Science Teacher

• Aug 2023 - Present

Senior Quantitative Analyst

• Nov 2021 - Present

Sitting in the Power Portfolio department, my team (Short Term Trading Optimization) assists short-term power and gas traders with analyses, support tools, and automation of tasks.Examples:- Price predictions- Algorithmic Trading- Data base front endIn addition, I addition I also work with making my own team's work more efficient, automatic, and secure where possible using for example- Our own Docker base images to increase build speed and increase security- Docker, Kubernetes, Azure DevOps pipelines+releases together to make efficient and robust CI/CD build, test, and release pipelines- Azure Key Vault and App Registrations to increase security by storing all secrets in key vault- Azure Key Vault and App Registrations to handle user authentication on Dash applications Show less

Data Scientist

• Feb 2019 - Nov 2021

Tasks mainly revolve around providing advanced analytics and decision support to energy traders in the European markets- Prediction of power and gas demand deviations from the normal based on weather deviations from the normal- Smart combination of power forecasts- Automatically identifying relevant spread trading opportunities- Portfolio replicationUsed technologies- Python (pandas, dash, flask, scikit-learn)- Docker and Kubernetes- Various Azure and Azure DevOps services- Linear programming and machine learning techniques- Data visualization and dashboards Show less

Data Scientist

• Mar 2018 - Feb 2019

As a data scientist at KMD, I was to the EcoKnow project (https://innovationsfonden.dk/da/presse/big-data-skal-faa-arbejdsloese-hurtigere-i-job) as well as starting up the new Center for Applied AI team. In the EcoKnow project the aim was to develop new IT solutions for job centers to help agents with suggestions for how they can best help citizens find employment by taking advantage of large amounts of data which already exists in the job centers' databases using machine learning technologies. During my time, we developed the infrastructure to handle such large-scale data oriented projects including - Setting up web services as REST APIs (Flask) - Organizing a professional team-based git workflow - Containerizing the web service and associated libraries (Docker) - Deploying on Azure and integrating with Azure-hosted databases, databricks, data factories with Docker and Kubernetes services - Setting up a CI/CD framework on Azure DevOps and Azure Show less

Marie Curie Research Fellow

• Oct 2016 - Oct 2017

As part of my research for the EU FP7 ARGENT project, I am working from QuantumWise in Copenhagen, DK, for 12 months. During my stay at QuantumWise, I have continued my research with molecular dynamics and meta dynamics. In addition, I have worked on two different teams and taken part in GUI programming and computational physics for plugins development for the Virtual NanoLab software written in Python. I learned to work in the SCRUM development framework with test-driven development and to use Git version control. In Jan. 2017, I prepared and presented a webinar with over 200 attendees on the theory of molecular dynamics with great feedback. Show less

Marie Curie Fellow, Early Stage Researcher

• Sep 2014 - Oct 2016

Since September 2014 I have been a Marie Curie Fellow in the highly selective EU FP7 project "Advanced Radiotherapy Generated by Exploiting Nanoprocesses and Technologies" (ARGENT - www.itn-argent.eu ). ARGENT is a research network aiming to improve cancer therapy by using nanomedicine together with ion beam therapy. During the project, I have learned to work together with 12 other early stage researchers (ESRs) from 11 countries around the world and to communicate clearly with researchers from other fields. Coming from a background focused on nanoelectronics, I have had to learn a great deal about biochemistry and cancer biology during my work. My research for the ARGENT project concerns the structure of the coating used on nanoparticles intended for use as an enhancer of cancer therapy. The research is done with computational modeling (molecular dynamics) of different coating molecules and nanoparticles as well as the interaction between radiation (radiotherapy) and the coated nanoparticles. As a Marie Curie Fellow in an Initial Training Network (ITN), I have received extensive training through courses in radiochemistry, atomistic modeling, and cancer biology in the fall of 2014 at University of Paris-Sud (now University of Paris-Saclay), as well as the summer school "School on Science Management for Scientists and Engineers" (SoSMSE) on entrepreneurship, patents, and business in July 2015 at the University of Genoa. This project has received funding from the European Union FP7 ITN People 2013 programme for research under Grant Agreement No. 608163 Show less

Student Intern

• Sep 2013 - Aug 2014

As a student intern at QuantumWise, I was heavily involved with updating and maintaining tutorials to the atomistic modeling software Atomistix ToolKit (ATK) and Virtual NanoLab (VNL), as well as being involved with updating the website of QuantumWise. As a student intern at QuantumWise, I was heavily involved with updating and maintaining tutorials to the atomistic modeling software Atomistix ToolKit (ATK) and Virtual NanoLab (VNL), as well as being involved with updating the website of QuantumWise.

Teaching Assistant

• Sep 2013 - May 2014

As teaching assistant for two semesters in the course Physics 1, I was helping and teaching students in problem solving sessions as well as grading homework assignments. I have a great passion for conveying difficult topics related to physics and science in an understandable way. Seeing the students understand something they had difficulties with really drives my effort here, and I received high notes on the feedback at the end of both semesters. As teaching assistant for two semesters in the course Physics 1, I was helping and teaching students in problem solving sessions as well as grading homework assignments. I have a great passion for conveying difficult topics related to physics and science in an understandable way. Seeing the students understand something they had difficulties with really drives my effort here, and I received high notes on the feedback at the end of both semesters.

Research Assistant

• Aug 2012 - Jul 2013

During my 12 months as a research assistant in the world leading group on atomistic modeling of nanoelectronics, lead by Professor Gerhard Klimeck, I modeled and described the interface between copper and silicon using molecular dynamics software (ReaxFF) and density functional theory software (ATK, QuantumWise) which formed the research for my master's thesis. During my 12 months as a research assistant in the world leading group on atomistic modeling of nanoelectronics, lead by Professor Gerhard Klimeck, I modeled and described the interface between copper and silicon using molecular dynamics software (ReaxFF) and density functional theory software (ATK, QuantumWise) which formed the research for my master's thesis.