Footprint Data Analyst

• Feb 2020 - Present

Ducky develops digital tools to inspire individuals, municipalities and companies towards sustainability. Users can track their climate footprint, see the effect of their climate actions and follow the progression towards common goals. I work principally within product development, creating and maintaining Ducky's climate footprint calculator, in addition to work as an Agile product owner, customer success for Ducky's API products, and with external communication such as webinars and conference presentations. Ducky er en tjeneste som motiverer enkeltpersoner og virksomheter til miljø og sosial vaneendring. Vaner er nøye utvalgt til å være positive, effektive og enkle å sette i gang med. I tillegg stilles det strenge krav til at de skal gagne fellesskap og nærmiljø positivt – med tanke på miljø, økonomi og sosiale forhold. Show less

Product Development Manager

• Sep 2018 - Feb 2020

Industrial PhD Student

• Aug 2014 - Sep 2018

I research micron-size polymer particles with nanoscale metal coatings. These particles are applied in conductive adhesives used in the electronics industry. Specifically, I worked on the link between the degree of deformation of the particles and their resistance characteristics. As a part of my PhD project, I have developed a custom nanoindentation set-up which allows the simultaneous measurement of electrical and mechanical properties of single particles. I research micron-size polymer particles with nanoscale metal coatings. These particles are applied in conductive adhesives used in the electronics industry. Specifically, I worked on the link between the degree of deformation of the particles and their resistance characteristics. As a part of my PhD project, I have developed a custom nanoindentation set-up which allows the simultaneous measurement of electrical and mechanical properties of single particles.

Intern

• May 2013 - Jul 2013

I developed a Matlab program to simulate quantum electronic transport phenomena (charge and heat) in a quantum dot connected to either normal or superconducting leads (single electron transistor). I developed a Matlab program to simulate quantum electronic transport phenomena (charge and heat) in a quantum dot connected to either normal or superconducting leads (single electron transistor).

Reakel

• Feb 2010 - Jun 2012

I helped students with IT problems ranging from Internet connections to software installation. I was also responsible for the printer system and the operative systems, both Linux and Windows, in several computer labs. I helped students with IT problems ranging from Internet connections to software installation. I was also responsible for the printer system and the operative systems, both Linux and Windows, in several computer labs.