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Lyreco Danmark A/S, Roskilde
Are you looking for a role where you enable our business to grow, making sure we supply our business with the right talent?
Do you just love recruitment and the excitement around sourcing the right talent?
And do you want to be part of an international company and a great People and Culture team?
Then our open position as Talent Acquisition Specialist might be the right position for you!
The role is based in Denmark with the responsibility for the recruitment process in Denmark, Norway and Sweden. You will work closely with the People & Culture Business Partners and Hiring Managers to ensure the right recruitment of new competencies and talents. You will be single point of contact to Lyreco Managers and act as a trusted advisor in the way to define the right talent acquisition strategy.
When you’re part of Thermo Fisher Scientific, you’ll do challenging work, and be part of a team that values performance, quality and innovation. As part of a successful, growing global organization you will be encouraged to perform at your best.
You will perform all Service Activities in line with internal rules and customer regulations and assure responsive telephone support and diagnostics as well as on-site Services to exceed the customers expectation and making them successful by using Thermo Fisher instruments. Actively promote our contract products.
What will you do?
- Always ensure highest professional relationship with our customer base to achieve customer loyalty and escalate issued if necessary
- Optimize your own work schedule by coordinating with all the necessary partners for service planning and scheduling
Danmarks Tekniske Universitet, Roskilde
A PhD Scholarship in radioactive tracers in oceanography is available at the Centre for Nuclear Technologies (DTU Nutech) with starting date 1st October 2019 or as soon as possible thereafter. The project will be carried out in the Radioecology Section at the Hevesy Laboratory Division at DTU Risø Campus, Roskilde, Denmark.
The scholarship is part of a research project focused on studying linkages between radioisotopes, dissolved organic matter and water mass origins in the Fram Strait between Greenland and Svalbard, where waters from the Arctic and Atlantic exchange.
The aim of this PhD project is to evaluate the suitability of uranium (238U, 236U and 233U) as a tracer for ocean circulation in the Fram Strait region.