
Master in Molecular Ecology (Two Year)
Norrmalm, Sweden
DURATION
1 up to 4 Semesters
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
15 Jan 2026
EARLIEST START DATE
31 Aug 2026
TUITION FEES
SEK 270,000 *
STUDY FORMAT
On-Campus
* first instalment: SEK 67,500 | EU/EEA Citizens are not required to pay tuition fees
Introduction
Would you like to answer ecological questions using molecular techniques? This unique master’s programme in Molecular Ecology will teach you how to do so while allowing you to combine ecology studies with molecular biology, bioinformatics and systems biology. This new interdisciplinary field will provide you with several career opportunities.
About the programme
Molecular ecology combines ecological data with molecular biological techniques to address ecological topics such as:
- Discover and characterize new species
- Measure the relationship between species and populations
- Track environmental toxins and diseases in different ecosystems
- Identify invasive species
- Identify genetic diversity within endangered species to develop conservation strategies.
Molecular ecology is an interdisciplinary master’s programme that combines the fields of ecology, molecular biology and bioinformatics. At the University of Skövde, we offer you a two-year master’s programme in Molecular ecology, where fieldwork as well as advanced laboratory and computer-based techniques are prominent parts of the studies.
The focus of your studies
Semesters 1 and 2
The main focus of the first two semesters is scientific and laboratory knowledge in molecular biology and areas that contribute necessary methods for studies in molecular ecology. You will learn to plan and perform laboratory experiments and interpret and analyse the generated data using bioinformatics and biostatistics. Laboratory techniques used include PCR, mutagenesis, cloning, qPCR and protein expression.
You will also be introduced to current research specialisations, theories, applications and scientific methods within molecular ecology, with specialisation in conservation biology and environmental monitoring. The second semester also includes advanced studies in systems biology and multivariate analysis.
Semesters 3 and 4
During the second year of the programme, you will study next-generation sequencing and applied molecular ecology. The second semester along with the first half of the third semester will give you a strong foundation in methodologies used in the analysis of ecological research data.
The program is concluded with a master’s degree project (45 credits) in systems biology, with a focus on molecular ecology. The project starts halfway through the third semester and continues through the fourth. In the master’s degree project, you will solve a relevant research problem within molecular ecology, allowing you to combine your previously gained theoretical knowledge and practical laboratory skills.
The project work is performed individually under the guidance of a qualified supervisor, at the University of Skövde, or externally at another university, company or agency.
Molecular ecology is an international Master’s programme, and all courses included in the programme are conducted in English.
Admissions
Curriculum
Semester 1 mainly focuses on providing the students with in-depth scientific and laboratory knowledge in molecular biology and areas that contribute necessary methods for studies in molecular ecology. The student learns to plan and perform laboratory experiments and to interpret and analyse the generated data. The course “Molecular Ecology in Conservation” introduces the students to current research specialisations, theories, applications and scientific methods within molecular ecology.
During the second semester, the student’s ability to analyse and interpret experimental biological data with methods in bioinformatics and systems biology is further developed. The students also study the course “Applied Molecular Ecology” in which they further develop their practical and theoretical knowledge of molecular ecology. During the first part of the third semester, the students learn to generate and analyse sequencing data. During the second part of the third semester and throughout the fourth semester the students perform a master's degree thesis project.
The following courses are included in the programme:
- Bioinformatics Analysis with R A1N, 7.5 credits
- Data Analysis for Life Science A1N, 5 credits
- Experimental Methods and Design in Life Science A1N, 17.5 credits
- Molecular Ecology in Conservation Biology A1N, 7.5 credits
- Analysis of Sequencing Data A1F, 7.5 credits
- Applied Molecular Ecology A1F, 7.5 hp
- Library Preparation and Sequencing Technologies A1F, 7.5 credits
- Multivariate Biological Analysis with R A1F, 7.5 credits
- Systems Biology A1F, 7.5 credits
- Master's Degree Project in Systems Biology A2E, 45 credits
Program Outcome
Objectives for Master's Degree according to the Higher Education Ordinance
- Knowledge and understanding
- Competence and skills
- Judgement and approach
- Local objectives for the study programme at the University of Skövde
Career Opportunities
Opportunities for international studies
You will have the opportunity to carry out part of your degree project abroad.
Career opportunities
The recent development of new molecular techniques has revolutionized bioscience, leading to increased applications within the fields of conservation biology, ecology, evolution, agriculture and environmental monitoring.
After your studies, you can work in various academic, governmental, or private sector settings, for example at biotechnology companies and environmental consultant agencies. You can also continue with research at public- or private-sector research laboratories.
Opportunities for further studies
After completion of your degree, you can continue with third cycle (PhD) education.
Program delivery
When? Where? How?
- Study period: 1 September 2025 - 6 June 2027
- Location: Skövde, Campus
- Pace of study: 100%
Program Admission Requirements
Show your commitment and readiness for Grad school by taking the GRE - the most broadly accepted exam for graduate programs internationally.