University of Oulu IPIC Master's Thesis Guide: 555300S, Research Seminar, Maturity Test and Laturi

Quick answer: the exact IPIC thesis route

The University of Oulu Interdisciplinary Product Innovation and Creation (IPIC) programme is a two-year, 120 ECTS Master of Science (Technology) programme in Industrial Engineering and Management. The exact 2026-2027 Peppi programme is 51925 / IMP2026IPIC. Its thesis-related module is 51930 / IMP2026IPIC-1005, 35 ECTS, containing 555301S Research Seminar, 5 ECTS, 555300S Master’s Thesis, 30 ECTS, and 555302S Maturity Test / Master of Science in Industrial Engineering and Management, 0 ECTS.

1. What this guide covers

This guide is bounded to the verified 2026-2027 IPIC curriculum, exact Peppi objects, current seminar and maturity realizations, thesis course, Laturi workflow and programme-specific research environments. It treats IPIC’s project-based and industry-connected curriculum as context for thesis topics and methods, not as a substitute for the academic research process. Because the 2027-2030 curriculum may change codes or structures, students entering a later curriculum should recheck the live study guide before relying on these exact objects.

2. Degree structure: 120 ECTS

The current Peppi programme root 51925 / IMP2026IPIC totals exactly 120 ECTS. It contains 60 ECTS of Major Studies, 10 ECTS of Professional Skills, 15 ECTS of Elective Studies and 35 ECTS of Master’s Thesis and Related Studies. Unlike some programme trees that show unresolved credit ranges, the IPIC root itself resolves cleanly to 120 ECTS. This makes the degree structure straightforward, but students should still follow their approved personal study plan and current curriculum.

3. Major studies are built around product innovation

The 60 ECTS major combines product development, management, research and technology management, advanced product development, project management, project-based business, product data and life-cycle management, portfolio management, prototyping, internship, interdisciplinary problem solving and an international product-development project. This breadth matters for thesis planning because an IPIC thesis can be technical, managerial, organisational, user-centred or mixed. The exact research design should follow the problem rather than a fixed programme-wide method.

4. The thesis-related module is 35 ECTS

The exact thesis-related module is 51930 / IMP2026IPIC-1005, worth 35 ECTS. The module is important because it proves that the thesis route is not only the 30 ECTS manuscript. The programme explicitly includes a 5 ECTS Research Seminar plus the 30 ECTS Master’s Thesis, while the maturity test carries 0 ECTS. Students should plan these components together because seminar work is designed to support the thesis rather than occur as an unrelated side course.

5. Exact thesis: 555300S, 30 ECTS

The exact thesis is 555300S Master’s Thesis, Peppi object 10311, worth 30 ECTS. It belongs to Advanced Studies in Industrial Engineering and Management and is assessed on the 1-5/FAIL scale. The course is listed in English and Finnish and belongs to both IPIC and the Industrial Engineering and Management master’s programme. Use this exact course code when checking study records, Laturi work or programme requirements.

6. Do not invent a thesis realization code

At the 27 September 2026 recheck, the official Peppi realization endpoint for object 10311 returned an empty list. The course object is current and valid, but no separate 2026-2027 thesis implementation code was exposed by that endpoint. This guide therefore does not invent a code such as 555300S-xxxx. If Peppi later displays a realization, students should use the live record available to them at that time.

7. Thesis learning outcomes define an academic research task

The 555300S learning outcomes require the student to independently solve challenging problems in organisations, create a research plan, define a research problem and research questions, manage work against the plan, use information critically and produce a written report. These requirements matter in IPIC because project courses can feel highly practical. A useful prototype, customer deliverable or management recommendation still needs a research question and defensible evidence if it is to function as the master’s thesis.

8. The topic is defined with the supervisor

The exact thesis course states that the research topic is defined in cooperation with the supervisor. This is a critical distinction from a company or project brief. An industry partner may define a business need, but the supervisor helps translate that need into a thesis-sized research problem. Agree the research question, data access, method, confidentiality boundary, expected contribution and evaluation logic before investing heavily in implementation.

