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Master's Programme in Sustainable Energy Systems at Chalmers University

The Master's Programme in Sustainable Energy Systems at Chalmers University equips students with the skills and knowledge needed to address pressing energy challenges in the context of climate change and the transition to renewable energy sources. The curriculum includes courses on energy efficiency, carbon capture, and advanced technologies in the energy sector. Students engage in hands-on projects with industry partners and have opportunities for internships, ensuring practical experience. Graduates are well-prepared for careers in various sectors, including process industry, consulting, and research.

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Master's Programme in Sustainable Energy Systems at Chalmers University

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  1. Master’s Programme in Sustainable Energy Systems Master’s Programme in Sustainable Energy Systems Koordinator: David Pallarès, david.pallares@chalmers.se Varför? Hur? Vem? Sen då?

  2. Master’s Programme in Sustainable Energy Systems Uppskattade framtida elgenerering i EU25 Varför? Hur? Vem? Sen då?

  3. Master’s Programme in Sustainable Energy Systems Behovet av civilingenjörer Energieffektivisering av processer och tekniker Industriell energianvändning Processindustrin Utbyggnad av energisystemet • Växthuseffekten • Tömning av fossila bränslen • Osäkra bränsletillgångar Energisektorn (tillverkare, energibolag) Varför? Hur? Vem? Sen då?

  4. Master’s Programme in Sustainable Energy Systems ”Bridging systems” – ansvarsfull utbildning Carbon Capture and Storage Chalmers 100 kW Oxyfuel rig Vattenfall 30 MW Oxyfuel demo Varför? Hur? Vem? Sen då?

  5. Master’s Programme in Sustainable Energy Systems Programmets struktur Byggsektorn Processindustrin Energisektorn Modellering År 1 Uthållbarhet Energi År 2 Varför? Hur? Vem? Sen då?

  6. Master’s Programme in Sustainable Energy Systems Valfria kurser Energi Fuel cells - function and materials // Internal combustion engines // Nanotechnology for sustainable energy // Gas turbine technology// Sustainable power production and transportation // Introduction to nuclear reactors Beräkning Computational fluid dynamics // Computational fluid dynamics for engineers // Compressible flow // Computer introduction Hållbarhet Environmental aspects of transportation and logistics // Technical change and the environment // Environmental policy instruments // Ecodesign Management Project management // Life cycle assessment // Waste management Varför? Hur? Vem? Sen då?

  7. Master’s Programme in Sustainable Energy Systems Kontakt med industrin Examensarbete (96% i direkt koppling, 77% på plats) Studiebesök Nordjyllandsverket Metso Power AB Chalmers CFB Renova Sävenäs Gryabb MC2 Chalmers Ryaverket Chalmers kylanläggning Gästföreläsare Chalmer’s Academies (direkt kontakt med industrin): Energy Ac., Automotive Ac., Built Environment Ac. Varför? Hur? Vem? Sen då?

  8. Master’s Programme in Sustainable Energy Systems Behörighetskrav för M-studenter Termodynamik (MTF041) 4,5 hp (åk1,lp2) Miljö- och energiteknik (ENM030) 7,5 hp (åk3,lp1) Energiomvandling (ENM025) 7,5 hp (valfri åk3,lp2) eller/och Värmeöverföring (MTF113) 7,5 hp (valfri, åk3,lp3) Varför? Hur? Vem? Sen då?

  9. Master’s Programme in Sustainable Energy Systems Arbetsmarknaden för MPSES-studenter Processindustrin, konsultföretag, doktorand - minimera den allmänna energiförbrukningen - effektivisera termiska processer - minska CO2 utsläpp (design av energiverk, FoU, strategisk planering) Energibolag (Vattenfall, E-On, Göteborg Energi, Fortum) Tillverkare av energiverk (Metso, Alstom) Tillverkare av energimaskiner (…) Fjärrvärmebolag (…) Doktorand, Forskningsinstitut (SP, TPS) Konsultföretag (SEP, FBE, …) Stats- eller kommunanställd Varför? Hur? Vem? Sen då?

  10. Master’s Programme in Sustainable Energy Systems Master’s Programme in Sustainable Energy Systems

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