Prof.dr.ir. M.J.T. Reinders

profiel

Resume

Prof Reinders holds a position at the Delft University of Technology as well as at the Leiden University Medical Center. In Delft he heads the Pattern Recognition and Bioinformatics section in one of the Computer Science departments of the Faculty of Electtrical Engineering, Mathematics and Computer Science. The section consists of three research labs: Delft Bioinformatics Lab (5 staff); Pattern Recognition Lab (2 staff); Computer Vision Lab (3 staff) and includes a group of ~60 people (incl. ~10 scientific staff members (HL/UHD/UD’s), ~30 PHDs/Postdocs, ~20MSCs).  In Leiden he heads the Leiden Computational Biology Center.  This center generates new biological insights with clinical applicabilities using computational tools to analyse molecular data. The groupconsists of ~15 people (incl. 3 scientific staff memberts (tenure trackers), ~12PDs/MScs).

Research description

Prof Reinders group in Delft is recognized as international experts on machine learning and in his bioinformatics research he applies the cutting-edge machine learning expertise to develop data-driven analysis methodologies to gain molecular biology insights. His group in Leiden uses computational biology to progress clinical applicability of molecular data with a focus on newest technologies, such as single cell or spatio-temporal omics data. He initiated work on molecular classification and genetic network modelling, and has a strong track record on next-generation sequencing analysis, network-based analysis, as well as integration of genomic data.

google sholar:    scholar.google.com/citations?user=h52_bg0AAAAJ
url prb:               www.prb.tudelft.nl
url lcbc:              www.lcbc.nl

Educational activities

- Coordinator of “Master track Bioinformatics” within the Computer Science program
- Supervised ~100 master students
- Lecturer of 7 graduate courses (currently 1), “Functional Genomics and Systems Biology”
- Lecturer of 10 undergraduate courses (currently 3), ao “Datamining” and “Bioinformatics” 
- Lecturer of 7 postgraduate courses (currently 1), “NBIC course on Pattern Recognition”

Professional memberships

From 2017       Member scientific advisory board Informatics Platform Netherlands
From 2014       Member scientific advisory board Dutch Techcentre for Life Science
From 2013       Visiting professor at Clinical Genetics, Free University Medical Centre
From 2011       Director of the TUD-EEMCS Graduate School
2010-2017       Scientific Director of the Netherlands Bioinformatics Center (NBIC)
From 2009       Heading the Pattern Recognition and Bioinformatics Section (PRB), Computer 2005-2015       Chair of the TUD-EEMCS Scientific Advisory Board (VCWB)

publicaties
Bekijk de publicaties in Pure
vakken
2006 - Functional Genomics and Systems Biology
2006 - Information Processing
2006 - Data Mining
2006 - Selected Topics in Multimedia Computing
2006 - Proteomics & Biochips
2007 - Information Processing
2007 - Selected Topics in Multimedia Computing
2007 - Functional Genomics and Systems Biology
2007 - Data Mining
2007 - Proteomics & Biochips
2009 - Information Processing
2009 - Advanced Bioinformatics
2009 - Data Mining
2007 - Specialisatie MKT 3: Project
2008 - Information Processing
2008 - Specialisatie MKT 3: Project
2008 - Functional Genomics and Systems Biology
2009 - Specialisatie MKT3: Project
2008 - Data Mining
2008 - Proteomics & Biochips
2008 - Seminar Selected Topics in Multimedia Computing
2008 - Proteomics & Biochips
2009 - Functional Genomics and Systems Biology
2009 - Seminar Selected Topics in Multimedia Computing
2009 - Genome Scale Data Analysis
2009 - Advanced Bioinformatics (D)
2010 - Specialisatie MKT3: Project
2010 - Genome Scale Data Analysis
2010 - Data Mining
2009 - Signal Processing and Control
2010 - Seminar Selected Topics in Multimedia Computing
2010 - Functional Genomics and Systems Biology
2010 - Signal Processing and Control
2012 - Genome Scale Data Analysis
2011 - Data Mining
2011 - Advanced Bioinformatics
2011 - Seminar Selected Topics in Multimedia Computing
2011 - Functional Genomics and Systems Biology
2011 - Final Project
2011 - Information & Knowledge Engineering project
2011 - Genome Scale Data Analysis
2014 - Genome Scale Data Analysis
2013 - Bioinformatica
2013 - Bioinformatica
2014 - Bioinformatica
2014 - Final Project
2014 - Functional Genomics and Systems Biology
2014 - Advanced Bioinformatics
2012 - Functional Genomics and Systems Biology
2012 - Advanced Bioinformatics
2012 - Seminar Selected Topics in Multimedia Computing
2012 - Final Project
2012 - Information & Knowledge Engineering project
2012 - Data Mining
2013 - Final Project
2013 - Genome Scale Data Analysis
2014 - Introduction to Life Science
2013 - Functional Genomics and Systems Biology
2013 - Advanced Bioinformatics
2016 - Bio-informatica
2017 - Datamining
2016 - Datamining
2016 - Bioinformatica
2017 - Bio-informatica
2015 - Final Project
2015 - Functional Genomics and Systems Biology
2015 - Introduction to Life Science
2015 - Bio-informatica
2017 - Bio-informatica
2018 - Functional Genomics and Systems Biology
2018 - Introduction to Life Science
2016 - Bio-informatica
2017 - Datamining
2015 - Datamining
2015 - Datamining
2015 - Bioinformatica
2017 - Functional Genomics and Systems Biology
2017 - Introduction to Life Science
2016 - Datamining
2016 - Introduction to Life Science
2016 - Functional Genomics and Systems Biology
2019 - Selected Topics in Molecular Biology
2019 - Functional Genomics and Systems Biology
2018 - Bio-informatica
2018 - Bio-informatica