BACHELOR OF SCIENCE APPLIED SCIENCE DOMAIN

Transcription

1 DAS BACHELOR OF SCIENCE in the APPLIED SCIENCE DOMAIN A competence-oriented profile description ADDENDUM May 2018

2 About this publication: Text Marjolein Wijnker-Schrauwen, MSc (DAS) Project coordination Jacqueline van Erp, MSc Marjolein Wijnker-Schrauwen, MSc (DAS) Project group Veroniek Beke, BSc Jannie Braber-Van den Broek, MSc Charlotte Creusen, PhD Esther de Graaf, PhD Jan Heijenga, MSc Lieke van Hemert, PhD André Klein, PhD Geert Schoenmakers, PhD Pé Philipsen, BSc Grietinus Plat, MSc Final editing Marijne Thomas, MSc (LOS!, Amersfoort) Design Liesbeth Thomas, BA (t4design, Delft) ENGLISH VERSION Coordination Marjolein Wijnker-Schrauwen, MSc Translation Balance Translations (Maastricht, The Netherlands) Final editing Marijne Thomas (LOS!, Amersfoort), MSc Domein Applied Science, Ad 2.1, January 2018 English version May 2018 Domein Applied Science (DAS) P.O. Box AE Leidschendam The Netherlands +31(0) The most up-to-date version of this profile description can always be found on the Domein Applied Science website. Whenever reference is made to he or his in this document, this should be read as he/she and his/her respectively. 2 Bachelor of Science in the Applied Science Domain Ad 2.1, May 2018

3 Welcome Welcome to this addendum to the competence-oriented profile description of the Bachelor of Science in the Applied Science domain. The aim of this addendum is to provide you with information on improvements and the most up-to-date details on Version 2.0 of the profile description. These changes have been agreed with the National Professional Field Committee for Applied Science and will be incorporated into the next version of the profile description. The most up-to-date version of the BSc profile description in the domain and this addendum can always be found on the Domein Applied Science website. About the competence-oriented profile description The BSc profile description in the Applied Science domain is a dynamic document providing details of education programmes and occupations in the domain of Applied Science. It contains background information on competences and final qualifications, practical examples of professional fields and jobs as well as specific programme profiles with their bodies of knowledge and skills. You will read about what all this knowledge and all these skills mean in practice in the interviews with young graduates who are now fully engaged in their professional life. We hope that we are painting an informative picture of the present but also, more importantly, of a healthy professional future. Contents Additions and amendments... 4 Future changes...6 Programmes and research groups... 7 Bachelor of Science in the Applied Science Domain Ad 2.1, May

4 Additions and amendments Minor additions and amendments have been made in a few places in the profile description. They are shown in the summary below. Amendments to the original text are shown in italics. Additions to the original text are shown in bold. Deletions from the original text are shown scored through. 1. Summary of graduation tracks Page 19, Figure 4: names of graduation tracks for each programme For Laboratory animal science (to obtain Article 6 certificate) 2. of Knowledge and Skills for Page 53, box: Body of Knowledge and Skills The complete Body of Knowledge and Skills as published on page 53 is replaced by the Body of Knowledge and Skills box as shown on the page opposite. > Read Laboratory animal science (to obtain Article 6 certificate)* * The programmes that offer laboratory animal science as a graduation track apply the programme requirements for the Biotechnician programme as specified in Article 6, section 1b of the 2014 Dutch Animal Testing Regulations [Dierproevenregeling]. See reference 4, page Programme profile: Engineering Physics Page 58, national programme profile For Competence Research Development Experimentation Management Advice Instruction Leadership Self-management Research Development Experimentation Management Advice Instruction Leadership Self-management Minimum national attainment target adopted for the programme III III III I II I I II Read f Competence Minimum national attainment target adopted for the programme III III II I II I I II 4 Bachelor of Science in the Applied Science Domain Ad 2.1, May 2018

5 KNOWLEDGE : Safety: personal safety, process safety (e.g. HAZOP) and environmental aspects : Unit operations: heat exchangers, separation techniques (e.g. distillation and membrane technology) : Thermodynamics: 1st and 2nd law, phase theory, chemical thermodynamics : Statistics and mathematics: chemical calculations, differentiation, integration, differential equations, reliability of measurements, data processing and data analysis (e.g. statistical tests, statistical software) : Chemical reaction engineering: model reactors (batch, CSTR, PFR), kinetics (e.g. reaction mechanisms, catalysis, enzyme kinetics) : Process technology: process design (e.g. BFD, PFD, P&ID), measurement and control technology, process management : Process modelling: simulation, modelling (e.g. stationary, non-stationary), experimental design, optimisation : Materials science: material properties (e.g. metals, plastics) and applications for materials (e.g. processing techniques) : Physical transport phenomena: fluid dynamics, mass and energy balances, stationary and non-stationary models : : basic (atomic and molecular structure, reactions in water, chemical balance), analytical (e.g. spectroscopy, chromatography), organic and polymer chemistry (e.g. synthesis, functional groups, reaction mechanisms) : Economic aspects: e.g. cost price calculations, operational and investment costs, feasibility studies SKILLS : Research skills and systematic approach to problems: problem analysis, preparing research questions, desk research, research planning and implementation : Design skills/upscaling: translating lab-scale/pilot-scale experiments to production scale, setting up process models : ICT skills: use and deployment of state-of-the-art digital tools/software (e.g. simulation, design, reporting and presentation software, data analysis and processing software) : Experimenting with pilot set-ups: separation equipment (e.g. distillation, extraction, membranes), flow equipment (e.g. heat exchanger, pump) or reactors : Morally responsible actions: making responsible choices based on safety, sustainability, technological and economic criteria : Safety at work in laboratory and industrial environment : Social and communicative skills: collaborating, issuing reports and giving presentations (internationally, at all events in English and locally, e.g. in Dutch), project-based work : General laboratory skills and chemical analysis methods: conducting experiments at laboratory scale, performing chemical analyses (e.g. titration, spectrometry, chromatography) Bachelor of Science in the Applied Science Domain Ad 2.1, May

