Kristoffer Negendahl

Kristoffer Negendahl

Assistant Professor

DTU CIVIL ENGINEERING
Department of Civil Engineering

Technical University of Denmark

Brovej

Building 118, room 260

2800 Kgs. Lyngby

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Keywords Consequence Based Design | Grasshopper | Sustainability | Integrated Dynamic Models | Building Energy | Indoor Environment | Computational Collaborative Models

Industrial Ph.D student in collaboration with the consulting engineers Grontmij. Project start 15th Dec. 2011

Projektets tittel: Consequence Based Design. An approach for integrating computational collaborative models (Integrated Dynamic Models) in the building design phase.

  • Consequence Based Design as a strategic approach in the building design phase.
  • Integrated dynamic models as a sketch-based engineering toolset.
  • The potential use of multi criteria optimization methods implemented in the early building design phase.

The project the includes work with Grasshopper, Generative Components and misc. programming languages as means to build and test the integrated dynamic models. The main goal of this project is to reduce energy and improve indoor environment in buildings. The integrated dynamic models are dynamically coupled to varying energy / climate tools.