University of Helsinki Neuroscience Master’s Thesis Guide 2026-2027

The Master’s Programme in Neuroscience at the University of Helsinki is a 120 ECTS, two-year programme in the Faculty of Biological and Environmental Sciences. It combines neuroscience with physiology and health-related biosciences, with thesis work commonly carried out in research groups across the Viikki and Meilahti campuses.

This guide is based on current University of Helsinki material verified on 26 August 2026. It focuses on the thesis process for the 2026-2027 academic year. Admissions dates, tuition fees, scholarships, eligibility criteria and language-test thresholds are deliberately outside this article.

Two current tracks: Neuroscience and MAP-Health

The programme currently has two standard study tracks:

1. Neuroscience; and
2. Molecular and Physiological Basis of Health (MAP-Health).

The second track has an important naming transition. Before 2026, it was called Cell and Systems Physiology. Current University material now uses MAP-Health. If you encounter the older name in archived documents, do not treat it as a separate third track.

The programme also says that the track selected when applying is not binding until thesis work. That gives students some flexibility to refine their direction as their studies and research interests develop.

The two tracks have different current structures

For the Neuroscience track, the current structure is:

• 66 ECTS compulsory advanced studies; and
• 54 ECTS elective studies.

The compulsory block includes, among other studies:

• GMB-099 Principles of Life, 10 ECTS;
• NEU-109 Fundamental Neurobiology, 10 ECTS;
• NEU-103 Systems Physiology and Neuroscience, 5 ECTS;
• MPHARM-004 Research Ethics, 1 ECTS;
• NEU-106 Master’s Seminar, 5 ECTS;
• NEU-110 Master’s Thesis, 30 ECTS;
• VIIKB-001 Maturity Test, 0 ECTS; and
• one 5 ECTS topical neuroscience course from the current approved list.

For MAP-Health, the current structure is:

• 84 ECTS compulsory advanced studies; and
• 36 ECTS elective studies.

Its compulsory block currently includes GMB-099, GMB-401, NEU-103, NEU-207, GMB-331, NEU-561, TMED-907, MPHARM-004, NEU-106, NEU-221 Master’s Thesis, 30 ECTS, and VIIKB-001.

The practical consequence is simple: do not copy the thesis course code from another track. Use NEU-110 if your current track is Neuroscience and NEU-221 if it is MAP-Health.

The Biology Teacher route is not a third ordinary track

Students studying for the qualification of a Biology teacher can specialise in either Neuroscience or MAP-Health. Under the current programme description, this special route includes 60 ECTS of pedagogical studies and applies to qualifying Finnish- or Swedish-speaking students with the relevant teacher-study right.

It should not be presented as a third ordinary research track. If you are not in the approved teacher route, plan your degree around the ordinary Neuroscience or MAP-Health structure.

The thesis is 30 ECTS in both tracks

All students complete a 30 ECTS Master’s thesis.

The programme describes the thesis as a research project through which you learn how scientific work proceeds from planning and method selection to experiments, analysis and interpretation. A common route is an experimental project in a University research group under an experienced researcher.

However, current programme and Faculty rules also allow a theoretical or literature-based thesis. This matters because the programme’s experimental research culture should not be turned into a false rule that every thesis must contain laboratory or field experiments.

Whatever the design, the written thesis must show that you can:

• think scientifically;
• understand the research background;
• use appropriate methods;
• analyse and interpret evidence;
• manage a research project; and
• communicate scientific arguments in writing.

Write it like a scientific publication

The current programme page says the thesis is written as if it were a scientific publication. That does not mean every thesis must imitate one journal’s formatting template. It means the argument should be focused, evidence-based and organised around a research problem.

For an experimental thesis, that commonly means a structure such as:

• research background and question;
• materials and methods;
• results;
• discussion;
• conclusions; and
• references.

A theoretical or literature-based thesis may need a different internal structure, but it should still be analytical rather than descriptive.

Use NEU-106 as part of the thesis workflow

Both current tracks include NEU-106 Master’s thesis seminar, 5 ECTS.

The programme describes the seminar as support for the full thesis process and related research skills, including:

• data acquisition;
• scientific communication;
• peer interaction and support;
• networking; and
• career development.

Treat the seminar as infrastructure for the thesis, not as a separate box to tick. It is a place to test scope, explain methods, present developing results and receive feedback before final submission.

