Expert mathematical solutions for R&D and software. Web: https://www.feemsolutions.se

Developing imaging algorithms and software for radiotherapy treatments, as part of a Scrum/SAFe team. Coding mainly in C++/CUDA.- All aspects related to software development, including choice and implementation of imaging algorithms, optimization, code review, architecture, dev ops etc- Medical product release process- Started and co-hosted a digital forum for Linux Users across Elekta- Initiated and led an initiative for an internal R&D conference. The idea won the local innovation fest at Elekta Stockholm - Networking and collaborating with internal and external researchers

Working as a data scientist on inhouse projects related to energy management systems. Implementing code for power signature estimation from temperature-power data. Implementing base line statistical models and metrics for time series prediction of energy consumption. Part of a team of four data scientists working on time series prediction (ML and statistical models) and energy optimization and trading. Coding in Python

Part of a team of four researchers and two PhD students developing prototypes for the dose planning and control system of Elekta Unity MR Linac.

Part of a Scrum team of ca 10 people working in an international context with SW development for the control system of Elekta Unity MR Linac. The team collaborates closely with a team of researchers with access to the MR Linac at Uppsala University Hospital.

As a lecturer in mathematics I was course leader and examiner in maths and numerical methods for first years students at several engineering programs.The work as course leader included course planning, content preparation, realization and examination. I held lectures for up to 200 students, coordinated the work of 3-6 teaching assistants per course, held seminar and lab sessions for smaller groups of 20-50 students, and supervised bachelor thesis works.I recorded a full playlist of approx 40 short videos in a professional studio, to be used as a complement in first cycle linear algebra courses.

I was responsible for development and maintenance of a C++ framework for patient specific simulation of the blood flow in the left ventricle of the human heart, working with mathematical modelling, efficient algorithms and data assimilation in collaboration with researchers and medicals at Karolinska University Hospital and Universitée Paris-Saclay.

Topic: Mathematical modeling, algorithm developmemt and simulation of anatomy and functionality related to the blood flow in the left ventricle of the human heart. I developed a C++-based hybrid MPI/OpenMP for patient specific simulation based on the Navier-Stokes equations, an adaptive finite element method and 4DTTE ultrasound images of the human heart. The work was done in collaboration with among others Karolinska University Hospital and Universitée Paris-Saclay. The software is largely parallelized and run on the KTH Supercomputer Beskow and other SNIC resources.

I developed and implemented algorithms and acted as technical support for the in-house, C++-based, fluid flow solver IPS IBOFlow. Within the group we worked in collaboration with several national and international leading industrial companies.

I developed algorithms for intersection of computational meshes to be used in fluid flow simulations. I also worked with coupled fluid-thermal simulations especially simulating heat sink cooling of a CPU, in collaboration with a German company within computer system technology.

I developed algorithms, performed simulations and worked with software verification at the department of Computational Engineering and Design. Main focus: point-in-polyhedron algorithms for degenerate triangle meshes. Simulation and validation of dipping and coating processes.

In collaboration with another thesis students, I designed and implemented a mathematical model for interaction between paper fibers in a fiber suspension. The work was done in collaboration with several companies from the Swedish paper and packaging industry.

Taught first cycle mathematics and programming.I was awarded the prize "Gyllene pekpinnen" as the most pedagogical teacher's assistant of the year at the mechanical engineering division.

Software verification and development at the department of mobile broadband modules.