1 / 4

NANOTECNIA PROGRAM FOR HIGHER EDUCATION IN SCIENCE & TECHNOLOGY

Practical Education Bach. Level. Int. Student exchanges Bach. Level. Theoretical Education Bach. Level. Science Basics. Theoretical Education MAS Level. NANOTECNIA PROGRAM FOR HIGHER EDUCATION IN SCIENCE & TECHNOLOGY. Water purification & desalination . Applied Research.

cortez
Download Presentation

NANOTECNIA PROGRAM FOR HIGHER EDUCATION IN SCIENCE & TECHNOLOGY

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Practical Education Bach. Level Int. Student exchanges Bach. Level Theoretical Education Bach. Level Science Basics Theoretical Education MAS Level NANOTECNIAPROGRAM FOR HIGHER EDUCATION IN SCIENCE & TECHNOLOGY Water purification & desalination Applied Research Advanced Studies Practical Education MAS Level solar thermal driven absorption cooling R&D stays in Europe/USA MAS level Applied 3D Printing Techniques

  2. Science Basics • General goals: • Achieving theoretical & practical know-how in modern chemistry, physics and biology at European and US Bachelor standards, as prerequisite for Master studies in science & technology • Duration: 2 years • Main action fields: • Set-up of on-line course program in collaboration with European and US University (under development with e.g. theUniversity of Basel- Switzerland, FIU - USA) • Set-up of laboratories for practical training purposes (standard level experiments) • int. post-graduation student exchange for a 2-year study period • Possible Financing Sources • Foundations (new laboratory equipment) • CH Universities (obsolete laboratory equipment and experimental setups) • SNF (Student exchanges)

  3. Advanced Studies • General goals: • Advanced theoretical & practical know-how in modern scientific fields of practical relevance • During the course, students may choose between starting up their own high tech enterprise or obtaining a PhD degree abroad • Duration: 3 years • Main action fields: • Set-up of on-line master course program in collaboration with European or US University (e.g. University of Basel- Switzerland, FIU - USA) • Set-up of dedicated laboratories for application oriented research in fields of local relevance, such as: • 3D printing • Modern water purification/desalination • Absorptive cooling • Industrial energy optimization • 1 year of int. R&D stay in Europe or US during 2nd year of master program • Financing: idem Science Basics Module

  4. Applied Research • General goals: • Learning platform for Master students • Developing technological skills & know-how as a prerequisite for local setup of companies with innovative technologies • Service platform (online) for R&D needs of existing local and regional industries • Main action fields: • 3D printing equipment & accessories • Equipment for surface characterization at mm, micron and sub-micron length scales (topology, rheology, chemical composition, mechanical properties) • Experimental set-up for energy efficiency testing of water desalination system components • Experimental set-up for testing of coolant absorption/desorption efficiency under controlled environmental conditions • Financing: • - Project financing organizations (KTI, NSF-USA, private foundations)

More Related