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… have the meaning given to them by the Act. Education and Examination Regulations Page 7 of 25 Section 2 Admission ARTICLE 2.1 MATCHING Participation in matching is an optional part of the admission procedure. The matching consists of filling out an online questionnaire. The results of the questionnaire provide a recommendation if the programme fits the student’s profile. ARTICLE 2.2 PRE-UNIVERSITY EDUCATION REQUIREMENTS A person will be granted admission to the programme if he/she has a … rounded to 1 decimal, or can be awarded as pass/fail or No Grade (NG). 2. The student must receive a final grade of 5.50 without rounding to pass a course. 3. A label NG (no grade) can be assigned as a result of plagiarism or academic dishonesty; or when assessment is incomplete and no grade can be assigned. An NG automatically constitutes a fail and no credits are awarded. 10.0 Outstanding 9.0 Very good 8.0 Good 7.0 More than satisfactory 6.0 Satisfactory 5.0 Almost satisfactory 4.0 … P1 concentration: 2 courses, 1 skills Chemical Engineering Thermodynamics and Kinetics (5 EC) Separations Processes (5 EC) Industrial Process Design Skills (2.5 EC) Gene Technology (5 EC) Separations Processes (5 EC) Biotechnology Skills (2.5 EC) Mechanical Physics (5 EC) Sensors, Instrumentation and Measurements (5 EC) Mechanical Design Skills (2.5 EC) P2 concentration: 2 courses, 1 skills Reactor Engineering (5 EC) Chemical Plant Design (5 EC) Unit Operations Skills (2.5 EC) Plant Biotechnology (5 …

… Faculty of Health, Medicine and Life Sciences MERLN self-evaluation 2014-2020 MERLN self-evaluation 2014-2020 MERLN self-evaluation 2014-2020 80 81 Annex 3: Narrative case studies Case study 1: Biofabrication technologies Background Current RM products often suffer from high … molecules, biomaterials, cell aggregates such as micro-tissues, or hybrid cell-material constructs, through bioprint- ing or bioassembly and subsequent tissue maturation processes. Additive manufacturing of 3D scaffolds falls with this strategy when the subsequent maturation process, in vitro through cell seeding or in vivo through the recruitment of endogenous cells, yields a struc- tural biologically functional construct. MERLN’s approach At MERLN, biofabrication activities are coordinated … degeneration. This will be fed back into the design of biofabricated constructs to, on the one side, achieve a better 3D model, and on the other side improve therapies for targeted diseases. Example: Translating developments directly to the clinical environment. When possible, bio- fabrication techniques are directly used in the clinical arena for “end-stage” cases. For in- stance, recently, together with the Department of Trauma Surgery of MUMC (Prof. Martijn Poeze en Dr Taco Blokhuis) a …

… Faculty of Health, Medicine and Life Sciences MERLN self-evaluation 2014-2020 MERLN self-evaluation 2014-2020 MERLN self-evaluation 2014-2020 80 81 Annex 3: Narrative case studies Case study 1: Biofabrication technologies Background Current RM products often suffer from high … molecules, biomaterials, cell aggregates such as micro-tissues, or hybrid cell-material constructs, through bioprint- ing or bioassembly and subsequent tissue maturation processes. Additive manufacturing of 3D scaffolds falls with this strategy when the subsequent maturation process, in vitro through cell seeding or in vivo through the recruitment of endogenous cells, yields a struc- tural biologically functional construct. MERLN’s approach At MERLN, biofabrication activities are coordinated … degeneration. This will be fed back into the design of biofabricated constructs to, on the one side, achieve a better 3D model, and on the other side improve therapies for targeted diseases. Example: Translating developments directly to the clinical environment. When possible, bio- fabrication techniques are directly used in the clinical arena for “end-stage” cases. For in- stance, recently, together with the Department of Trauma Surgery of MUMC (Prof. Martijn Poeze en Dr Taco Blokhuis) a …