Research-group opportunities span Viikki and Meilahti

Current programme material describes research and thesis projects across Viikki and Meilahti. The research environment includes work in:

• molecular and cellular neuroscience;
• developmental neuroscience and regeneration;
• sensory biology;
• cognitive and systems neuroscience;
• electrophysiology; and
• basic research on diseases of the nervous system.

Many projects combine several levels of biological organisation, from molecules and cells to neural circuits, physiology and behaviour.

If your thesis sits inside a larger research group, make your own contribution explicit from the beginning. Shared datasets, laboratory procedures, code, analyses or figures should be documented so that your independent work remains identifiable and assessable.

Start planning from first-year spring onward

Current Neuroscience PSP guidance says the personal study plan is created in Sisu at the beginning of the programme and can be updated during the degree.

For thesis work, the programme places guidance broadly from first-year spring through the second year, depending on the project. The thesis instructor, thesis-seminar teachers and PSP teacher are part of this support structure.

That timing is sensible for a research-intensive degree. Experimental projects can require supervisor matching, laboratory access, ethics or data permissions, technical training and realistic scheduling before full-time thesis work begins.

Faculty planning guidance: about 4-5 months and 20-40 pages

The current Faculty of Biological and Environmental Sciences framework describes the 30 ECTS thesis as approximately:

• one term of full-time work;
• 4-5 months;
• about 20-40 pages; and
• around 40-50 sources.

Literature-based theses usually need more sources.

These are planning figures, not rigid minimums or maximums. A computational, imaging-heavy, experimental or literature-based thesis can distribute its workload differently. Do not add pages simply to reach a number, and do not remove necessary methodological or analytical explanation merely to stay under one.

The controlling principle is whether the work is coherent and feasible within the 30 ECTS scope.

A separate thesis plan is required

Before thesis work, current Faculty rules require a separate written thesis plan approved by the degree programme.

The plan should make the project concrete enough to supervise and assess. It should identify the research problem, material or data, methods, timetable, supervisors, thesis language and any relevant confidentiality or research-ethics issues.

At least one supervisor must be appointed. Under the current Faculty framework:

• the chief supervisor must hold a doctoral degree or equivalent qualification; and
• any additional supervisors must hold at least a Master’s degree.

The student remains responsible for the thesis itself. Supervision supports the work but does not transfer authorship or analytical responsibility to the supervisor.

Ethics, data and research permissions must be handled before they become a problem

Neuroscience projects may involve human participants, clinical or patient-related material, animal research, genetic data, imaging, behavioural datasets, sensitive personal information or other regulated research contexts.

The thesis plan is the right time to determine what approvals, permissions, data-management procedures and ethical safeguards are required. A project should not begin data collection or restricted-data access before the necessary conditions are in place.

If your project uses an existing research-group dataset, clarify what you are permitted to access, how the data may be processed and what can appear in the public thesis.

No universal named citation style is publicly established

Current Faculty guidance requires a consistent system of referencing, while detailed programme conventions are left to programme-specific instructions.

The verified public evidence used for this guide does not establish one universal named Neuroscience citation style such as APA, Harvard or Vancouver for every thesis.

Use the current Neuroscience/Faculty instructions and your supervisor’s approved convention consistently. Do not import a citation style from another Helsinki programme merely because it looks familiar.

Thesis language

The programme is multilingual. English is the language of instruction for compulsory and most optional studies, and the thesis can be completed in English. Current programme information also allows Finnish or Swedish for students who are fluent and whose degree-language situation permits it.

Your formal degree language and current University language rules control the final obligation. Confirm the intended thesis language in the thesis plan rather than assuming that the language of classroom teaching automatically determines it.

Register correctly and submit through E-thesis

Current University instructions require the relevant thesis and maturity-test registrations in Sisu, followed by final thesis submission through the redesigned E-thesis system.

Once the final assessed version has been submitted, the thesis is no longer editable.

Before final submission, check:

• title and metadata;
• thesis course code for your track;
• thesis language;
• abstract and keywords;
• supervisor details;
• references;
• figures and tables;
• appendices;
• accessibility;
• confidentiality boundaries; and
• that the uploaded PDF is the exact final assessed version.

