Tampere University Business and Technology Master's Thesis Guide: 30 ECTS, TUTA.308 and Trepo

Quick answer: what governs the Business and Technology thesis?

Tampere University’s Business and Technology (B&T) programme is a 120 ECTS, two-year Master of Science (Technology) programme in the Faculty of Management and Business. It is built for engineers and engineering graduates who want to move into international business development, especially global B2B sales, sourcing, customer-supplier relationships and technology-intensive products and services. Because the degree is MSc (Technology), the master’s thesis itself follows Tampere’s current 30 ECTS Technology thesis process and is graded on the 0-5 scale.

The programme also has its own research-preparation environment. Current TUTA.308 Literature Study in Business and Technology is an 8 ECTS advanced-studies course, graded 0-5, that covers scientific research and reporting, research questions, conceptual frameworks, citations/references and University Library information retrieval. It is important preparation, but it is not the 30 ECTS thesis itself.

The degree structure also varies by prior background. Students coming from a technical background study the Introduction to Management Studies minor, while students who already have Industrial Management studies take a technical minor. That background rule should remain separate from the thesis requirement.

1. Start from the 120 ECTS degree and your own Sisu plan

The current 2026-2027 degree programme is explicitly 120 credits, taught in English at Hervanta Campus. The learning outcomes are business-development oriented: students are expected to work with global B2B networks, gather and interpret information critically, structure problems, propose solutions and communicate them to stakeholder groups while considering technological, financial and human aspects.

Because the programme accommodates students with different engineering and Industrial Management backgrounds, do not copy another student’s minor structure. Confirm your current Sisu plan before assuming which supporting studies are required. The thesis remains 30 ECTS regardless of that prior-background distinction.

2. IEM-M01 provides the joint academic foundation

Current IEM-M01 Joint Studies in Business and Technology is labelled at least 25 credits and is active through 2026-2027. Tampere describes it as training students for an international business environment and academic work. It includes business concepts and terminology, business communication, conceptual thinking and scientific research methods.

That matters for thesis planning because a B&T thesis needs both managerial relevance and scientific control. A company may ask for a market-entry recommendation, sales-process redesign or sourcing strategy, but the thesis still has to turn that managerial problem into a researchable question with justified evidence and analysis.

3. TUTA.308 is research preparation, not the thesis

Current TUTA.308 Literature Study in Business and Technology is 8 ECTS and graded 0-5. Its core content is unusually useful for thesis work: the nature of scientific research and research reports, analytical information gathering, formulation of research questions, report narrative, conceptual framework, formal requirements of seminar papers and master theses, citations/references and information retrieval.

Use it to build the literature and conceptual architecture before the thesis becomes an uncontrolled company project. The course page does not make TUTA.308 the thesis itself. Tampere’s Technology thesis is separately 30 ECTS.

The public material reviewed here also does not expose a separate current B&T-specific thesis-seminar course code. Tampere’s Technology framework still requires seminar/presentation activity, so follow the current B&T/MAB programme-specific Sisu and Moodle instructions for the exact implementation rather than importing CSEE’s ITC.CEE.800 or an old seminar code.

4. TUTA.007 helps you control the degree before thesis work starts

Current TUTA.007 Introduction to Graduate Studies for Business and Technology students is a 2 ECTS pass/fail course. It covers degree structure, personal study planning, career opportunities, time management and Finnish cultural differences.

For thesis planning, use the same discipline: verify which minor route applies, what remaining studies could compete with thesis time, and whether your planned graduation date leaves enough time for examination and faculty processing. A 30 ECTS thesis is a large project; beginning it while the rest of the degree plan is unresolved creates avoidable scheduling risk.

5. What counts as a strong B&T thesis topic?

A strong topic sits at the intersection of a real technology-business problem and an academically bounded question. Examples can involve global B2B sales, sourcing, customer-supplier interfaces, technology strategy, project business, commercialisation, business models, service development, organisational capability or other technology-intensive business-development problems.

