Jaime D.

Senior Project Engineer working with space electronics, including RF-related work.

Consulting in EdTech for Liber AB, Sweden's largest publisher of educational materials. • Implemented student feedback and grading systems in R and PHP • Developed interactive mathematics content using LaTeX, HTML, and CSS on the SOWISO platform • Database projects on Google Cloud Platform with BigQuery, DBT and Python (during 2024 internship)

Research engineer at Imego AB (later Acreo - RISE), Department of Systems Design. Project work for an industrial Norwegian customer in MEMS-based navigation systems. • Developed and implemented signal processing algorithms in MATLAB for high-precision calibration of MEMS gyro sensors, with direct application to navigation systems • Real-time navigation as project focus, with high reliability and precision performance requirements • Maintained sensor-embedded C RTOS software for real-time systems, ensuring functional requirements per customer specifications • Conducted temperature and performance testing of sensors in laboratory

Electromagnetic compatibility (EMC) test engineer at SP Sveriges Tekniska Forskningsinstitut (now RISE). • Conducted electromagnetic radiation tests and conducted-emissions tests for vehicles and electronic devices • Worked in anechoic chamber and EMC facilities • Followed relevant standards for each test type

Internship in production support for Vattenfall's hydroelectric operations. • Analyzed production losses related to water levels at short-term reservoirs in the Luleå River power stations • Participated in efficiency testing at Porjus power plant • Tools: MATLAB, Excel, Vattenfall's database application

Internship at Chalmers University of Technology's Onsala Space Observatory, working in the electronics laboratory on receiver equipment for the radio telescopes. • Constructed electronic devices for the radio telescope receiver systems • Designed PCB layouts for custom electronics • Programmed FPGA circuits • Built temperature monitoring electronics for cryogenic amplifier stages Approximately 600 documented hours over the period.

Five-year Master of Science in Engineering (300 ECTS) with specialisation in Engineering Physics, Applied Physics. Final degree project (30 ECTS) in pure mathematics at the Department of Mathematics: potential symmetries of partial differential equations using Lie group theory, adjoint symmetries, and conservation laws. Supervised by Prof. Norbert Euler. Selected coursework: Electromagnetic Field Theory, Mathematical Statistics, Numerical Analysis, Linear Analysis, Systems Models and Methods, Quantum Mechanics and Statistical Physics, Mathematical Physics, Optics, Theory of Relativity, Continuum Mechanics, Geometric Methods in Physics, Space Physics and Satellite Engineering.

Graduate-level AI program from Stanford School of Engineering, modeled after Stanford's Artificial Intelligence Graduate Certificate. Completed three courses (30 CEU total): • XCS224N: Natural Language Processing with Deep Learning • XCS330: Deep Multi-Task and Meta-Learning • XCS224W: Machine Learning with Graphs All coursework in PyTorch. Topics included transformers, GNNs, representation learning, transfer learning, and meta-learning algorithms.

Studies in logic, philosophy of language and philosophy of science. Strengthened analytical reasoning and methodology applicable to complex technical problem-solving.

Engineering degree in Telecommunications, with specialisation in Telecommunication Systems. Recognised by the Swedish Higher Education Authority (UHR) as equivalent to a Swedish Bachelor of Engineering in Telecommunications. Coursework included digital and analog communications, radio communication, electromagnetic field theory, electronics design, circuit theory, digital systems and signal processing fundamentals. Final project included.