Academic structure, teaching phases, and curriculum for M.Sc. Chemistry at Lund University.


Chemistry, Physical Chemistry - Master Programme
Teaching phases
Physical and computational chemistry
Study includes thermodynamics, quantum mechanics, spectroscopy, surface and colloid chemistry and molecular simulation.
Laboratory, internship and thesis
Students plan and evaluate experiments, may undertake an internship, and complete a 30-60 credit degree project.
Applying to Lund University?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for Lund University. The consultation is free.
Academic structure, teaching phases, and curriculum for M.Sc. Chemistry at Lund University.


Chemistry, Physical Chemistry - Master Programme
Teaching phases
Physical and computational chemistry
Study includes thermodynamics, quantum mechanics, spectroscopy, surface and colloid chemistry and molecular simulation.
Laboratory, internship and thesis
Students plan and evaluate experiments, may undertake an internship, and complete a 30-60 credit degree project.
Applying to Lund University?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for Lund University. The consultation is free.
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Training & support
Practical training & industry exposure
Practical learning varies by programme. Physics includes laboratory work, programming, measurement and project work; chemistry includes laboratory research, advanced instruments and optional internships; sustainability uses interdisciplinary methods, group work and societal interaction. MAX IV and ESS provide named research infrastructure relevant to selected physics and chemistry study, but no employment outcome is guaranteed.
Industry & placement partners
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Training & support
Practical training & industry exposure
Practical learning varies by programme. Physics includes laboratory work, programming, measurement and project work; chemistry includes laboratory research, advanced instruments and optional internships; sustainability uses interdisciplinary methods, group work and societal interaction. MAX IV and ESS provide named research infrastructure relevant to selected physics and chemistry study, but no employment outcome is guaranteed.
Industry & placement partners