Analytical Chemistry

    Become an expert in Analytical Chemistry

    Key data

    Degree
    Master of Science in Life Sciences
    Studying type
    Double-Degree with foreign University optional
    ECTS points
    90
    Studying mode
    Full-time and part-time
    School days
    Monday to Friday
    Teaching language
    English
    Place
    Muttenz (Basel-Land)
    Stay abroad
    optional
    Application fee
    CHF 200

    The deadline for applications for the autumn semester is 30 April of the relevant year and 30 November for the spring semester.

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    Analytical Chemistry – Career Opportunities
    The Analytical Chemistry specialisation gives students an excellent foundation for work in industrial and academic fields. Analytical Chemistry provides core technologies at the interface of almost all life science disciplines, for example it plays a central role in the investigation of drugs, formulations, metabolites, foodstuffs, natural products, materials as well as medical products. Demand for analytical chemistry specialists is continuously rising as technological developments and an increasing demand for deeper insights into biological systems on a molecular level drive research activities in life sciences. Consequently, studying analytical chemistry provides exceptional local, national and global work opportunities.

    Analytical Chemistry – Curriculum
    Analytical Chemistry is designed to provide students with a solid understanding of the principles and core technologies of analytical chemistry. Modules focus on analytical strategies for investigation, characterization identification and imaging of metabolites, biomarkers, proteins, drug formulations and tissues of living biological systems. The impact of modern mass spectrometry and NMR spectroscopy on life science applications are addressed in two modules, where state of the art technologies are studied (e.g., high-resolution MS/MS 2D NMR techniques, including pulsed field gradients, and rapid data acquisition). Investigation of protein structures, solid state characterization and translational imaging of biological systems are addressed in two other dedicated modules.
    Further modules can be chosen from related specializations, in particular Organic and Supramolecular Chemistry, Bioanalytics, Applied Cell Biology, Biotechnology and Pharmatechnology. The broad range of specialist and generic modules allows each student to create an individually tailored study programme.
    Students may also take an extra semester at a foreign partner university, allowing them to gain an additional degree.
    The MSc concludes with an eight month thesis, usually conducted on site at one of the industrial partners in our network. Alternatively, the thesis can be carried out at any university world-wide which meets our standards. The eight month thesis forms the basis for successful employment in industry or in academia.
    In summary, the programme is designed to prepare students optimally for a career in analytical chemistry, bioanalytics or related fields including the pharmaceutical and biopharmaceutical sectors.

    Analytical Chemistry– Entry Requirements
    The MSc in Life Sciences – Analytical Chemistry is especially suited for students with a BSc degree in Chemistry, Biochemistry, Pharmacy or related fields.

    Details of the Master's programme

    Modul Groups for Analytical Chemistry

    Module Group Analytical Chemistry (4 out of 5 required)

    • Advanced NMR Spectroscopy
    • Advanced Mass Spectrometry
    • Biostructures and Solid State Sciences
    • Molecular & Translational Imaging
    • Proteomics and Protein Analysis

    Module Group Electives (3 out of 8 required)

    • Genomics
    • Biomarker
    • Bio-interfaces and Bio-conjugate Chemistry
    • Supramolecular Chemistry and Nanochemistry
    • Cellular Imaging
    • Modern Technologies in Organic Synthesis
    • Laboratory Automation in the Pharmaceutical Industry
    • Process Analytical Technology

    Module Group Cluster-Specific (3 out of 7 required)

    • Surface Characterisation
    • Chemistry and Energy
    • Bioanalytics in a Regulated Environment
    • Green Chemistry
    • Compound Profiling in Pharmaceutical Drug Discovery
    • Foodomics
    • Physicochemical Principles of Pharmaceutics

    Module Group Core Competences (4 out of 8 required)

    • Handling and Visualizing data
    • Design and Analysis of Experiments
    • Modelling and Exploration of Multivariate Data
    • Data and Ethics
    • Business Administration for Life Sciences
    • Management and Leadership for Life Sciences
    • Innovation and Project Management
    • Politics and Society

    N.B. In total 50 ECTS (meaning 17 modules a 3 ECTS) have to be gained. Further modules can be chosen: Module Overview
    You may also plan your studies in advance with our MSc Life Sciences planning tool.

    Double Degree with Linköping University

    Selected students from our Master's programme can earn a double degree by completing an additional semester at Linköping University. They will receive two titles: MSc in Life Sciences FHNW and MSc in Chemistry from Linköping University.

    More information on Double Degree.

      Admission

      Graduates with an excellent Bachelor's degree are admitted directly if they:

      • hold a Bachelor's degree in a related technical field from a university of applied sciences with a mark of A, B or ≥ 5 or an equivalent mark (≥ good)
      • or demonstrate an equivalent background (BSc) and practical experience
      • and have excellent English skills.

      Prospective students who meet most but not all of the entry requirements are invited to an interview.

      Study guide

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      FHNW School of Life Sciences

      FHNW University of Applied Sciences and Arts Northwestern Switzerland
      School of Life Sciences

      Hofackerstrasse 30

      CH - 4132 Muttenz