25 parallel-programming-"DIFFER"-"Mohammed-VI-Polytechnic-University" uni jobs at Umeå University in Sweden
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revolution in genetic engineering awarded the Nobel Prize in Chemistry. The Life Science bachelor program at Umeå University is based at both the Department of Molecular Biology and the Department of Chemistry
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in several different projects in parallel. It is important that you have good collaborative skills, open to receive and pass on expert knowledge, as well as good communication skills. You should be
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different projects in parallel. It is important that you have good collaborative skills, open to receive and pass on expert knowledge, as well as good communication skills. You should be able to express
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experience in programming. We offer the opportunity to develop and expand in different areas of work when it is in line with the project goals. The candidate will study and integrate large data sets and
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of Architecture is looking for Teaching Assistants in two different areas; our workshop and communications department. When applying, you will be asked to specify which area(s) you are interested in working in. As
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supervision with: Work and genetic engineer different cell lines. Set up diverse functional assays using innate immune cells and flow cytometry and microscopy readouts. Manage the labs’ tissue culture space
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delivering a mentoring programme for young MIMS group leaders and establishing an alumni network. Further day-to-day tasks may be assigned as required. Qualifications You will need a good understanding of the
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, including a joint postdoctoral programme of the Nordic EMBL Partnership for Molecular Medicine, drive fund raising and manage external reviews and refunding process. You will use your scientific and
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at the Artistic Campus. With approximately 75 students, around ten employees, and many guest lecturers, it is a dynamic and international environment. The Academy of Fine Arts offers a 3-year bachelor's program
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is to conduct experiments to support a larger ongoing project in the lab that aims to: 1) Develop new functional assays aiming to characterise the different stages of P. berghei intraerythrocytic