Field of work
Associate Professor Geoffrey Gilpin's teaching contributs to three study programs; the interdiciplinary BSc. Renewable Energy (Sogndal campus), and the engineering programs BSc. Sustainable Production and Circular Economy and MSc. Sustainable Energy Technology (both Bergen campus), along with the supervision of BSc., MSc. and PhD. students. Gilpin holds a master degree (2006) in mechanical engineering from Germany. In 2016, he received his doctoral degree in environmental physics and renewable energy from the Department of Mathematical Sciences and Technology, at the Norwegian University of Life Sciences (NMBU). Gilpin worked as a researcher at NMBU (2006-2008), at the Western Norway Research Institute (WNRI) (2008-2015), and in his current position at HVL.
Courses taught
- FE402 Applied Exercises in Renewable Energy
- FE404 Mathematics for Renewable Energy
- MAS503 Introduction to Sustainability Analysis
- MAS520 Design for Sustainable Energy Technology
Research areas
- Energy
- Energy Transition
- Sustainable Development
- Industrial Ecology and Life Cycle Assessment
Research groups
- Sustainable energy transition (HVL)
- Sustainable transformation of the built environment (HVL)
- Norwegian Centre for Energy Transition Strategies (FME-NTRANS)
- FE402, Applied Exercises in Energy Transitions, Fall 2024
- FE403, Bachelor Thesis in Renewable Energy, Spring 2025
- GE4-304, Master's Thesis in Climate Change Management, Spring 2025
- MAS503, Introduction to sustainability analysis, Fall 2024
- MAS520, Design for Sustainable Energy Technology, Spring 2025
Publications
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War, energy crisis and the acceptance of a global offshore wind sector.
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Vindkrafts påvirkning på myr og resulterende klimabalanse
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Grand Narratives for sustainable mobility: A conceptual review
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Sustainable Development: A normative model
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Sustainable development: From normative model to numbers
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Sustainable mobility at thirty
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What Next for Sustainable Development?
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What Next for Sustainable Development? Introduction.
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A normative model of sustainable development: how do countries comply?
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What Next for Sustainable Development? Our Common Future at Thirty
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The environmental life cycle assessment of selected 1st through 3rd generation biofuels within the context of sustainable development : Livsløpsvurdering av utvalgte første til tredje generasjons biodrivstoff i kontekst til bærekraftig utvikling
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Comparative attributional life cycle assessment of European cellulase enzyme production for use in second-generation lignocellulosic bioethanol production
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Environmental Assessment of Dry Photovoltaic Etching
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Life Cycle Assessment of electronics
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Cradle-to-gate life cycle assessment of the dry etching step in the manufacturing of photovoltaic cells
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Biodiesel's and advanced exhaust aftertreatment's combined effect on global warming and air pollution in EU road-freight transport
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Biofuels and Sustainable Transport: A conceptual discussion
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Fornybar energi i Sogn og Fjordane - frå vyer til veer
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Arsenic, chromium, and copper in products from microwave-heating pyrolysis of cca contaminated wood waste