The programme page emphasises international sales and sourcing networks and technology-intensive products/services. That does not mean every thesis must be about sales or sourcing. It means the thesis should remain recognisably connected to business development in a technology context.

Avoid titles that are only managerial goals, such as “How Company X can improve sales.” Convert them into research questions: which mechanism is being studied, in what context, with what evidence, and what level of conclusion can the data support?

6. Separate the company problem from the research question

This is the most important safeguard for a commissioned B&T thesis. The client problem may be “increase win rate,” “choose a new market,” “reduce sourcing risk” or “commercialise technology.” The academic research question should identify a phenomenon that can be investigated systematically.

A thesis can produce recommendations, but recommendations should come after analysis. Define what counts as evidence before deciding the solution. If the conclusion was effectively fixed by the commissioning company at the beginning, the thesis risks becoming consultancy rather than independent academic research.

Use a simple chain: managerial problem -> research question -> conceptual framework -> data/material -> analysis -> findings -> recommendations. The arrows should be explainable.

7. Define the unit of analysis in B2B research

B&T topics often move between levels without noticing. A sales manager’s interview may describe one account, one business unit, a whole company, a customer-supplier relationship or an industry network. These are not interchangeable units of analysis.

Before collecting data, decide whether the thesis studies an individual actor, team, firm, dyad, portfolio, project network, ecosystem or market. Then make sure sampling, interview questions, documents and conclusions stay at that level.

If you analyse a dyadic relationship, try to obtain evidence from both sides when feasible. If you only have supplier-side data, state that boundary rather than writing as though the customer perspective has been observed.

8. Case-study design: define the case before collecting everything

Company access often creates too much possible material. Define the case boundary: organisation or business unit, market, product/service, relationship, project, time period and participant roles. Decide what material is inside and outside the case.

A single-case study can be strong when the theoretical purpose is clear. It does not need to pretend to be statistically representative. Explain what the case allows you to understand and what it cannot establish. If you compare multiple cases, make the selection logic explicit rather than adding cases opportunistically.

Keep a case database or evidence index so interview claims, documents, meeting notes and numerical data can be traced to findings.

9. Interview research: role, power and triangulation matter

B&T theses commonly use semi-structured interviews because business processes and network relationships are partly tacit. Interviews are useful, but respondents describe their perspective; they do not automatically provide verified organisational facts.

Document participant role, relationship to the phenomenon, recruitment route and interview context. Avoid treating seniority as proof of accuracy. Compare perspectives across functions, firms or hierarchy levels when the question requires it.

Use documents, CRM/process data, contracts/policies or other evidence for triangulation where appropriate. If interviewees disagree, that disagreement may be a finding rather than something to average away.

10. Surveys and quantitative business data

Surveys, CRM data, sales funnels, sourcing records, project metrics or financial indicators can support B&T research, but measurement definitions must be stable. Define how variables were created, what period is covered, what records were excluded and whether organisational process changes affected comparability.

Do not treat convenience samples as population estimates. If response rates differ by country, customer segment or job role, discuss the bias. If you use company performance data, separate correlation from causation. A sales-process change followed by better conversion does not prove the process change caused it unless the design supports that claim.

11. Global sales and customer-supplier relationship studies

The programme explicitly emphasises global B2B sales and sourcing networks. For sales research, define the sales stage or relationship process being studied: lead generation, value articulation, solution configuration, negotiation, key-account management, renewal or another bounded process.

For customer-supplier studies, distinguish perceived value, relationship quality, governance mechanisms, switching costs, information sharing and performance outcomes instead of blending them into one broad idea of “relationship.”

Country and cultural context can matter, but avoid explaining every difference with national culture. Organisational role, industry structure, regulation, customer maturity and local market conditions may be equally important.

