9. “A la Aerospace” Design An out of the industry look at things Passion for Design, Creativity and freedom not always possible to exploit in the Aerospace Industry but well applicable in other fields!
10. Design Requirements Beautiful Corporate Building Efficient space allocation Sustainable Energy Generated onsight Cost Effective Building Constraints (not too much focus) State of the Art Technology
17. Energy Determation of the Power Demand of Building Implementating sustainable energy sources into the building making use of wind, thermal and (or) solar power Conceptual Design of a smart grid / power system that saves power consumption
19. Business Cost calculations Cost Optimization Energy price per kwh Cost of Office space per m2 Already Launched! www.buildingofthefuture.com www.buildingofthefuture.nl
20. Real Business Get corporate partners involved (Building & architecture Electronic corporations) Partnership with TU Delft Get sponsored by the companies in order to fulfill a life long dream of travelling the world (www.buildingofthefuture.com)
22. Psychology / Philosophy Challenge Existing designs Think outside the box! Aerospace Engineers: "To others the sky is the limit....To Aerospace Engineers, it's just the beginning"
24. Link Link each part of the project to an expert professor Design: Architecture / IO / Civil Structures / Modelling: Aerospace / Mechanical / Civil Business: TBM / YES! Delft Energy: Aerospace / EWI / Physics I want to have a team of expert advisors from each faculty
25. Combine Combining my knowledge and that from the experts into one beautiful result!
26. Learn Mission Statement DAR “Our mission is to train students to become multi disciplinary engineers that will practice and improve Multidisciplinary Design, Analysis and Optimization in industry.” Amazing opportunity to combine everything I learned and will learn into practice with a clear purpose of contribution to society
28. Strategy Read design literature / Get inspired Find and Talk to Expert Professors Establish group of professors as counselors Establish frameworks and requirements for each area of the project Understand the relationships between the different areas Model / Optimize Calculate costs