Jens Ivar Jørdre

Webstep is a non-bureaucratic company tailored for clever people.

As a Senior Consultant at Webstep, I currently leverage my expertise to modernize financial infrastructure for DNB Carnegie, focusing on cost optimization and operational stability through the FIND and Murex projects. My work designing scalable data models and automating trading flows has reinforced the importance of robust architecture in high-stakes financial environments.

Previously, I delivered social value through Webstep’s Project Samla, where I architected a serverless AWS solution that empowers municipalities with data to improve public health decision-making. My extensive tenure with Statoil allowed me to transition between roles as a System Developer, Architect, and Business Process Modeler, teaching me how to effectively bridge the gap between complex technical implementations and strategic business needs. There, I enhanced operational workflows and compliance by harmonizing governing documentation and developed a well-completion system. Engagements with clients like Avinor and Delfi Data further broadened my industry scope, ranging from aviation data integration to banking advisory tools.

Throughout these projects, I have learned to navigate strict regulatory frameworks while delivering high-performance solutions, whether visualizing seismic data for the oil industry or managing sensitive financial instruments. This diverse experience has honed my ability to unite scientific precision with commercial value, ensuring technical decisions directly support the customer’s core objectives.

The Nahmii architecture offers unprecedented scalability of Ethereum equivalent blockchains.

During my tenure as CSO and CTO at Nahmii, I led the strategic architecture and development of our 2nd layer Ethereum scaling solutions, evolving the platform through three major versions to address critical bottlenecks like transaction costs and latency. This work provided significant value by delivering immediate finality and high bandwidth, managed through technical leadership of development teams and operations engineers.

I also took on a hands-on role as System Developer and Architect for the Norwegian Central Bank, where I managed the design and implementation of a technical sandbox to evaluate Central Bank Digital Currency (CBDC). This contribution was vital in enabling the Norwegian Central Bank to test retail payment scenarios practically, thereby building solid, first-hand expertise within the blockchain ecosystem. My time at Nahmii thus spanned from high-level executive strategy and business development to deep technical implementation, bridging the gap between commercial scaling needs and national financial experimentation.

We are dedicated to bringing the most advanced neuro-imaging tools to market while making functional MRI programs easy to implement.

NordicNeuroLab provides products and solutions that support the field of functional MR imaging of the human brain. I took part in the development of their BOLD, Diffusion/DTI, and Perfusion/DCE analysis imaging software called ‘nordicICE’. I focused on multi-planar visualization features and affine transformations as well as segmentation of structural pixel data for brain tissue extraction.

The research conducted here ranges from elementary particle physics to material science and energy research, from space science to medical physics.

My work included the development of analytical algorithms for experimental nuclear collision data w.r.t. particle identification and characterization, simulation and modeling of physical systems, as well as the design and development of software for calibration and monitoring of detectors and experiments. One year was spent at Brookhaven National Laboratory, NY, USA.

The University of Bergen (UiB) is an internationally recognised research university. Academic diversity and high quality are fundamental for us. UiB is the most cited university in Norway.

The thesis “Rapidity and transverse momentum spectra and the reaction dynamics in Au + Au collisions at RHIC” describes various dynamic models for collisions of heavy atomic nuclei at high energies. These models are discussed in light of my own experimental results from the BRAHMS experiment at Brookhaven National Laboratory, NY, USA.

The University of Bergen (UiB) is an internationally recognised research university. Academic diversity and high quality are fundamental for us. UiB is the most cited university in Norway.

The work described in the thesis “Performance of the time projection chambers of the BRAHMS experiment at RHIC” involved hardware and functional testing of time projection chambers. Detectors of this type lay the groundwork for particle detection capabilities in the BRAHMS experiment at Brookhaven National Laboratory, NY, USA.