Sort by
Refine Your Search
-
Listed
-
Employer
-
Field
-
metrics. Identify drop-off points in the funnel and suggest optimization strategies. Collaborate with Sales teams to align marketing efforts with conversion goals. Analyze email campaign performance (open
-
decisions; developing strong relationships with and providing leadership to the REFM ECSAT operational teams to enhance service delivery and optimal support to ECSAT users; developing effective interfaces and
-
into muscle contributions, joint loading, and potential co-contraction patterns. A set of biomechanical benchmarks comparing M-Wall running to Earth-based analogs. Design recommendations regarding optimal M
-
decisions; developing strong relationships with and providing leadership to the REFM EAC operational teams to enhance service delivery and optimal support to EAC users; developing effective interfaces and a
-
for several years. Working hours can be discussed to optimize the work-life balance (32-38 hours per week). Coming from abroad We are a globally leading university in the life sciences. The themes we
-
to shaping REFM strategic decisions; developing strong relationships with and providing leadership to the REFM ESTEC service managers and operational teams to enhance service delivery and optimal support to
-
responsible for the research, development and optimization of advanced cryogenic instruments. While working closely with a multidisciplinary team of scientists, engineers, and technicians, your contributions
-
department at WBVR in Lelystad, working alongside approximately twenty colleagues. Together, you ensure that researchers are optimally supported in the execution of their projects. Your team You’ll be working
-
, 2 and 3 Making suggestions for improvement of the courses Creating and implementing optimal conditions for learning Testing whether learning objectives are being met Co-coordinating the Organization
-
standardized protocols. You will also contribute to the optimization and validation of analytical methods. The emphasis is on instrumental analyses using state-of-the-art measurement systems in the field of LC