9. Thesis eligibility

The thesis course lists B.Sc. in Industrial Engineering and Management or equivalent plus courses supporting the thesis topic as qualifications. IPIC students may enter from varied engineering or natural-science backgrounds, so topic-supporting preparation matters. A technically ambitious thesis should not assume that programme membership alone supplies every analytical or domain skill. If the topic requires statistics, software, user research, specialised engineering or financial analysis, identify the needed competence early.

10. Laturi covers the thesis process from beginning to evaluation

The 555300S course states that the thesis process from the beginning to evaluation takes place in Laturi. The thesis is assessed using the University MSc thesis evaluation form and criteria available through Laturi and the Thesis and Graduation guidance. Do not treat Laturi as a final upload portal. Use the current workflow throughout the project, keep supervisor decisions aligned with the formal record and prepare the manuscript for assessment and publication requirements.

11. Research Seminar is a real 5 ECTS requirement

The exact seminar is 555301S Research Seminar, Peppi object 6857, worth 5 ECTS. It teaches research approaches, qualitative and quantitative methods, validity, scientific reporting, constructive criticism and academic discussion. The current realization is 555301S-3008, running from 3 September 2026 to 31 May 2027. This makes the seminar part of the active thesis environment, not a symbolic or optional add-on.

12. How the seminar is completed

The seminar can be completed by actively participating in discussions, presenting the student’s own research, giving feedback on other students’ work, acting as an opponent to two ready thesis works, writing a report and making a video presentation on the student’s research topic. The course also uses independent material on research approach, qualitative and quantitative methods and scientific writing. These requirements create a structured peer-review environment around the thesis.

13. The seminar supports the thesis directly

The seminar course states that its research report is based on the research work the student is doing for the master’s thesis. The thesis course also says the simultaneous 555301S seminar supports carrying out the thesis. Students should therefore reuse the seminar intelligently: test the research question, expose methodological weaknesses, practise defending choices and use opponent or peer comments to improve the manuscript. Avoid treating seminar assignments as disconnected paperwork.

14. Seminar timing is flexible but bounded

The course runs during periods 1-4, can be completed in parts and is organised in hybrid mode. The current realization therefore supports a thesis process that develops over much of the academic year rather than one short seminar block. Plan the seminar milestones around the thesis stages. Presenting an early research plan, later analysis and final research can create stronger feedback loops than postponing all interaction until the manuscript is nearly complete.

15. Exact maturity test: 555302S, 0 ECTS

The exact maturity course is 555302S Maturity Test / Master of Science in Industrial Engineering and Management, Peppi object 6858, carrying 0 ECTS. The current realization is 555302S-3006, running from 1 August 2026 to 31 July 2027. It is a short essay related to the thesis contents and is evaluated by the supervisor. The maturity requirement is separate from the 30 ECTS thesis grade.

16. Maturity test is typically an Exam-system essay

The exact course says the maturity test is normally arranged as an electronic exam through the Exam system towards the end of the thesis process. The arrangements are agreed with the supervisor. The course describes it as a short thesis-related essay in an exam-like environment. Students should confirm the current practical booking and language instructions before taking the test because operational details can change even when the course code remains stable.

17. Maturity language depends on the individual case

The course states that in English-language degree programmes the maturity test is, as a rule, taken in English, while the legal maturity framework also concerns Finnish or Swedish language proficiency where applicable. It further says a supervisor may approve the maturity test from the thesis abstract if the student already passed a maturity test in a previous University of Oulu degree. That exception is conditional, not universal. Confirm your own route instead of assuming another student’s procedure applies.

18. IPIC is intentionally project-based

The programme profile describes IPIC as strongly project-based, with industry-connected assignments and interdisciplinary teams. First-year work uses smaller innovation projects, while the second year includes a longer project that can ultimately lead toward the master’s thesis. This context is valuable because students encounter real stakeholders, ambiguous needs and implementation constraints. However, project participation alone does not satisfy the research requirements of 555300S.