12. Sourcing and supply-network research

Sourcing theses should define what risk, value or performance means in the particular network. Supplier selection, resilience, sustainability, make-or-buy, digitalisation, category strategy and relationship governance require different evidence.

If the company provides supplier ratings or procurement data, inspect how those measures were produced. Internal scoring systems are not automatically validated research instruments. Explain missing data, score definitions and organisational incentives that may shape the record.

Keep the network boundary visible. Evidence from one buyer-supplier relationship should not become a universal supply-chain conclusion without support.

13. Technology strategy research

Current TUTA.330 Technology Strategy covers core concepts, theoretical foundations, research approaches and practical applications. This makes technology strategy a current, defensible B&T research domain.

A thesis in this area should distinguish the technology itself from strategic choices, organisational capabilities, market conditions and outcomes. Avoid saying a technology “creates competitive advantage” without showing the mechanism and conditions.

Roadmaps, patent data, technology portfolios, interviews, market evidence and organisational documents can all be useful, but they answer different questions. Build the conceptual framework before selecting whichever data happen to be easiest to obtain.

14. Project-business research

Current TUTA.340 Management of Project Business is explicitly designed also for international B&T students. Project-business theses can study governance, temporary organisations, stakeholder management, risk, sales of complex solutions, portfolio coordination or project-based value creation.

Keep project-level findings separate from firm-level conclusions. A problem seen in one delivery project may arise from project governance, customer behaviour, organisational structure or portfolio incentives. The thesis should identify the level at which the proposed mechanism operates.

If you compare projects, use a consistent comparison frame rather than letting each case produce a different set of variables.

15. Commercialisation and business-model research

Current TUTA.362 provides evidence of Tampere’s present environment around turning technologies into business, commercialisation and business-model development. A thesis in this area should separate value proposition, customer problem, business model, market evidence and implementation capability.

A business-model canvas is a structuring tool, not research evidence. Interview or market data should test assumptions. If the thesis proposes a commercialisation pathway, show which assumptions are supported, which remain uncertain and what evidence would be needed before investment decisions.

For early technologies, explicitly distinguish technical feasibility, customer desirability and commercial viability.

16. Literature reviews and conceptual theses

Tampere’s Technology thesis framework permits literature-review approaches, and TUTA.308 directly trains literature study and conceptual frameworks. A literature-based B&T thesis can therefore be fully defensible.

Make the search and selection process transparent enough that the reader understands how the literature base was constructed. Define databases, keywords, period, inclusion/exclusion logic and synthesis method when appropriate.

Do not turn the literature review into a catalogue of papers. Use it to answer a research question, compare concepts, identify mechanisms or construct a defensible framework.

17. Company confidentiality and the public-thesis rule

B&T theses are often company commissioned, which makes confidentiality planning essential. Tampere’s thesis remains a public academic document. Commercial sensitivity does not make the evaluated thesis confidential.

Agree early which data can appear in the manuscript, what must be anonymised or aggregated and what must remain outside the thesis. Do not build the central academic claim on evidence examiners cannot access.

A company can review factual confidentiality risks, but academic independence remains with the student, university supervisors and examination process.

18. Personal data and research ethics

Interviews, employee surveys, customer data, contact records and organisational documents can contain personal data. Follow Tampere’s data-protection guidance and agree processing procedures with the supervisor before collection. Collect only what the research question needs.

Business participants can be identifiable even without names because job title, country, project and customer context may reveal identity. Think about indirect identification when quoting senior managers or small teams.

Power relationships also matter. Employees may feel pressure to participate when a company sponsors the thesis. Recruitment and consent should be genuinely voluntary where human-participant research is involved.

19. Supervision and the Thesis Supervision Plan

Tampere’s Technology thesis process requires a Thesis Supervision Plan with one or two university supervisors and one primary supervisor. Use it to agree scope, meeting frequency, milestones, responsibilities and expected completion timeframe.

