As the Chief executive officer (CEO) of Treat Systems, I work with focus on company management including all daily operations, finances, human resources, marketing, strategic partnerships, and contracting. Our software solution is called TREAT Steward™ is build upon our extensive knowledge of- and experience with health informatics, decision support and data mining technologies. We believe it is the best and most comprehensive software solution for Antimicrobial Stewardship on the market… Show more As the Chief executive officer (CEO) of Treat Systems, I work with focus on company management including all daily operations, finances, human resources, marketing, strategic partnerships, and contracting. Our software solution is called TREAT Steward™ is build upon our extensive knowledge of- and experience with health informatics, decision support and data mining technologies. We believe it is the best and most comprehensive software solution for Antimicrobial Stewardship on the market. In summary my work areas are: ✓ Healthcare software company management ✓ Design and execution of go-to-market strategies ✓ Develop and optimize business profitability and organization ✓ Employee development and coaching ✓ Direct and indirect sales channels optimization ✓ Marketing development and expansion ✓ Product development, partner strategy and regulatory management Show less

As a customer-oriented system specialist and project manager, I worked with focus on physiological modeling and implementation of the client's wishes to the clinical decision support system, graphical user interface, IT integration and our systems advices on antibiotic prescription. In the daily development at Treat Systems, I operated as SCRUM master and actively participates in the prioritization, specification and delegation of tasks. I also has strong innovation responsibilities and… Show more As a customer-oriented system specialist and project manager, I worked with focus on physiological modeling and implementation of the client's wishes to the clinical decision support system, graphical user interface, IT integration and our systems advices on antibiotic prescription. In the daily development at Treat Systems, I operated as SCRUM master and actively participates in the prioritization, specification and delegation of tasks. I also has strong innovation responsibilities and carries out a large part of the product development of TREAT Steward™. In summary my work areas were: ✓ Physiological modelling and decision support ✓ Knowledge about infectious diseases and microbiology ✓ Specification of IT based solution for Antimicrobial Stewardship ✓ Prioritization, specification and delegation of tasks with SCRUM Show less

As Treat Systems Quality Assurance Associate, I worked with focus on designing, maintaining and managing quality management systems and regulatory affairs processes according the standards and compliance of the following standards: ✓ISO 13485 – Quality Management System ✓ISO 62304 – Software life-cycle processes ✓ISO 14971 – Risk Management ✓ISO 14155 – Clinical Evaluation ✓ISO 62366 – Usability

The focus of my PhD project was to develop a mathematical physiological model of the respiratory system consisting of four sub models describing the pulmonary ventilation, perfusion, blood chemistry and gas-exchange during mechanical ventilation. The ventilation model simulates pressure-volume relationships in the lungs and the perfusion model describes the pulmonary perfusion during mechanical ventilation both models being stratified with respect to the effects of gravity. The blood model… Show more The focus of my PhD project was to develop a mathematical physiological model of the respiratory system consisting of four sub models describing the pulmonary ventilation, perfusion, blood chemistry and gas-exchange during mechanical ventilation. The ventilation model simulates pressure-volume relationships in the lungs and the perfusion model describes the pulmonary perfusion during mechanical ventilation both models being stratified with respect to the effects of gravity. The blood model describes acid-base chemistry of the blood. The gas-exchange model simulates oxygen and carbon dioxide distributions in the respiratory system and simulates e.g. arterial oxygen and carbon dioxide levels during tidal breathing. The models are validated against experimentally obtained data and simulate well a wide range of physiological parameters during breathing. The model has indicated that alveoli in the healthy subjects do not collapse. Furthermore, simulation results show that gravity affects the gas exchange more than what is experimentally observed in the literature. In summary my focus areas was scientific writing of 6 papers about physiological modelling and simulation of the respiratory system including: ✓Airway resistance and viscoelastic properties ✓Chest wall elasticity ✓Hydrostatic gradient caused by the weight of the lung tissue and blood ✓Effects of surfactant and elastic properties of the alveolar wall ✓Capillary geometry, hemodynamics and blood rheology ✓Storage and transport of CO2 and O2 in the environment, anatomical dead space, alveoli, capillaries, arterial and mixed venous blood ✓Acid-base chemistry of the blood Show less