Lund University

Overview

The Applied Microbiology program at Lund University offers an in-depth exploration of microorganisms and their applications across various sectors, including biotechnology, food production, industrial processes, environmental systems, and biomedical research. This research-oriented program emphasizes laboratory training, advanced coursework, and independent research, equipping students with vital skills in microbial genetics, metabolism, and bioprocesses.

What you'll study

Research-led training

• Core research areas: microbial genetics and metabolism, microbial biochemistry, and DNA-based analysis.
• Applied microbiology themes: fermentation and industrial microbiology applications, and environmental/bioprocess engineering.
• Method development: laboratory techniques, experimental design, and data analysis skills relevant to microbial research.
• Seminars and academic training: participation in departmental seminars and research discussions to enhance scientific communication skills.

Typical learning activities

• Conducting an independent research project in collaboration with a supervisor and research group.
• Engaging in coursework and departmental training modules as required for third-cycle studies.
• Providing regular progress reports and presenting research findings.
• Completing thesis work leading to a doctoral dissertation, with format dependent on departmental regulations.

Note: The specific course list and sequence may vary based on the research project and departmental requirements.

Entry requirements

Admission to the program requires meeting the general entry criteria for third-cycle (doctoral) studies and showcasing academic qualifications pertinent to microbiology and research methodologies. While GRE or GMAT scores are not required, specific grading thresholds may depend on the applicant's prior degree and the relevant call or project.

Career prospects

Graduates of the Applied Microbiology program are well-prepared for diverse career paths in academia, industry, and research institutions. Opportunities may include roles in pharmaceuticals, biotechnology companies, environmental agencies, food safety organizations, and healthcare sectors. The skills gained through research and practical training enable graduates to contribute significantly to advancements in microbiology and related fields.