For commissioned B&T work, clarify the role of the company supervisor separately from the university supervisor. The company can support access and practical relevance, but it does not replace academic supervision.

Add data-access, confidentiality-review and stakeholder-availability milestones to the plan because those often determine whether a business thesis stays on schedule.

20. Research plan and evidence matrix

Before main data collection, write a preliminary research plan and review it with the supervisors. For B&T, include the managerial problem, academic question, conceptual framework, unit of analysis, case/sample boundary, data sources, analysis method, ethics/data protection and publication constraints.

An evidence matrix is useful: list each research question, the data needed, the source, analysis method and the claim that data could support. This exposes gaps before interviews or company access end.

If a company changes priorities during the thesis, update the scope deliberately rather than allowing the project to drift.

21. AI use in a Business and Technology thesis

Tampere permits AI support under current guidance, but the student remains responsible for the work and thesis use should be agreed with the primary supervisor. AI-generated market summaries, fabricated citations, synthetic interview interpretations or strategy recommendations are not evidence merely because they are plausible.

Do not upload confidential company material, personal interview data, customer lists, contracts or protected internal documents to external AI services unless the applicable rules allow it. Verify generated factual claims against primary or scholarly sources.

If AI materially assists coding, translation, summarisation or drafting, follow Tampere’s acknowledgement requirements and keep the analytical responsibility with the student.

22. Maturity test, Turnitin and final submission

The Technology thesis process includes the maturity requirement. For international MSc (Technology) students, the current guidance commonly uses the thesis abstract as the maturity test at the MSc stage, but individual language-history situations can alter the route. Confirm your own case.

After primary-supervisor permission, upload the final thesis to Turnitin for the originality check. The Similarity Report must be interpreted academically; a percentage is not an automatic plagiarism verdict.

Once the originality process is cleared, deposit the final thesis in Trepo while registered as attending. The Library normally sends the examiner-access address within three working days; forward it promptly.

23. PDF/A, publicity and assessment

The final thesis is permanently electronically archived and must meet PDF/A requirements. Test conversion early, especially if the thesis contains complex figures, confidentially redacted tables or embedded objects.

Technology master’s theses are graded 0-5. The normal examiner assessment window is 21 days, extended to 28 days when the applicable maturity route also has to be completed. These are examiner windows, not guarantees for the whole graduation process.

If dissatisfied with the proposed assessment, current Tampere rules provide a written-response route before final confirmation and an appeal route after the final result. Once approved, the thesis is final rather than freely resubmittable.

24. Validate recommendations against the evidence boundary

Before freezing the final manuscript, audit every recommendation as if the commissioning company were not present in the room. Ask which finding supports it, which conceptual mechanism explains it, what assumptions are required, and whether the available case or sample can actually justify the proposed scope. Separate high-confidence findings from plausible managerial hypotheses. If a recommendation depends on unavailable customer data, future market behaviour or an untested implementation, label that uncertainty rather than presenting it as an established result. This final validation keeps practical usefulness without allowing the client’s preferred solution to outrun the academic evidence.

25. Final Business and Technology checklist

Before starting, verify the current 2026-2027 degree structure, your prior-background minor route, IEM-M01/TUTA.007/TUTA.308 placement, the 30 ECTS Technology thesis, supervisor and current B&T seminar/presentation implementation in Sisu/Moodle.

Before submission, confirm that the managerial problem has become an academic research question; the unit of analysis is consistent; company recommendations follow from evidence; confidentiality and personal-data issues are resolved; literature and conceptual framework are traceable; analysis can be audited; AI use follows current rules; maturity requirements are complete; Turnitin is reviewed; the final PDF/A is valid; and Trepo/graduation timing is realistic.

The strongest B&T thesis combines two standards at once: scientific credibility and managerial relevance. It should be useful enough that a technology business can learn from it, but controlled enough that an examiner can trace every recommendation back to a justified question, evidence and analysis.