19. A customer problem needs a research problem

A customer may ask for a new product concept, improved process, portfolio recommendation or prototype. Those are valuable project goals, but a thesis needs a research problem that can be answered with evidence. Convert the customer request into an analytical question: what is unknown, what decision depends on it, what data or observations can resolve it, and what result would count as support or contradiction? The thesis contribution should remain understandable even outside the immediate customer relationship.

20. Product Development supports multiple process models

555242A Product Development covers systematic product-development processes and tools including the U&E model, Cooper’s Stage-Gate model, Agile and QFD. It also teaches how customer needs can be transformed into requirements and product features. These methods can support thesis work, but none is a universal IPIC thesis template. Select a process model because it fits the product, organisation and research question, and document any adaptations rather than naming a framework without actually applying it.

21. Trace customer needs into requirements

For product-oriented theses, keep a clear chain from customer or user need to requirement, design decision, prototype feature and evaluation criterion. A concept can look persuasive while still failing the original need. If requirements change during the project, record why. QFD, structured requirement tables or other traceability methods can help, but the principle matters more than the specific tool: readers should be able to see how evidence about needs influenced the final solution.

22. Research and Technology Management supports forecasting

555350S Research and Technology Management covers the role and life cycles of technology, technology development and acquisition, technological competition and technology forecasting. Thesis work in this area should distinguish current evidence from future assumptions. A technology roadmap or forecast is conditional on the horizon, data, market context and scenario assumptions. Explain the forecasting method and uncertainty instead of presenting one future technology path as inevitable.

23. Advanced Product Development supports requirements engineering

555351S Advanced Course in Product Development develops requirements engineering, requirement prioritisation and valuation, Design for Excellence and delivery-capability creation. These ideas are useful when a thesis must balance technical performance, manufacturability, sustainability, cost, serviceability or stakeholder demands. Make trade-offs explicit. A design that optimises one target may weaken another, so the thesis should explain how priorities were set and how conflicting requirements were handled.

24. Project-management theses need a defined context

555391S Advanced Course in Project Management covers project governance, stakeholders, risk and uncertainty, time and schedule management, finance and complex multi-firm projects. A project-management thesis should identify the unit of analysis and project context precisely. Evidence from one megaproject, software project or R&D programme may not transfer directly to another. Define project type, lifecycle phase, stakeholder structure and time horizon before interpreting practices as broadly effective.

25. Risk and uncertainty should not be collapsed into one list

Project risk registers are useful, but uncertainty can include unknown assumptions, changing stakeholder goals, incomplete technology knowledge and dependencies that cannot be assigned a reliable probability. A thesis studying project uncertainty should explain what is known, what is estimated and what remains ambiguous. Where numerical risk analysis is used, justify probability and impact estimates. Where qualitative analysis is used, explain how themes, categories or scenarios were derived from evidence.

26. Project-based-firm research

555382S Management of a Project-Based Firm covers business models, services, project sales, contracting, negotiations, project offices and portfolio management. Research in this area can use case studies, document analysis, interviews, process data or mixed evidence. Avoid turning managerial opinion into a factual conclusion without triangulation. If the thesis relies on interviews, explain participant roles, sampling, interview structure and how interpretations were checked against documents, observations or other sources where possible.

27. Product Data and PLM research

555343S Product Data and Product Life Cycle Management covers productization, product-data structures, PDM and PLM processes, governance, roles, data quality and IT architecture. A PLM thesis should identify which product data object is being studied, who creates and uses it, which systems store it and what quality dimensions matter. Data completeness, consistency, timeliness and ownership can lead to different conclusions, so avoid treating ‘data quality’ as one undifferentiated metric.

28. Product Portfolio Management research

555346S Product Portfolio Management supports analysis of strategic targets, performance indicators, governance, product information and horizontal or technical portfolios. Portfolio research should make inclusion rules explicit. Which products, variants, markets or lifecycle stages are inside the portfolio? How are performance indicators calculated? A portfolio recommendation can change substantially when low-volume strategic products, legacy obligations or future platforms are included, so the analytical boundary must be visible.

