DTI Unsolicited application-Materials
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Uopfordrede ansøgninger - Materialer
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Job and Career - Who are we?
Our existence is based on knowledge and cultivating talent
At the Danish Technological Institute, we work to develop Danish business interests and to provide benefits to society at large. Because of this, it is crucial that we have innovative employees who are not only capable of collaborating with others but are also result-oriented and passionate about making a difference.
One of our primary objectives is to attract, develop and retain the competencies that help make us Denmark’s leading innovation Institute. Working at the Danish Technological Institute, you have a great deal of freedom to determine how you work, based upon your own professional qualifications and personal interests.
We translate our knowledge and the solutions we develop into specific products and methods that provide value to the companies with whom we work. By doing this, we are able to see the results of the work we carry out being put to practical use. We adhere to a “knowledge that works” philosophy in both our way of thinking and in our work.
We promote the creation of optimal working conditions, and we support the personal and professional development of our employees, enabling us to work together to expand your talents and develop our shared knowledge base.
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Job and Career - Job vacancies
We are always looking for new colleagues who are both innovative and who want to make a difference.
You are welcome to send an unsolicited application here.
Please find a list of current job vacancies below:
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Job and Career - Unsolicited application
https://www.dti.dk/job/job-and-career/unsolicited-application/23804,8
We are happy to accept unsolicited applications.
If you did not find a vacancy that matches your job wishes, please feel free to send us an unsolicited application.
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Group functions - HR, IT and Economy.
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https://www.dti.dk/projects/projects-materials-and-surface-technology/26146
Projects - Materials and Surface Technology
Please read selected and ongoing Research & Development projects with participation of The Danish Technological Institute within the Materials and Surface Technology area.
Make IT
Metrology for additively manufactured medical implants
New surface coatings ensure enhanced soft tissue integration of implants
Patient-specific bone repositioning using 3D planning and additive manufacturing technology
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https://www.dti.dk/projects/project-metrology-for-additively-manufactured-medical-implants/37203
Project - Metrology for additively manufactured medical implants
15HLT09 MetAMMI
Project start 01.06.2016 – Expected completion 31.05.2019
Additive manufacturing, a technology used to manufacture parts layer-by-layer from a 3D digital model, offers an effective solution. Indeed, the key advantage of this technology, in the medical sector, is to produce on demand (without the need of a large inventory of different sizes or sterile storage) customised medical devices for specialities such as orthopaedic, spinal, cranial, maxillo-facial, and dental surgery, and to provide grafts that promote bone growth which match the patient’s anatomy. The overall objective of this project is to provide a comprehensive basis to enable the safe and cost efficient use of additive manufacturing (AM) products within the medical sector. Therefore, within this project AM off-the-shelf medical devices as well as patient specific guides (PSG) and patient specific implants (PSI) manufactured from patient X-ray Computed Tomography (XCT) image data sets or computer aided design (CAD) will be qualified. This will guarantee their reliability to notified bodies and facilitate acceptance of this technology, which has proven clinical advantages in the medical sector.
Objectives
In the project the following outputs will be achieved;
Fabrication and characterisation of implants, guides, and standard objects
Validation of non-destructive characterisation techniques, development of traceable measurement capabilities and quantification of dimensional measurement errors
Identification of metrology protocols for the detection and quantification of defects
Quantification of the build-up of errors from each part of whole implant and guide manufacture chain from medical imaging to clinical use Facilitation of the take up of the technology and measurement infrastructure developed by the project by the measurement supply chain, standards developing organisations, and end users.
Participants
Laboratoire National de Métrologie et d'Essais (France)
Bundesanstalt für Materialforschung und pruefung (Germany)
Dansk Fundamental Metrologi A/S (Denmark)
National Standards Authority of Ireland (Ireland)
Physikalisch-Technische Bundesanstalt (Germany)
Teknologian tutkimuskeskus VTT Oy (Finalnd)
Aalto-korkeakoulusäätiö sr (Finland)
Centre National de la Recherche Scientifique (France)
Teknologisk Institut (Denmark)
Danmarks Tekniske Universitet (Denmark)
Friedrich-Alexander-Universität Erlangen-Nümberg (Germany)
FH OÖ Forschungs & Entwicklungs GmbH (Austria)
Lithoz GmbH (Austria)
Medicrea International (France)
Stadtisches Klinikum Braunschweig gGmbH (Germany)
The University of Nottingham (UK)
BEGO Implant Systems GmbH & Co. KG (Germany)
Praxis am Sande (Germany)
Xilloc Medical BV (Nedtherlands)
Activities
To fabricate and characterise industrial medical implants, guides, and standard objects using destructive and non-destructive techniques.
To validate non-destructive characterisation techniques, develop traceable measurement capabilities and quantify dimensional measurement errors in the whole process of personalised body part replication and standard production parts including image analysis.
To provide feedback to the manufacturing chain that enables process chain corrections to be implemented and manufacturing chain monitoring to be demonstrated
To quantify the build-up of errors from each part of whole implant and guide manufacture chain from medical imaging to clinical use
