Leading a project to develop an internal library for storage and calculation of intraday data, seamlessly replacing the existing legacy system, and overseeing its deployment into production. In addition, I provided support and guidance to new team members and served as an Agile Team Facilitator during cross-company PI planning events. During this time, I learned a lot about C++ modern fundamentals, including how to write custom iterators to fulfill STL range concepts and create generic, range-friendly template functions.
I had the pleasure of working with Aksel over the last couple of years. He works well independently and has a strong command of modern C++. I highly recommend him for any role requiring a passionate C++ engineer.
Aksel is a talented and passionate developer with a sharp mind and is a very pleasant teammate to work with.
I contributed to software development for both the Hugin AUVs and Sounder USV, working across two teams. Within the topside team, I utilized Qt to enhance functionality for the remote operator station. Meanwhile, in the autonomy team, my responsibilities included developing and maintaining the control and guidance systems for the vehicles. Throughout these projects we used C++17/20 with a strong emphasis on following the C++ core guidelines.
Initially, I worked on a project to design, develop, and implement a visualization plugin for analyzing subsurface modeling results using Python. Once my experience with ROS was recognized, I was soon moved to a project focused on implementing ROS modules for navigation, path planning, and path following for the autonomous robot, Taurob.
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I landed this internship through a hackathon. Read more about it here.
Software Engineer
Versatile and adaptable, I thrive in dynamic environments. Committed to writing clean and well-tested code.
Acquiring solid foundational knowledge in mathematics, ICT, and engineering, along with advanced expertise in cybernetics. This has provided me with the fundamental principles and initial training essential to develop advanced automated systems for industrial solutions.
Gaining knowledge in electric and magnetic fields, electronic components, processor systems, and automation systems, including how they are programmed to regulate dynamic processes.
Writing software for a non-profit student organization developing an autonomous underwater vehicle (AUV) from scratch to compete in international competitions. My focus was on developing the system for autonomous navigation in ROS.
Facilitating students during learning sessions by providing guidance and support. Assessing their weekly assignments to ensure progress and understanding.
