Modernization of DNB.no open pages using the Webframe architecture. Migration to Next.js with simplified backend setup using SST. Leveraging Azure for authentication and actively using AI tools like GitHub Copilot to accelerate development.

Key contributions include developing and optimizing search functionality, implementing webforms with CMS integration, and playing a central role in infrastructure development.

Led the development of infrastructure solutions and established proof-of-concept demonstrating SST viability for DNB's modernization strategy. Early adopter of AI-assisted development tools, significantly reducing development time through smart utilization of emerging technologies.

Webframe implementation for DNB Sweden and Sbanken, modernizing their open web pages with Next.js and SST backend architecture. Utilizing Azure authentication and AI-assisted development with GitHub Copilot.

Implementing search functionality and webforms solutions while contributing to infrastructure setup and optimization for both platforms.

Pilot project for Webframe architecture at DNB Denmark. Modernized open pages using Next.js and simplified backend setup with SST, establishing the foundation for future DNB web modernization projects. Integrated Azure authentication and leveraged AI tools for efficient development.

Developed proof-of-concept demonstrating SST's viability for DNB's infrastructure needs. Implemented search and forms functionality as part of the pilot, validating the architecture for subsequent rollouts.

Exploration and planning work for DNB Carnegie web presence, encompassing 7 different pages. Evaluating architecture and implementation strategies for the Carnegie platform. Utilizing Azure services and AI-assisted development tools.

DNB is Norway's largest bank, delivering complex and cutting-edge financial solutions to high-end clients and the public. Utilizing Azure for authentication services and actively leveraging AI tools like GitHub Copilot to accelerate development workflows.

As part of DNB's comprehensive IT modernization initiative, focused on enhancing performance, accessibility, and user experience of their open web pages. Key achievements include significant improvements to search functionality (speed and accuracy) and development of a webforms library with CMS integration for standardizing form handling across DNB.

Held primary responsibility for infrastructure development and maintenance, managing and evolving the entire AWS infrastructure through CDK. Early adopter of emerging AI development tools, consistently staying ahead of the curve to maximize development efficiency and code quality.

A CRM system for the fitness industry.

A course platform with admin login where users can create their own courses with video uploads and quizzes.

Development of a complete mobile platform for matching, chat, and confidential services not yet launched – with real-time database (RTDB), push notifications, camera, GPS location, and modular microservice architecture built on the Firebase ecosystem.

Fullstack development in Flutter/Dart with Firebase backend. Implemented data and file handling (images/videos) in Firestore + Storage. Built profiles with multiple images and metadata, chat with read status, typing indicator and push notifications (FCM), filtering by gender, age, distance using GPS + Google Places.

Testing with Android Studio emulator and physical devices. API testing (Postman) and synthetic test data. System testing across microservices.

Building a modern website for IT Selskapet AS serving as both a marketing platform and a technological foundation for product and project modules.

Fullstack development in Astro + React + Tailwind with shadcn/ui components. Implementation of Firebase Auth, Firestore and Functions. Setup of Vercel deploy/CI pipeline and environment variables.

Core features include start-project wizard and price/resource estimator, contact form with attachments and SendGrid integration, admin modules for menu, calendar and company profile. E2E and smoke tests on critical flows with automatic code validation (Prettier, ESLint, PR policy).

A website for event registration and payment processing.

A website for creating logos. Built to experiment with generative AI APIs.

Development of a mobile application for a social chat platform, designed to connect users through real-time communication.

Work included development of real-time chat functionality, user authentication, and push notifications.

Functioning prototype with planned features. Ongoing development with continuous testing and improvements.

Blog developed in Next.js, using GitHub as a CMS.

Developed a landing page for AROS IT Consulting AS.

Developed and maintained a website for Round Table Norway using the Wix platform.

Design, development and maintenance of the website, including navigation setup, content structure and customization of existing Wix templates to meet organizational needs.

Created to explore animation capabilities in Svelte. A Pomodoro timer that provides work time tracking to easily monitor if you have completed 7.5 hours of work.

Development of a dashboard for the sales department enabling clear visualization of ongoing tender processes, replacing an existing Excel-based solution. Originally built with TypeScript, React, Redux, Node and Express, later migrated to AWS Amplify with GraphQL.