Two independent examiners assess the thesis

The responsible person appoints two examiners. Under the current Faculty framework, the minimum qualification is a doctoral degree or equivalent and at least one examiner is recommended from the student’s Faculty or programme.

A crucial rule is independence. In the Faculty of Biological and Environmental Sciences, a thesis supervisor cannot act as an examiner. The explicit justified exception applies to ECGS, not to Neuroscience.

The Faculty assessment framework has seven areas. The examiners assess areas 1-6, while the supervisor assesses area 7, which concerns work during the thesis process.

The thesis receives a grade on the 0-5 scale, and the Dean makes the formal approval and grade decision.

Neuroscience uses a separate maturity test

Neuroscience does not use the thesis abstract as the Master’s maturity test.

Current instructions say that after submitting the thesis to E-thesis, the student can take the maturity test in Examinarium by registering for VIIKB-001 and selecting the implementation for the degree programme. Another date can be arranged with the teacher responsible for Master’s theses.

If the thesis is the final remaining study before graduation, the maturity test must be completed before or on the same day as the thesis is submitted.

The maturity test:

• carries 0 ECTS;
• is assessed pass/fail;
• demonstrates familiarity with the thesis topic; and
• has language obligations determined by the student’s previous education and degree-language history.

AI is never allowed in a maturity test.

AI use in the thesis itself

University policy can permit AI-assisted learning or writing when the relevant University, Faculty, programme and teacher rules allow it. Where use is permitted, reporting or disclosure requirements must be followed.

The student remains responsible for:

• source accuracy;
• attribution;
• data handling;
• statistical and computational correctness;
• interpretation of results; and
• research integrity.

Do not use AI as a substitute for scientific judgment, and never use it in the Neuroscience maturity test.

Neuroscience submission schedule for 2026-2027

The Faculty of Biological and Environmental Sciences uses the following schedule. The submission cutoff is 23:59 Finnish time.

Normal thesis supervision and feedback are not provided in July unless specifically required. If graduation timing matters, plan backward from the Dean decision date, not merely from the upload date.

Public thesis and Helda

A Master’s thesis is a public academic document. Confidential material should not be embedded in the public assessed thesis. If your research group, hospital partner or external collaborator uses restricted data, define the public/confidential boundary before writing the final manuscript.

Current E-thesis and Helda procedures govern final publication and archiving, and the abstract is public.

A practical Neuroscience thesis workflow

1. Confirm your current track. Neuroscience and MAP-Health have different thesis codes and different compulsory structures.
2. Use your PSP and NEU-106 to narrow the research area. Begin serious thesis planning from first-year spring onward when appropriate.
3. Find the right research context. Research group, experimental project or approved theoretical/literature project.
4. Define a 30 ECTS question. Avoid turning a larger lab project into an unbounded thesis.
5. Settle supervision and permissions. Confirm supervisor qualifications, data access, ethics and confidentiality.
6. Get the written thesis plan approved. Do not rely on informal agreement alone.
7. Conduct the research and write in parallel. Keep methods, results and interpretation aligned.
8. Use the Faculty 20-40-page range as a scale check, not a quota.
9. Use one consistent reference system. Follow current Neuroscience/Faculty/supervisor instructions.
10. Register in Sisu and submit the exact final PDF through E-thesis.
11. Complete the separate VIIKB-001 maturity test. Never use AI in it.
12. Leave time for examiner assessment and Dean approval. Use the current Faculty calendar.

Final checklist

Before submission, confirm that:

• you are using the current Neuroscience or MAP-Health structure;
• you have not treated Cell and Systems Physiology as a separate current track;
• your thesis code is NEU-110 or NEU-221 as appropriate;
• NEU-106 and your PSP support are being used appropriately;
• your thesis plan is approved;
• the chief supervisor satisfies the doctoral/equivalent requirement;
• your independent contribution is clear in any larger research project;
• ethics, permissions and data protection are resolved;
• the thesis is feasible within 30 ECTS;
• the 20-40-page guidance has not been treated as a mechanical limit;
• references are consistent and follow current programme/supervisor instructions;
• confidential information is excluded from the public thesis;
• Sisu registrations are correct;
• the E-thesis PDF is the exact final version;
• the separate maturity test is completed with no AI use; and
• your deadline matches the current 2026-2027 Faculty schedule.

More specific or newer University, Faculty, programme, track or supervisor instructions always take priority over this guide.