Deze opleiding
Nanobiology integrates methods and theories from physics, and molecular biology, using tools from math and computer modelling to further understanding of the molecular basis of life.
open_in_newstudy website
| locatieDelft, Rotterdam |
| diplomaM |
| typeregulier, 120 EC |
| start1 september |
| taalvolledig English |
| opleidingsduur2 jaar voltijd |
| accreditatiesNVAO |
| croho-code65011 |
| numerus fixusnee |
| honoursheeft honours track |
The successful application of Nanobiology will require not simply collaboration between disciplines, but true disciplinary integration of physics and biology. Developments in biomedicine, such as studies on human genome variation and the control of stem cells, increasingly require analysis and quantitative description at the fundamental level. Moreover, it is becoming possible to develop artificial biomolecules and nanoparticles with wide applications in research and medicine. The incorporation of new biological building blocks is highly promising in for instance industrial biotechnology and medical science. These advances will reshape many aspects of medical diagnosis and treatment. The rapid advancement of modern biomedical, biophysical and computational technologies promises to provide new tools to gain in depth knowledge of the fundamental molecular and cellular mechanisms controlling health or involved in disease.
Studieprogramma
opbouwThe first year of the Nanobiology programme focusses on coursework. A combination of knowledge and academic/professional skills preparing students to undertake research projects.
The second year is focused on research projects consisting of two research projects with different focusses.
The second year is focused on research projects consisting of two research projects with different focusses.
1e jaar The curriculum of the first year consists of:
20 EC of required didactic courses covering topics such as analytical mechanics, image processing, modeling dynamical systems, cancer biology, and genetic engineering
a choice between 2 6 EC Biophysics courses
12 EC of writing and presenting courses, including a seminars course and a two part Project Development course which includes writing a literature review and a project proposal.
22 EC of electives which students can choose from Nanobiolog
20 EC of required didactic courses covering topics such as analytical mechanics, image processing, modeling dynamical systems, cancer biology, and genetic engineering
a choice between 2 6 EC Biophysics courses
12 EC of writing and presenting courses, including a seminars course and a two part Project Development course which includes writing a literature review and a project proposal.
22 EC of electives which students can choose from Nanobiolog
| periode | |||||||||
| 1 | 2 | 3 | 4 | ||||||
Seminars | |||||||||
Analytical Mechanics | 3 EC | ||||||||
High-Resolution Imaging | 4 EC | ||||||||
Modeling Dynamical Systems | 3 EC | ||||||||
Nuclear Architecture keuzevak | 3 EC | ||||||||
Soft Matter keuzevak | 6 EC | ||||||||
Stochastic Processes with Applications | 3 EC | ||||||||
Engineering Genetic Information | 3 EC | ||||||||
Biology of Cancer | 4 EC | ||||||||
Geometry of Physics keuzevak | 3 EC | ||||||||
Project Development Part 1 | 3 EC | ||||||||
Stem Cells keuzevak | 3 EC | ||||||||
Biological Networks keuzevak | 3 EC | ||||||||
The Origin and Synthesis of Life keuzevak | 6 EC | ||||||||
Project Development Part 2 | 7 EC | ||||||||
Protein Quality Control Mechanisms keuzevak | 3 EC | ||||||||
2e jaar The second year consists of two research projects.
One is a , 18 EC Broadening research project which students can choose from several options including company internship, interdisciplinary research/design project, or nanobiology academic research project.
The second is a 42 EC Master End Project, this is a largely independent project in the research group of a Nanobiology supervisor. It will include a variety of research activities and end in a written thesis and presentation.
One is a , 18 EC Broadening research project which students can choose from several options including company internship, interdisciplinary research/design project, or nanobiology academic research project.
The second is a 42 EC Master End Project, this is a largely independent project in the research group of a Nanobiology supervisor. It will include a variety of research activities and end in a written thesis and presentation.
| periode | |||||||||
| 1 | 2 | 3 | 4 | ||||||
Master End Project Nanobiology onderzoek | |||||||||
Internship keuzevak stage | |||||||||
Academic Research Project keuzevak onderzoek | |||||||||
Systems Engineering Company Project keuzevak | 18 EC | ||||||||
Joint Interdisciplinary Project keuzevak | 5 EC | ||||||||
Onderwijs
| taal van onderwijs | 100% en |
|---|---|
| onderwijsopzet | 35% zelfstudie 30% theorie 35% praktijk |
| avondonderwijs | n.v.t. |
| afstandsonderwijs | n.v.t. |
onderwijsvormen
active learning, blended learning, lecture, classroom teaching, laboratory work, literature study, oral presentation, research, research project, poster presentation, practicum, project, seminar, internship, thesis, home study, tutorial, working groupobjectives
5.2.a. Knowledge1 The student has theoretical and practical knowledge of the physics of biological processes and the methods to observe them.
