OMRT
Bijn Worms has had a diverse work experience spanning various industries. Starting in 2009, they worked as a Secretary at SRC Thor, and concurrently served as a Bartender at Ciccionina until 2010. In 2010, they briefly worked as a Designer at The Green Village. In 2013, they co-founded Bouwboek.com and held the role of Co-Founder until 2021. In the same year, they also worked as a Chauffeur at Het jaarboek Architectuur. From 2014 to 2015, Worms served as a Board member International Challenge at FRESH, organizing the FRESH International Challenge in Istanbul and visiting real estate-related companies. In 2015, they became Head of Programme at Het Vastgoedsymposium and held the position until 2016. During this time, they also worked as Company Relations at BOSS Real Estate & Housing | TU Delft. From 2016 to 2021, Worms worked at VORM Holding, first as a Project Coordinator and later as a Projectontwikkelaar. Since June 2021, they have been working as the Head of Operations at OMRT.
Bijn Worms started their education at Het Baken Park Lyceum in 2002 and completed their secondary education there in 2008. Bijn then attended Delft University of Technology from 2008 to 2013, obtaining a Bachelor of Science (BSc) degree in Architecture. In 2011, they spent a semester at Chalmers University of Technology, pursuing a minor in Architecture. From 2014 to 2016, Bijn continued their education at Delft University of Technology, earning a Master of Science (MSc) degree in Real Estate & Housing. During their master's program, in 2015, they participated in the Athens programme at Universidad Politécnica de Madrid, focusing on Real Estate.
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OMRT
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OMRT is a parametric design+engineering enterprise that was founded in 2017 by Andreja Andrejevic & Jasper Spiegeler. OMRT digitally enhances the (technical) design process in the AEC industry. OMRT uses sophisticated parametric algorithms that comprise of multiple design+engineering aspects which are levelled to one system that can be linkedto a 3D-model. These smart algorithms provide more consistent outcomes, higher calculation speed and visualised outcomes of the parametric simulations. Making communication about design decisions easier and more transparent.
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