Admir Jonuz Email and Phone Number

- Defining the R&D stage gate process and implementing as part of ISO 9001 Quality Management- Setting R&D goals by defining research agenda and develop road-map to guide the team's activities- Resource management aligning and allocating resources in cross-functional teams - Personnel management conducting employee development dialogues, 1:1's and daily follow ups- Driving Innovation management by setting 5 year innovation strategy - Implementing new methodologies to enhance R&D effectiveness- Responsible for Intellectual Property from R&D efforts

- Responsible for TRESU thermodynamical technology applications i.e. drying and cooling- Project management, documentation and planning on various R&D projects- Conducted business cases and risk assessments on inbound R&D projects- Researched and optimised mechanical and thermodynamical sub systems of a print unit- Incorporating SIX-Theta design of mechanical systems- Numerical modelling through the use of CFD and FEM- Technical lead on strategical technology fit with the UN 17 SDGs

- Development of dimensioning and optimisation tools for mechanical and thermodynamical systems- Involved with structural design of mechanical construction and dimensioning of thermodynamical systems- Conducted on-site troubleshooting of various mechanical and thermodynamical products and processes- Conducted a large number of intern and extern field-tests

Alongside my full-time Master's education, I assisted Bachelor level students with assignments in the fields of FEM, Applied Numerical Methods, Dynamics, Machine elements and Thermodynamics.

As part of the Refrigeration and Heat Pump Technology team at Danish Technological Institute, my responsibilities were design and construction of test rigs. This involved testing, software programming and data processing of energy technical experiments.

Main focus on machine design and structural analysis for printing units on different technical projects. Applying CAD in model, design and drawing documentation. During the installation of machines, I had the opportunity to take over the role as Project Manager, when necessary. Furthermore, in cooperation with Tresu Group I completed my bachelor thesis which dealt with an optimization of industrial nozzles used in Tresu dry box system. The purpose of the project was to use Computational Fluid Dynamics simulations in order to determine the most feasible and effective nozzle outlet.

During the Internship programme at Tresu Group, I was involved in a project from the beginning of the process involving 3D modelling, machine design, structural analysis and customer interaction.Furthermore I had the chance to be at the production side, supporting the assembly and testing of the machine.