2 The student is able to build mathematical models of physical and biological systems, and can solve them numerically and/or analytically.
3 The student can apply their knowledge to quantify biological processes from experimental results.
4 The student understands ethical issues in research.
5.2.b Research skills
5 The student is able to ide
study load
The Nanobiology Master programme is an intensive study combining high level math, physics, biology and integrated courses. Scheduled time also includes guided practicals and work sessions.study abroad
Students may choose to do a self composed set of electives abroad with approval by the board of examiners or choose to do one of their two research projects outside of Nanobiology, either in a Dutch university or abroad.honours-/excellence program Master Nanobiology Honours Programme
For many students the most important objective of an Honours Programme Master is to improve their versatility in their future job of researcher, engineer, designer or different.
The Honours Programme consists of 20 EC on top of the regular master programme of 120 EC. The full Nanobiology programme including the additional honours track should be finished within the standard two years. It is an individual programme which contains a specially developed 5 ec course - Critical Reflection on Technology - for all TU Delft honours programme MSc students plus a 15 EC coherent package of challenging courses and/or projects. An Honours Programme is not just a package of courses on top of your Master programme; it has to be something special and challenging for you.
Toelating en kosten
startmomenten
1 september 2022
wettelijk tarief : € 2209 (€1105 in het eerste jaar)
1 september 2023
collegegeld nog niet bekend
toelatingseisen
erkende certificaten
basiskennis
estimated monthly costs
| bedrag | kostenpost | ||
|---|---|---|---|
| € | 342 | kamerhuur in Rotterdamrond het landelijk gemiddelde | |
| € | 22 | internet+tv | |
| € | 152 | boodschappen/kostgeld | |
| € | 32 | telefoon | |
| € | 117 | verzekeringen | |
| € | 172 | collegegeldop basis van € 2060 per jaar | |
| € | 80 | studieboeken en -spullen | |
| € | 29 | drinken/snoep/snacks | |
| € | 77 | uiterlijkkleding, kapper, schoenen | |
| € | 30 | contributies/abonnementen | |
| € | 132 | vrije tijdstappen, uit eten, vakantie | |
| € | 42 | vervoernaast de OV-kaart | |
| € | 45 | overig | |
| € | 1210 | totale maandelijkse uitgaven landelijk gemiddelde is € 1181 | |
Hiernaast staat een overzicht van de gemiddelde kosten die een uitwonende student heeft.
Niet iedere student heeft met iedere kostenpost te maken. Het totaalgemiddelde is dus niet gelijk aan de optelsom van alle kostenposten.
Bekijk ook de uitgebreide toelichting: wat kost studeren?
Bekijk ook de uitgebreide toelichting: wat kost studeren?
Studenten en studentenleven
studentaantallen
| 100 | studenten volgen deze opleiding |
| 50% | daarvan is vrouw |
| 40 | eerstejaars gestart in 2017 |
| 50% | daarvan is vrouw |
| 23325 | studenten aan de Delft University of Technology |
| 27% | daarvan is vrouw |
Op kamers in Rotterdam
| 64957 | studenten studerend |
| 26950 | studenten woonachtig |
| € 342 | gemiddelde kamerprijs |
| kamer betaalbaarheid | |
| 27 m2 | gemiddelde kameroppervlak |
| kamer beschikbaarheid |
Keuzehulp
Studievergelijker
1/2 Delft University of Technology
Nanobiology (joint degree)
Nanobiology (joint degree)
| € 312 gemiddelde kamerhuur |
| 40 eerstejaars |
| 50% vrouw |
| ? uur contacttijd/week |
2/2 Erasmus University Rotterdam
Nanobiology
Nanobiology
| € 342 gemiddelde kamerhuur |
| ? eerstejaars |
| NAN% vrouw |
| ? uur contacttijd/week |
disclaimer: bovenstaande cijfers en beoordelingen zijn aangeleverd door de opleidingen zelf. Wij kunnen de juistheid niet garanderen.
Na de studie
aansluitende masteropleidingen
| instelling | opleiding | instroomeisen |
|---|---|---|
| Leiden University | Leraar VHO in Scheikunde educational | + aanv. eisen |
| University of Amsterdam | Lerarenopleiding Scheikunde educational | + aanv. eisen |
| Eindhoven University of Technology | Leraar VHO Scheikunde educational | + aanv. eisen |
| Delft University of Technology | Leraar VHO Scheikunde educational | + 18 EC pre-master |
Contact
Contact