Pär Persson Mattsson

Worked with advanced CAE software users on UberCloud's cloud-based HPC platform to push software limits and discover unmet needs. Translated these needs into new features, communicated them to product managers and developers. Built MVPs using technologies like Go, JavaScript, HTML, and Docker to test the feasibility of these new features. If successful, MVPs were integrated into the company's toolchain. Also advised management, operations, and sales teams on CAE software scalability and usability.

I was responsible for the customer facing part of organising and driving our projects. My tasks consisted of getting the customer needs and requirements, working with the UberCloud technical operations team to put them into a form that works with the UberCloud platform, and then driving the project to completion.

I was responsible for guiding people interested in using the UberCloud HPC platform from their first contact with us to them signing up for subscription. In this process I helped them find out if our solution solves their challenge and fit their needs. I was also responsible for negotiating price and contracts, and scope of deployment, subscription, and customer specific implementation services, and handling the contact with the client’s procurement and legal department.

I accompany and support new prospects from their first contact with us. This includes a tasks such as technical sales presentations, software demonstration, and organization of meetings with the prospects, all to help them to utilize multiphysics simulations to reach their full potential.

Supporting customers and colleagues in their work with COMSOL Multiphysics and COMSOL Server in HPC and cloud questions. Advising customers in ways of using COMSOL with clusters and remote compute services, and suggest ways for them to improve their workflow and simulation throughput.

Creating a process for benchmarking COMSOL models on HPC computers and clusters, and for evaluating the data.

Delivery of home electronics.

Selling and delivery of building materials, home electronics and other hardware equipment.

Master program in Applied Mathematics with minor in Computer Sciences. Took courses mainly in inverse problems and wrote my master thesis about solving inverse scattering problems with projection methods and ptychographic imaging.

Bachelors thesis: Inverse scattering with the Enss method.