Education

  • PhD in Mathematics – TU Delft

  • Master of Science in Mathematics – Lund University

    • Aug 2024 - Jan 2026
    • GPA: Maximal

    The master’s program in mathematics is highly personalized, and I chose to focus on courses in Riemannian geometry, representation theory, and random walks on infinite groups.

  • Master of Science in Engineering Mathematics – Lund Institute of Technology

    • Aug 2020 - Feb 2025
    • GPA: \(4.75/5.00\)

    The engineering mathematics program has a strong focus on applied mathematics. I chose to specialize myself in computation and simulation, focusing on courses in Monte Carlo-methods, general dynamical systems theory, and functional analysis.

  • Bachelor of Science in Technology – Lund Institute of Technology

    • Aug 2023 - Dec 2023
    • GPA: N/A

    Bachelor’s projects are voluntary at LTH. I wanted to delve deeper into the theory of polynomial algebras and chose to write a thesis.

Experience

  • Teaching Assistant, Mathematics – Lund Institute of Technology

    During my studies, I have had the privilege to teach at the centre for mathematical science at Lund University. The courses I have taught in are:

    • FMAB65 and FMAB70: Calculus in One Variable B1 and B2 – Autumn semesters 2022-2025.
    • FMSF70: Mathematical Statistics – Autumn 2023
    • FMSN45: Time Series Analysis – Autumn 2023

    Solutions to some fun exercises from FMAB65 and FMAB70, as well as some general theory will soon be available here.

  • Radio- and Telewarfare Summer Intern – Swedish Defence Research Agency (FOI)

    Research work and simulation work during the summer of 2025 in the general area of telewarfare against radio communication.

  • Research and Simulation Summer Intern – BeammWave AB

    BeammWave is a Swedish research- and development company where I had the opportunity to work for the summers of 2022 and 2023. My contributions were published for the Wireless Communications and Networking Converence (WCNC) 2024 in Dubai, where I presented the results.

Publications and Current Work

  • Efficient Descriptions of Univariate Subalgebras and Their Initial Algebras – Paper submitted for review dedicated to the journal of Applicable Algebra in Engineering, Communication and Computing (AAECC) 2025.
  • Analysis of Quantization Noise Suppression Gains in Digital Phased Arrays – Conference paper for WCNC 2024 available here.
  • Almost Monomial Subalgebras of \(\mathbb{K}[X]\) and Their LAGBI Bases – Paper published for the journal Applicable Algebra in Engineering, Communication and Computing (AAECC) dedicated to the 28th International Conference on Applications of Computer Algebra available here.

Theses

My theses can be found here on Lund Student Papers.

  • Decompounding on Symmetric Spaces – Master’s thesis in mathematics at the faculty of science at Lund University.
  • Description of Single Cluster Subalgebras – Master’s thesis in mathematics at the faculty of engineering at Lund University.
  • Zero Spectrum Subalgebras of \(\mathbb{K}[x]\) Described by Higher Derivatives – Bachelor’s thesis in mathematics at the faculty of engineering at Lund University.