As a Researcher wihin Structural Testing of Composite Structures, I will be responsible for research within advanced structural test methods for composite structures within a wide range of applications, eg. wind turbine blades, aircraft structures, marine structures, vehicles etc..The research activities will include the following areas:Development of advanced structural test methods including real-time hybrid simulation methodologies for large-scale composite structures, using optimized numerical analysis methods suitable for hybrid simulation.Perform design and dimensioning of structural test rigs and setups on the strong floors/walls, necessary to carry out advanced structural testing of composite structures.Carry out advanced finite element modelling and analysis of composite structures and test rigs using commercial finite element codes.Develop advanced operational procedures for multi-axial test systems associated with advanced structural testing of composite structures.

Postdoctoral fellow working with the following Projects: 1) Advanced structural testing of large composite structures at the strong floor of DTU Structural Lab using multi-axial servo-hydraulic testing system. 2) Implementing advanced monitoring techniques for structural assessment among these: Digital Image Correlation, Fiber Bragg Gratings, Potentiometers, strain gauges, etc.3) Structural assessment of an SSP34m wind turbine blade through quasi-static and real-time hybrid simulation. 4) Evaluation of a number of retrofitted reinforcement techniques for wind turbine blades. The concepts are patented by Bladena Aps. 5) Project management within the implementation of the new Villum Center for Advanced Structural Material Testing.

Research assistant working with project management within the implementation of the new Villum Center for Advanced Structural and Material Testing.

Research assistant working with the following Projects: 1) planning, design and build-up of a test rig for multi-axial fatigue testing of a 15m substructural blade section within the EUDP-program (project 64013-0115) named: Torsional Stiffening of Wind Turbine Blades - Mitigating leading edge damages. 2) Planning, design and build-up/manufacturing of an acceptance test for a delivery of structural actuators in the range: 25kN to 5MN granted by the Villum foundation.

Visiting Scholar under the direction of Professor Shirley Dyke on multi-rate real-time hybrid simulation (mrRTHS). mrRTHS is a real-time hybrid simulation (RTHS) strategy where the numerical and experimental substructure are executed at two different rates to optimize computational ressources while maintaining good actuator control.

Research Assistants focused on commercial testing including: coupon and full‐scale testingalong with a literature survey within the field of hybrid simulation for experimental assesment of structures across numerous fields of mechanical and civil engineering.

Seasonal worker as a machine operator and quality inspector with the area ofresponsibility: planning and logistics, reparation and maintenance of agriculturalmachinery and production planning.

Diving Instructor and tour guide with the area of responsibility: theoretical and practicalteaching and dissemination, maintenance of diving equipment and service.