New Plant Tau — 130M EUR Expansion
Major CAPEX expansion project started in 2023 with scheduled completion in Q1 2027. The project will increase production capacity to over 6 million tonnes annually. Scope includes new Secondary and Tertiary Plants, crushers, feeders, screens, conveyors, a culvert system, improved stock and material handling, and a new quay with shiploader, mooring lines, bollards and ISPS terminal security. Holding full design management responsibility across all engineering disciplines.
Walkway Bridge — Optimization & Modification
Designed a much-needed hanging walkway bridge anchored to the existing concrete quay using cantilever supports. The original space between the shiploader and the edge of the quay was too narrow — the new walkway is bolted to the concrete on the outside of the edge, providing more space and significantly more efficient shiploading operations.
Conveyor Access Expansion — Modification Project
Expanded the entry point to an existing conveyor. Designed a stair arrangement enabling samples to be taken safely from the conveyor belt and filled into buckets, supporting material testing at a different location.
Service Platform — Belt Tightening Station
Designed and executed a service platform around the belt tightening station for a conveyor. The platform was constructed in glassfiber, giving the maintenance crew safer and broader access to equipment and mechanical parts.
Fjordlab AS — Laboratory Construction
Project Manager for the construction of Fjordlab — a laboratory specifically designed to analyze the mechanical and chemical properties of crushed rocks (aggregates). Once fully accredited, it will be the first and only laboratory of its kind in Norway within this discipline.
Visit fjord-lab.com
Product Silo 16-22 Fractions — Modification
Designed a box of mass shelves added to an existing silo to achieve a better mix of larger and finer fractions. Mechanical parts were manufactured in workshop, then assembled, lifted into place, and bolted to the existing silo.
Project Birkeland — Sounding Rocket
Responsible engineer for the inner structure and recovery module of the sounding rocket "Birkeland", developed in 10 months. Designed the parachute bay, COPV and separation system. The rocket competed against approximately 150 universities globally at Spaceport America Cup 2022, achieving 2nd Place in the 30'K COTS Category, 2nd Team Spirit Award, 2nd Team Video, and 3rd Place Overall.
Project Birkeland
Team 60 — Spaceport America Cup 2022
The complete 383-page technical report covering system architecture, recovery module, inner structure, avionics, payload and post-flight analysis.