References

Siemens Gamesa
May 2017 – Ongoing
Responsible for delivering a new blade production equipment setup

Siemens Wind Power
October 2015 – March 2017

Project Manager – Blade Manufactory Equipment
Responsible for delivering all production equipment, for new blade factory in Hull-UK.
The factory is planned to deliver, all 75 meter blades, for Siemens’ upcoming 7MW wind turbine projects in UK.

Specifying and developing all production equipment, in accordance’s to the local UK legal environmental, health and safety requirements (EHS).

Aker Solutions, Norway
October 2013 – October 2015

Lead Engineer in Tie-In Systems for Aker Solutions, based in Oslo, Norway on TOTAL Subsea Project for Congo.

Developing engineering and equipment specifications in accordance with costumer requirements. Understanding of technical requirements and awareness of contractual commitments and risks.

Vestas Wind Systems A/S
2009–2011

Project Manager on Wind Sensor Backup System to minimize downtime for turbines installed in high humidity areas.

Project Manager on development of new turbine nacelle layout with the responsibility for implementation of new Full Scale Converter System.

Generator bearing studies on greasing system problems. Contributed with root cause analysis to identify unexpected breakdowns.

FMC Kongsberg Subsea AS, Norway
May 2011 – October 2013

Lead Engineer for FMC Technologies on BP Shah Deniz 2 Subsea Project. Equipment delivered at a Norwegian yard, sent to Azerbaijan.

Developing engineering and equipment specifications for 900 bar HIPPS Manifold including foundation design for extreme soft soil and high earthquake impact. Understanding technical requirements and awareness of contractual commitments and risks. Also organization of assigned engineering tasks in the project.

FloDesign Wind Turbine (now Ogin)
2011

Feasibility study and design of a new Slip Ring System. Instead of untwisting the cable with a traditional yaw system, the customer would like to use a slip ring to transfer the power from nacelle to tower.

Feasibility study included: Cost, reliability, potential suppliers and description of similar applications in other industries.​