Dr. Jan Henning Jürgensen

• Development of predictive maintenance strategy • Assessment and modelling of failure statistics • Predictive & prescriptive data analytics with focus on power transformer & switchgear equipment • Development of analytical methods for maintenance and reinvestment decision-making of assets • Coordination of university collaboration • Participation in different forums as technical expert

Developing and implementing a maintenance optimization algorithm for the largest municipally owned distribution system operator in Sweden

Engineer in the R&D Wind Power Plant department: • Development and validation of grid functions • Development of control strategies with focus on offshore projects • Simulation Studies with MATLAB/Simulink • Managing development requests regarding to grid functions

Work as a technician in different projects with focus on photovoltaic and biogas plants.

Master Thesis: "Investigation of control strategies for mobile fuel cell systems in vehicles" • Development of control strategies of a fuel-cell stack and its components • Identification of manipulated and control variables for a superior power control strategy • Evaluation of the control strategies based on simulation results with the software tool MATLAB/Simulink • Optimization of the energy management between fuel-cell stack and hybrid battery for the reduction of hydrogen consumption

Dual education system with practical experience in the technical departments special measuring systems, net service, primary technology and process control of the national grid. Company: Schleswig-Holstein Netz AG (formerly E.ON Hanse AG)

Internship with focus on project management and consulting within the energy sector.

Project description The project includes the development of quantitative risk-based analyses methods for the investment planning of power distribution to better handle all new conditions such as the introduction of wind farms. More specific, the work will use methods from the following areas: Risk, reliability and economic analysis and, later on; investment and maintenance optimization.

Master Thesis Group Project: „Business Models For The Diffusion of E-Mobility Infrastructure in Hyllie, Malmö – With Opportunities for National Scalability” Master program: Sustainable Business Leadership. The course has the following outline: • Accounting and The Global Economy • Strategy, Marketing and Corporate Finance • Sustainable Growth in Global Competition • Degree project in Malmö

Master Thesis: „Investigation of control strategies for mobile fuel cell systems in vehicles” in cooperation with the Daimler Corp., Stuttgart • Recipient of „Industriepreis 2011” for thesis excellence, awarded by the Automation forum at the Westcoast University Heide • Coursework included: quality and project management, general management, robotics, advanced control, computer networks and security, and other courses

B.Sc. in Electrical and Information Engineering at the Westcoast University of Applied Sciences in Heide, Germany. Dual education system of the E.ON Hanse AG. Specialisation in Automation and Computer Sciences Bachelor Thesis: „Interactive learning module for decoupling control of two- inputs/two- outputs systems”