172 Programmes technologiques Degree Programs in Suède

This is an internet-based distance learning programme in which you learn how to analyse and model spatial phenomena, focusing on natural resources, using GIS (Geographical Information Systems) and remote sensing and environmental modelling. You can adopt the learning methods that work best for you and choose your own pace of study for any given semester. The programme offers hands-on training using up-to-date software and affords the opportunity to achieve deep theoretical understanding, as well as excellent technical skills, of e.g. spatial programming, SDI, database management, cartography and environmental modelling. The programme is taught by world-class faculties in Sweden (Lund University) and the Netherlands (University of Twente).

Embedded Electronics Engineering focuses on CMOS, where billions of devices are used to build a system on a single silicon die. Using applied studies in digital IC design, analogue RF IC design and mixed-signal/data conversion IC design, the programme involves hands-on laboratory work using the most modern CAD tools and IC technologies. It includes a large project course where students start from a digital/analogue design specification and carry it through to completion. Graduates have received jobs at companies such as Ericsson, Axis Communications, Sony, ARM Sweden, Borg Warner, Xenergic and Huawei, and PhDs at Lund, Chalmers and Twente University.

Enormous amounts of biological data are generated in medicine, biochemistry and biology. This creates a high demand for talented, experienced graduates from biology, statistics and computer science with knowledge in bioinformatics. In the Master’s programme in Bioinformatics at Lund University, students with different educational backgrounds come together and learn the tools to analyse biological data using computational methods. The programme is well suited for anyone who wants to work as a bioinformatician in the future or apply bioinformatics tools in their work and research.

This programme provides you with the tools and skills to understand the design of information systems that address important organisational and societal challenges. In this programme, you will learn how information and communication technologies and artificial intelligence can be used to achieve strategic goals, and how to design and develop modern information systems which are flexible to the goals and needs of the organisation. You will gain a deeper understanding of the wider business context of information systems and how digitalisation affects organisations. After graduation, you can pursue a career that links technology, people and business. You can seek positions such as IT consultant, IS designer, IT project manager, UX designer, business and systems analyst, business process engineer and business intelligence analyst.

Geomatics involves the acquisition, management and analysis of phenomena with a spatial reference. The spatial analysis finds applications in many areas, such as health, environment management, natural resources assessment, urban planning, geology, archaeology and agronomy. This programme aims to provide you with knowledge in spatial analysis focusing mainly on environmental applications. Models and theories for understanding the Earth’s climate and ecosystems are integrated with knowledge for collecting environmental information using remote sensing, storing the information in databases and theories behind Geographical Information Systems (GIS).

This programme connects fundamental research with its applications and integrates genetics, gene technology, cell biology, molecular biology and molecular biotechnology. The common basis is within molecular genetics, which is the discipline that explains how the information in the genes is expressed and how it can give rise to various traits in an organism. Emphasis is put on genetic mechanisms underlying disease, genetic mapping, molecular genetic techniques and diagnostic methods. Training in entrepreneurship and processes of innovation and commercialisation in the molecular biotechnology field provides a fundamental base for careers in biotechnology and the pharmaceutical industry. A majority of the graduated students continue with PhD studies, often within the biomedical research field.