Scanbalt Campus Courses
Besides a number of
seminars meetings and conferences a number of courses are planned within the framework of the ScanBalt Campus Knowledge Networks.
Courses
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2007-08-27 - Advanced Technologies in Bioscience
Advanced Technologies in Bioscience 5p (Swedish, 7.5 ECTS) is a new course starting academic year 2006-2007 in the Chalmers Graduate School in Bioscience.
Knowledge Network: Environmental_Biotechnology
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2007-08-27 - Plant Cell and Molecular Biology
The course deals with the structure and function of the plant cell. Important plant processes in the cell such as photosynthesis, respiration, carbohydrate metabolism, protein synthesis, mineral nutrition and signal perception and transmission are discussed from molecular, biochemical and physiological perspectives.
Knowledge Network: Environmental_Biotechnology
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2007-09-03 - Biomaterials
The course investigates interactions between the human body and implant biomaterials or devices. Focus is on the tisue-material interface, from molecular level events to selected biological and phsyiological consequences of these events.
Knowledge Network: Regenerative_Medicine
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2007-09-03 - Global Chemical Sustainabillity
This course focuses on the intersection of Chemistry and Sustainable Development. Ecological Suststain-ability is the main aspects of sustainability considered in this course, but the economical and social aspects of sustainability are also discussed.
Knowledge Network: Environmental_Biotechnology
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2007-10-01 - Materials in Medicine
The course is built upon the principle of understanding the specific properties of the different material types used as biomaterials, and how this understanding can be used for selecting/designing materials for different medical implant applications.
Knowledge Network: Regenerative_Medicine
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2007-10-01 - International Master in Entrepreneurship Education (IMEET)
IMEET is a two-year, part-time programme comprised of six modules and a master project. The different modules of the programme consist of theory on entrepreneurship, pedagogy and project driven assignments on advising entrepreneurs.
Knowledge Network: Baltic_Entrepreneurship_Training
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2007-10-08 - Forest microbes as resources in biotechnology: discovery, methodology and utilization (YBIOT570)
The Master's Degree Programme in Biotechnology (MBIOT) study course ‘YBIOT570 Forest microbes as resources in biotechnology: discovery, methodology and utilization’ covers the whole process of discovery of new biocompounds from identification to potential applications of the compounds or their source organisms.
Knowledge Network: Environmental_Biotechnology
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2007-10-29 - Plant Growth and Development
The course deals with the regulation of growth and development in higher plants and trees. It also considers early responses to different environmental conditions.
Knowledge Network: Environmental_Biotechnology
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2008-01-01 - Tissue engineering I
Tissue engineering includes biology, chemistry, material science, engineering, immunology and transplantation. Tissue Engineering course provides a general understanding of tissue growth and development, the tools and theoretical information needed to design tissues and organs.
Knowledge Network: Regenerative_Medicine
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2008-01-02 - Chalmers Graduate Seminar in Bioscience
The goal of the Bioscience Graduate Seminar is to provide the student knowledge of the bioscience research areas active at Chalmers.
Knowledge Network: Environmental_Biotechnology
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2008-01-21 - Biorefinery
The aim of this course is to give basic knowledge needed to understand how biomaterial can be used and how different biorefinery concepts can be developed based on both environmental and economical criteria.
Knowledge Network: Environmental_Biotechnology
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2008-03-03 - Tissue engineering II
This course is a continuation course after Tissue Engineering I, and allows the student to explore the various clinical application areas of tissue engineering in more detail.
Knowledge Network: Regenerative_Medicine
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2008-03-17 - Biology and Biotechnology in Forest Production Systems
The course describes techniques enabling maximum use of the biological potential of genetically improved organisms. This part includes somatic embryogenesis, plantation establishment and optimization of conditions for cultivation of genetically improved seedlings.
Knowledge Network: Environmental_Biotechnology
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2008-03-17 - Functional Genomics, Theory
The course deals with the concepts genomics, proteomics and metabolomics. Also robotising, miniaturisation and high-throughput-screening will be treated, and solutions for visualizing high-density data will be demonstrated.
Knowledge Network: Environmental_Biotechnology
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2008-03-31 - Sustainable Process Performance Indicators
In this course, students will learn how to assess the viability of a process given a specific reaction path or process design. The main purpose is to provide students with process sustainability evaluation methods, based on both environmental and economic performance indicators.
Knowledge Network: Environmental_Biotechnology
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2008-04-24 - Applied Functional Genomics
The objective is to give an introduction to application of modern techniques for functional genome analysis. The students will practically learn to set up experiments for large scale genome analysis. Techniques for genomics, proteomics and metabolomics will be applied.
Knowledge Network: Environmental_Biotechnology
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