Tek17 Regulation Copilot
RAG + llm and speckle.systems
Year: 2025
Type: Personal project
I have been playing around with making my own chatbot and IFC file viewer integration fixed on Norwegian building regulations (Tek17). The regulations are encoded with ChromaDB for fast context retrieval.
Urban Occupancy Analysis and Dashboard
Using Google APIs and Grasshopper
Year: 2025
Type: Personal project
The intent of this exercise was to create an interactive dashboard using Python and Grasshopper in Rhino 3D, in order to visualise and analyse data (including popular times) from the Google Maps API. The whole process is highly automated – the python script takes a set of coordinates and gathers the data automatically. The grasshopper definition takes the same coordinates and data in CSV format from the Python scripts and generates the dashboard and graphs. Around 40 000 data points are generated for a given area.
Urban Development Analysis in Oslo using Web Scraping
Pytho, selenium
Year: 2025
Type: Personal project
Online marketplace and ad websites contain a lot of valuable information, specifically about new architectural developments. Finn.no is the biggest such website in Norway and it is common if not standard to post real estate ads and information there. Such information can be used as a dataset for analysing the current market and more.
Environmental and building simulations
early stage Climate, building and site analysis
Year: 2018 – 2023
Image credit: Nordic Office of Architecture
I have contributed to multiple architectural projects, bringing expertise in simulation, coding, sustainability and technology while at Nordic Office of Architecture and part of the core SIM (simulation and building performance) team.
Chongqing Jiangbei International Terminal
Rationalisation of the ceiling geometry for technical drawings using computation and parametric design
Year: 2021
Type: Airport interior
Project at / image credit: Nordic Office of Architecture
Our vision for the interior design of Chongqing Jiangbei International Airport Terminal 3B was inspired by the local rivers. We created a journey where passengers travel through a history of Chongqing’s rich culture and scenery, using past, present, and future themes. The design concept is based on architectural elements that gradually build up for clear and intuitive wayfinding—from arrival at the terminal to the departure gates. The terminal’s identity is rooted in Chongqing’s traditions. It is a place that shows visitors the characteristics and novelties of the area, and a place that locals recognise as home.
Shunde Grand Opera
development of bespoke scripts and tools for design investigations
Year: 2021
Type: Competition
Project at / image credit: Nordic Office of Architecture
Past, present and future. Nordic’s vision for the Shunde Grand Opera House was selected as the jury’s winning design concept. The concept is a cultural hub rooted in the history of Shunde, with an active arena that looks towards the future. On the ground floor is a museum focusing on the past, while the next level contains spaces for contemporary performances. The academy on top will educate, inspire and foster future talent.
Digital workflows in glued timber fabrication
rallarvegen shelter
Year: 2017
Type: Master’sworkshop project
Inspired by the “Digital workflows in glued timber fabrication” workshop, the Rallarvegen Shelter takes shape from glue-laminated timber pieces bent into shape and covered with fabric. Located at the iconic Rallarvegen route, the structure acts as a resting spot and hideout place for cyclists and hikers heading towards Finse.
Soft(ware)cast
an inquiry into computational form finding and testing of fabric formed concrete
Year: 2016
Type: Master’s semester research project
Concrete in itself is a highly flexible material due to its liquid state. The use of fabric formed framework for concrete has many possibilities and opportunities. Fabric has the ability to be pulled, folded and shaped in a very dynamic way in order to create a multitude of complex geometries and shapes. Flexible fabric formwork is a construction method instead of being just a structural typology. The shape of such form active structures is not known in advance and requires formfinding and optimisation in order to avoid any bending and structural instabilities. Recent advances in computational formfinding allows us to utilise computer simulations in order to investigate and optimise fabric formed concrete through the use of dynamic relaxation, genetic algorithms and finite element analysis.
Dissipative Architectures
Workshop with philip beesley
Year: 2016
Type: Master’s workshop project
Increasingly, the surfaces, buildings and environments that surround us embedded with interactive potentials. Capable of sensing and actuation, they make it possible to rethink architecture not as something static, but rather as entities and environments able to respond and adapt to changing conditions, and to engage in active conversations and mutual exchange with their occupants. This research poses new considerations and opportunities for architectural design – how can these living’ systems function, and how can they be designed and adapted within architecture?
