Technology

Technology is a major and wide-ranging subject. Technology holds new and old, popular and less popular subtopics such as electronics, biotechnology, micromechanics, environmental engineering, structural engineering, mechanical engineering, materials engineering with more. Technology is dynamic and interdisciplinary, and new applications are constantly developed in a never-ending cycle.

To understand technology topics, you must have prior knowledge of mathematics, physics and/or chemistry. In order to master new technology subjects often requires a solid background in related disciplines as well as state-of-the-art developments. Development and application go hand in hand in the art. It was not so long ago technology was restricted to applications in chemistry, mechanics and electromagnetism. But the emergence of modern physics, electronics, computer technology and the revolutionary discoveries in biology have changed our view of what can be called technology. Today, technology represents virtually all sciences that come into practical use.

In Uppsala, you can get education and training in most areas of technology. The opportunities for in-depth education or research are particularly important in materials science, computer science, electronics, engineering physics, electrical engineering, chemical engineering, biotechnology, energy technology, environmental technology and industrial management.

Courses

Bachelor's level, basic courses

Bachelor's level, continuing courses

Master's level courses

Accelerating Systems with Programmable Logic Components, 10 credits Accelerators and Detectors, 5 credits Advanced Battery Materials, 5 credits Advanced Computer Architecture, 10 credits Advanced Interaction Design, 5 credits Advanced Numerical Methods, 10 credits Advanced Software Design, 5 credits Air Quality and Applied Meteorology, 15 credits Antenna Engineering, 5 credits Applied Deep Learning in Physics and Engineering, 5 credits Applied Finite Element Methods, 5 credits Applied Reactor Physics, 5 credits Artificial Intelligence, 5 credits Automatic Control II, 5 credits Bioinformatic Analyses I, 5 credits Biomaterials I, 5 credits Biomaterials II, 5 credits Biomedical Imaging Techniques, 5 credits Building Renovation for Energy Efficiency, 7.5 credits Chemical Energy Storage, 5 credits Cleaning up Energy Production, 7.5 credits Clinical Applications of Nanotechnology, 2 credits Combinatorial Optimisation and Constraint Programming, 10 credits Complex IT Systems in Large Organisations, 5 credits Computational Reactor Physics with Python, 5 credits Computer Networks II, 10 credits Computer-Assisted Image Analysis I, 5 credits Data Mining I, 5 credits Data Mining II, 5 credits Data Security and Privacy, 5 credits Database Design II, 5 credits Decarbonisation and Sustainable Energy Transitions, 5 credits District Heating Systems, 5 credits Electrical Energy Systems, 10 credits Electromagnetic Field Theory, 5 credits Electronic and Atomistic Simulation Methods for Materials, 5 credits Energy Security in Local and Global Energy Systems, 5 credits Functional Genomics, 15 credits Future Nuclear Energy Systems - Analyses and Simulations, 5 credits Global Software Product Development, 10 credits High Performance Programming, 10 credits Human-Robot Interaction, 5 credits Human-Robot Interaction with Research Project, 10 credits Information Technology and Energy Storage, 5 credits Intelligent Interactive Systems, 5 credits Introduction to Building Information Modelling (BIM), 4 credits Introduction to Parallel Programming, 5 credits Introduction to Process Control, 4 credits Ionising Radiation: Principles and Measurement, 4 credits IT and Society, 15 credits IT, Sustainability and Social Responsibility, 5 credits Life Cycle Analysis for Energy and Materials, 5 credits Low-Level Parallel Programming, 5 credits Maintenance Programming, 5 credits Manufacturing of Metal Powders, 5 credits Measurement Techniques for Energy Systems, 5 credits MEMS for Applications in Life Science, 5 credits Micro- and Nanotechnology I, 5 credits Micro- and Nanotechnology II, 5 credits Model-Based Design of Embedded Software, 10 credits Nanomaterials in Energy and Environmental Applications, 5 credits Nanoscience, 10 credits Nanotechnology for Industrial Applications in Life Science, 5 credits Non-Excluding Design and Evaluation, 15 credits Nuclear Power: Technology and Systems, 10 credits Optimisation, 5 credits Parallel and Distributed Programming, 5 credits Parallel Programming for Efficiency, 5 credits Photonics and Quantum Optics I, 5 credits Photonics and Quantum Optics II, 5 credits Platform-Spanning Systems, 5 credits Programming Embedded Systems, 5 credits Programming Embedded Systems, Project, 5 credits Project Course in Solid State Physics, 10 credits Project CS, 30 credits Protein Engineering, 15 credits Radio Frequency Solid-State Amplifiers, 5 credits Real Time Systems, 10 credits Real Time Systems I, 5 credits Rechargeable Batteries, 10 credits Requirements in Agile Development, 5 credits Robotics, 10 credits Safety Analyses in the Energy Sector, 5 credits Safety and Security in Control Systems, 5 credits Scientific Computing for Partial Differential Equations, 5 credits Scientific Visualisation, 5 credits Second Generation Quantum Technology, 5 credits Secure Computer Systems I, 5 credits Security and Privacy, 7.5 credits Soft Materials and Colloidal Systems, 5 credits Software Engineering and Project Management, 5 credits Software Testing, 5 credits Solar Energy Technologies for Electricity Production, 5 credits Space Physics, 5 credits Spectroscopy, 10 credits Spin-Based Technology I, 5 credits Spin-Based Technology II, 5 credits Statistical Machine Learning, 5 credits User Interface Programming I, 5 credits User Interface Programming II, 5 credits Wireless Communication and Networked Embedded Systems, 5 credits Wireless Communication and Networked Embedded Systems, Project, 5 credits

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