  • a Centre of Excellence (CoE) in applied research
  • a laboratory environment enabling agile trials
  • the latest top-level competence in mechanical engineering and materials technology
  • research projects, business cooperation, time and place-independent education

Gear Academy

  • load testing in arctic and warm environments
  • new generation power transmission solutions
  • research-related business operations
  • advanced applied research of mechanical engineering and machine components

Additive Manufacturing

  • development of manufacturing technologies and planning methodologies related to 3D printing
  • virtual mechanical engineering studies for the needs of businesses
  • project planning: optimisation of form in 3D and 4D printing and planning

Surface Technology

  • development of existing research which applies surface technology
  • introducing new ALD technology and development of new applications
  • cooperation with the University of Jyväskylä Department of Physics, the Faculty of Information Technology, and the Nanoscience Center (NSC), based on EduFutura

Competitiveness and growth through ALD surface technology

The ALD CoCampus is founded on EduFutura cooperation between JAMK and the University of Jyväskylä, aiming to develop ALD-based applications for businesses. The ALD method allows the construction of very even layer structures which can adapt extremely carefully to surface shapes. The layers can be made at exactly the required thickness, even to the accuracy level of one atom.

The ALD technology allows businesses to develop new and increasingly competitive products. The unique method allows for innovative and active surface coating and material features which cannot be reached as cost-efficiently through any other methods.

Applications
  • forest industry
  • health technology
  • packaging industry
  • textile industry

In cooperation: JAMK, the University of Jyväskylä Nanoscience Center (NSC), Department of Physics (material physics), and Faculty of Information Technology (spectral imaging laboratory).

The Moventas business cooperation

Improved gear components for wind turbines

Moventas Gears Oy, which manufactures wind turbine gearboxes, and CAMS cooperate in product development, aiming to develop even better gearbox components for wind turbines. This business cooperation allows the technology to be tested in ways entirely new for JAMK, and utilising research directly in teaching.

Further information: Director Matti Kurki, +358 40 548 2230, matti.kurki(at)jamk.fi

Contact information

Raiskinmäki Pasi

Raiskinmäki Pasi

Yksikönjohtaja, Director
Teknologia hallinto, Administration
Teknologia, School of Technology
+358503095359
Kurki Matti

Kurki Matti

Päällikkö teollisuustekniikka, Head of Department, Industrial Engineering
Teollisuustekniikka, Industrial Engineering
Teknologia, School of Technology
+358405482230
Kallberg Elja

Kallberg Elja

Projekti-insinööri, Project Engineer
Teollisuustekniikka, Industrial Engineering
Teknologia, School of Technology
+358504273078
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Customer Proposal:
For the companies I do promies to help to develope R&D&I -co-operation with JAMK. For the JAMK staff I do promise to help to develope ideas towards projects, coach and support in project application processes (Business Finland TUTL, ERDF - EAKR) and help to develope co-operation with companies.
Degrees:
MSc