6 Minor additions and amendments have been made in a few places in the profile description. They are shown in the summary below. Amendments to the original text are shown in italics. Additions to the original text are shown in bold. Deletions from the original text are shown scored through. 4. Programme profile for Technology for Healthcare Pages The Technology for Healthcare programme has been positioned within another domain since 1 January By agreement with Rotterdam University of Applied Sciences, the programme profile was published until mid-2017 for the benefit of students who had embarked on the Bachelor of Applied Science course. With the publication of this addendum, the programme profile for Technology for Healthcare can be regarded as no longer applicable. 5. References, page 75 For 1. Body of Knowledge and Skills for the Bio-informatics programmes 2012/ National Programme Profile for HBO/Bachelor in Engineering Physics, May Programme profile for Environmental Engineer (HBO), January 2014 Read 1. Body of Knowledge and Skills for the Bio-informatics programmes 2012/ National Programme Profile for HBO/Bachelor in Engineering Physics, December Programme profile for Environmental Engineer (HBO), January Programme requirements for recognition as an Article-6 biotechnician at higher professional (HBO) level. 6. Appendix VI: Domein Applied Science Page 94: left-hand column, as far as first line of white space For The Applied Science Domain Foundation (DAS, Domein Applied Science) is the national collaboration between higher professional educational institutions that award a Bachelor of Science degree in the applied sciences. As of mid-2016, the Domain consists of fifteen universities of applied sciences offering nine different programmes* attended by over 12,000 students. Twenty-nine research groups in the field of applied research are active within the Domain and two Master programmes are being offered. Read The Applied Science Domain Foundation (DAS, Domein Applied Science) is the national collaboration between higher professional educational institutions that award a Bachelor of Science degree in the applied sciences. As of mid-2017, the Domain consists of fifteen universities of applied sciences offering nine different programmes* attended by over 12,500 students. Thirty-one research groups in the field of applied research are active within the Domain and three Master programmes are being offered. Future changes Changes in the programmes on offer in the Applied Science Domain Stenden University of Applied Sciences and NHL University of Applied Sciences are merging in The first group of students will attend the merged university from September At present, DAS does not anticipate any changes in the provision of programmes and study locations. 6 Bachelor of Science in the Applied Science Domain Ad 2.1, May 2018

7 Minor additions and amendments have been made in a few places in the profile description. They are shown in the summary below. Amendments to the original text are shown in italics. Additions to the original text are shown in bold. Deletions from the original text are shown scored through. Programmes and research groups at participating universities Below is an updated version of the list of Bachelor and Master programmes and research groups at participating universities, which can be found on pages 96 and 97 of the BSc profile description in the Applied Science domain. PROGRAMMES AND RESEARCH GROUPS AT PARTICIPATING UNIVERSITIES University of Applied Sciences (UAS) Programme (CROHO) Research groups and Master programmes Amsterdam UAS Forensic Science Forensic Science Avans UAS, Breda Biology and Medical Laboratory Research Analysis technologies in Life Sciences Biobased Energy Biobased Products Environmental Science Avans UAS, Den Bosch Fontys UAS, Eindhoven Applied Science Applied Natural Sciences Engineering Physics The Hague UAS, Delft Engineering Physics Technology for Healthcare The Hague UAS, The Hague HAN UAS, Nijmegen Bio-informatics Biodiscovery Molecular Life Sciences (Master) Biology and Medical Laboratory Research Hanze UAS, Groningen Bio-informatics Biology and Medical Laboratory Research Sustainable Energy Functional Food Ingredients and Health Life Sciences Transitions in the Bio-economy Inholland UAS, Amsterdam Biology and Medical Laboratory Research Green Biotechnology Biotechnology The list continues on page 8 > Bachelor of Science in the Applied Science Domain Ad 2.1, May

8 Minor additions and amendments have been made in a few places in the profile description. They are shown in the summary below. Amendments to the original text are shown in italics. Additions to the original text are shown in bold. Deletions from the original text are shown scored through. PROGRAMMES AND RESEARCH GROUPS AT PARTICIPATING UNIVERSITIES University of Applied Sciences (UAS) Programme (CROHO) Research groups and Master programmes HU UAS, Utrecht Biology and Medical Laboratory Research Innovative Testing in Life Science & HZ UAS, Vlissingen NHL UAS VHL UAS, Leeuwarden Biology and Medical Laboratory Research Biotechnology Food, Health & Safety Food Physics Healthy and Sustainable Food and Diseases of Affluence Sustainable Water Systems Water Technology Dairy Process Technology Rotterdam UAS Biology and Medical Laboratory Research Process optimisation and identification Lab innovation and Point-of-Care Testing Technology for Healthcare* Saxion UAS, Deventer Biology and Medical Laboratory Research International Water Technology NanoBioInterface NanoPhysicsInterface Saxion UAS, Enschede Biology and Medical Laboratory Research Applied Nanotechnology (Master) Engineering Physics Forensic Science Stenden UAS, Emmen Applied Science Sustainable Plastics Polymer Engineering (Master) UAS Leiden Bio-informatics Biology and Medical Laboratory Research Biodiversity Bio-informatics Genome-based Health Innovative Molecular Diagnostics Metabolomics Zuyd UAS, Heerlen Applied Science Materials Sciences Nanostructured Materials Smart Devices * This programme has been positioned within another domain or sector since 1 January The programme was included in this profile description until mid Bachelor of Science in the Applied Science Domain Ad 2.1, May 2018

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