Set up the React project structure and implemented Redux state management. Developed key GUI features including drag-and-drop functionality and customizable context menus. Created the Node.js backend and researched AWS cloud technologies to determine the optimal hosting solution.

The project evolved from using AWS CodePipeline with DynamoDB to AWS Amplify with GraphQL configuration for backend code generation, demonstrating adaptability to changing project requirements.

Comprehensive system for traffic accident registration and analysis, replacing a 30-year-old database system. The project consisted of three main parts: TRULS-Registration, TRULS-Reporting, and a public application called TRINE. The goal is to help reduce loss of life and serious injuries by making accident analysis easier with extensive positional data.

Central in development of TRULS-Registration: implemented logical controls for data consistency, created duplicate detection system, and built an extensive map solution using OpenLayers with data from National Road Database (NVDB) including counties, roads, speed limits and signs. Rewrote the map component to reusable NPM modules and migrated to React 16 hooks.

Led report generation using JasperReports in Java, implemented role-based access for sensitive data, created polygon-based accident filtering with backend algorithms, and secured the application based on OWASP top 10. Also contributed to the public TRINE application (trine.atlas.vegvesen.no) improving universal design using Axe Tools.

IgnITe is a prestigious Nordic program designed to empower graduates by offering them an exceptional opportunity to embark on a successful career journey at Capgemini.

This comprehensive 1.5-year training program seamlessly integrates with customer assignments, enabling participants to gain profound insights into the vibrant Capgemini culture, agile work methodologies, diverse consulting roles, and promising career pathways.

Led by Veidekke in collaboration with esteemed industrial partners and renowned researchers from the Norwegian University of Science and Technology (NTNU) and the University of Agder (UiA), this visionary project aimed to revolutionize the planning process in the construction industry and beyond.

By leveraging cutting-edge technologies and innovative methodologies, our collective endeavor sought to establish a highly efficient and remarkably predictable planning framework, setting new industry standards and driving transformative advancements.

Developed a fully functional application designed to track scores during badminton matches, specifically tailored for referees. Through this project, I gained valuable knowledge in XML and Android app development, further enhancing my skills in mobile application design and implementation.

I collaborated with a fellow student on a Master's thesis project conducted in partnership with the University of Agder and AS Nymo, a prominent supplier of drilling modules for the offshore industry.

Our objective was to examine the factors that contribute to inefficiencies in the design phase of complex EPC projects. Our findings were published as a peer-reviewed international article, receiving recognition and praise from both academic and industry experts.

I conducted my Bachelor's thesis at UiA, where the aim was to design an autonomous robot capable of competing in a robotics competition held at Denmark's Technical University (DTU). The project revolved around utilizing a camera as a sensor to identify objects and measure distances accurately.

The outcome of the project was great, as we emerged victorious in one category of the competition. Throughout the process, I gained valuable insights into teamwork dynamics and encountered various challenges. Additionally, I acquired proficiency in processing live images, extracting objects, and employing mathematical principles to evaluate and analyze the identified objects.

During my time at UiA, I engaged in a development project as part of a Java course, collaborating closely with a fellow student. Our objective was to create a miniature car that could be remotely controlled via the internet, enabling individuals from remote locations, like China, to explore the facilities at UiA.

The culmination of our efforts resulted in a robotic car that could be controlled seamlessly over the internet. Equipped with an arm for operating elevators, the car featured a user-friendly interface with a drag-and-drop system for controlling the arm and accepting keyboard input for maneuvering the vehicle. Throughout the project, I effectively managed various interfaces and adeptly adjusted the project's scope to meet stringent deadlines.

In a robotics course at QUT, I developed an advanced robotic arm capable of writing letters based on user input.

Developed a snake game using C programming language and a microcontroller.

Created a 2D driving game featuring a top-down view and multiple levels with increasing difficulty. The objective is to control a car and evade the pursuing police. As a result, I enhanced my programming skills and gained a foundational understanding of object-oriented programming (OOP). The game was showcased as my entry in a development competition at The Gathering.

Developed a console-based memory game utilizing text as graphics. Through this project, I acquired a fundamental understanding of C# programming.

Created a point-and-click game featuring 2D graphics, animations, sound effects, music, and a menu. As a result, I gained valuable experience in game development using Flash and acquired fundamental programming knowledge.