ENERSENSE har lagt ut 12 sommerjobber rettet mot studenter. Det er forskningsprosjekter som gjøres i samarbeid med stipendiater/postdoc-er, blant annet med tidligere Nano-studenter.

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This summer we are offering the chance to be involved in one of our exciting research projects within ENERSENSE. The ENERSENSE research group focuses on energy storage, energy efficiency, and sensor technology in an interdisciplinary way. There are 12 summer positions available, and the different topics of these are listed and described below. All projects are under the supervision of our Ph.D. candidates, postdocs and researcher. If you have any questions about the projects, please contact the responsible person. We especially encourage students that might be interested to continue with a master project, to apply.

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Practical information:

· Five weeks of full-time work, with pay rate 22 (student assistant salary system).

· Start-up in early June with some flexibility towards the student's availability.

· Specific requirements are listed under the positions.

· Delivery of a poster is required at the end of 5 weeks.

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How to apply?

If you are interested in one or more of the summer jobs, please send in your motivation letter, CV (including relevant skills and competencies), and a grades-overview. In case you want to apply for multiple positions, send your top three preferred projects. Please send this information to enersense.ntnu@gmail.com with the email-subject "summer2022_firstname_lastname" before the deadline on 06.03.2022 at 23:59

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List of topics

ESS2201 Lithium-Ion Battery Digital Twin

ESS2202 Solid state battery production systems, review and analysis of existing

processes and inventory

ESS2203 Lithium-ion batteries: measuring the internal temperature using fiber-optic

sensors

ESS2204 Lithium-ion batteries: live monitoring of lithium-ion concentration using fiber-

optic sensors

ESS2205 Tilted Fiber Bragg Grating Plasmonic Hydrogen Sensors

ESS2206 Sensing Strategies for Supercapacitors

ESS2207 Super Activated Carbon Supercapacitors

ESS2208 Optimizing flow-cell batteries for H2-production

ESS2209 Efficient Silver Recycling through Electrodialysis

ESS2210 Development of Monovalent Selective Ion Exchange Membranes for the

Separation of Silver Ions from Multivalent Metal Ion Solution

ESS2211 Sonochemical synthesis of catalysts for water electrolysis

ESS2212 Algorithm development for linking biomethane production potential (BMP) to

near-infrared (NIR) spectroscopy analysis of feedstock