Single-cell RNA sequence classification
My research at Karolinska Institutet. More info TBA.
Stockholm, Sweden
I'm an Engineering Mathematics student at KTH Royal Institute of Technology in Stockholm, Sweden. I'm deeply interested in mathematics, problem solving and their applications across various fields. I'm an active member in multiple student associations and clubs.
Outside of lectures and problem sets, I enjoy hiking, music, football, tennis, volleyball, reading and mountaineering.
University
KTH Royal Institute of Technology
Program
Engineering Mathematics
Location
Stockholm, Sweden
Interests
Sports, Outdoor activities, Music, Reading
July 2026 - Present
Karolinska Institutet
Undergradute research internship in Quantitative Tumor Immune Control at Jean Hausser Lab, department of cellular and molecular biology. Basically researching quantitative principles in tumour biology. Read more about my work under the "projects" section.
June 2026 - August 2026
P Capital Partners
Helping the team implement AI strategies, automate workflows and prototype fullstack AI agent tools. High exposure to the finance industry and how to navigate technical initiatives within it.
June 2025 - August 2025
Silex Microsystems
Worked as a summer intern in process operations for Silex Microsystems. Semiconductor manufacturing and optical physics were the main topics of the internship.
July 2022 - May 2025
Apoteket AB
Worked as a pharmaceutical advisor at Apoteket AB. I helped customers with their health and wellbeing by providing them with information about their medications and health conditions.
My research at Karolinska Institutet. More info TBA.
Built a Python-based orbital mechanics simulation project that models planetary motion with Newtonian gravity, compares forward Euler vs. symplectic Euler integration, and visualizes long-term orbit stability. The project progresses from a fixed-Sun orbit model to a moving two-bodysystem, then to a Sun–Earth–Jupiter gravitational slingshot scenario where a spacecraft gains enough energy to escape, with energy/convergence analysis and matplotlib plots throughout.
I built a MATLAB signal-processing project that simulates an ECG-like waveform, adds Gaussian noise and 50 Hz power-line interference, and uses the Fast Fourier Transform to detect both the heart-rate peak and the disturbance frequency. The script estimates BPM from the spectrum, removes the narrow-band interference directly in the frequency domain, reconstructs the cleaned signal with an inverse FFT, and exports plots comparing the raw, spectral, and filtered results.
I built a Python benchmarking project that compares adjacency matrix and adjacency list graph representations by measuring runtime, memory usage, and estimated CO2 emissions. The script generates random undirected graphs with different sizes and densities, then benchmarks core operations like has_edge, get_neighbors, and BFS traversal. It highlights the practical trade-offs between theoretical complexity and real resource usage when choosing data structures.
April 2025 - Present
KTH AI Society
Responsible for partnerships, data analytics and organizational strategy. Held and judged multiple major hackathons, countless of workshops and seminars, and other events. Companies that I have partnered with include:
January 2026 - Present
F1RST at KTH
Helping unprivledged students get access to the best resources and opportunities in the industry. Companies that I have partnered with include:
February 2021
Tullinge Gymnasium
Worked as a teaching assistant in my first year of upper secondary school where i taught mathematics to peers.