29. Prototyping is evidence only when evaluated

TI00AV51 Prototyping gives IPIC students hands-on digital-fabrication experience, electronics, programming, teamwork and iterative development. A prototype is valuable evidence of feasibility, but simply building one does not prove usability, reliability, desirability or business value. Define what the prototype is intended to test and what fidelity is necessary. Evaluate against requirements or users, document iterations and separate what was demonstrated from what remains hypothetical.

30. Technical prototyping tools are not thesis requirements

The prototyping and international project environments may use 3D printing, modelling, laser cutting, electronics and programming. These are programme-supported tools, not compulsory thesis technologies. A thesis on organisational innovation may need none of them, while a physical-product thesis may need several. Choose tools because they produce evidence relevant to the question. Document version, settings, materials and test conditions when those choices affect reproducibility or performance.

31. The international product-development project is scientifically based

TI00AV57 International Cross-Disciplinary Product Development Project explicitly describes product-development projects grounded in scientific research. It can involve a prototype, solution presentation, product presentation and final report, including technological and scientific background and a possible path to commercialisation. This creates a strong bridge to thesis ideation. Still, the group project deliverables are not automatically the student’s individual master’s thesis; thesis scope, authorship and evidence must be separately agreed.

32. User-centred methods need a defined evaluation question

The international project course supports user-centred product-development methods for development testing, forecasting and ideation. In a thesis, ‘user-centred’ should not be a decorative label. Define the intended users, recruitment or evidence source, task or context, and what aspect of the design is being evaluated. Interviews, observations, usability tests, co-design workshops and survey measures answer different questions. Choose the method that can support the claim you want to make.

33. Interdisciplinary teamwork creates methodological challenges

KE00AU77 Collaborative Problem Solving in Interdisciplinary Settings emphasises authentic working-life cases, multidisciplinary teams, technology selection and ethical reasoning. Interdisciplinary research can combine valuable perspectives, but concepts may mean different things across disciplines. Define key terms, decision criteria and evidence standards early. When several disciplines contribute to one thesis project, make clear which claims are technical, managerial, behavioural or economic and which method supports each claim.

34. Qualitative research is supported, not mandatory

The Research Seminar explicitly covers qualitative methods. Interviews, focus groups, case studies and qualitative document analysis can be appropriate when the thesis asks how actors experience, interpret or manage a product-development or organisational phenomenon. Sampling should follow the research question rather than convenience alone. Explain who was included, why those participants or cases were relevant, how data were coded or interpreted and how alternative explanations were considered.

35. Quantitative research is supported, not mandatory

The Research Seminar also covers quantitative research methods. Quantitative IPIC theses may analyse survey data, project performance, product metrics, portfolio indicators, experiments or operational datasets. Before choosing a statistical technique, define variables, measurement scales, unit of analysis and sample structure. Statistical significance does not automatically imply managerial or engineering importance. Report effect size, uncertainty and practical interpretation when those are relevant to the decision.

36. Mixed methods can connect user, business and technical evidence

IPIC problems often cross technical, user and business dimensions, so mixed methods may be useful. A thesis could combine interviews with product metrics, usability tests with cost analysis or project documents with survey data. Mixed methods are strongest when each component answers a defined part of the research problem and the findings are integrated deliberately. Simply collecting several kinds of data does not create a coherent mixed-method design.

37. Case-study boundaries must be explicit

Industry-connected IPIC theses often become single- or multiple-case studies. State the case boundary clearly: one company, product line, project, team, process or ecosystem. Explain the period studied and why the case is analytically useful. A detailed company case can provide deep insight without being statistically representative. Avoid generalising to all companies unless the design and evidence justify that broader claim.

38. Company data need provenance and access control

Operational, product, project or customer data supplied by an industry partner can be powerful thesis evidence. Record where the data came from, who generated it, time coverage, definitions, missingness and any transformations. Determine who is allowed to access raw data and what can appear in the public thesis. Derived indicators can still reveal sensitive business information, so publication review should consider both raw data and conclusions.

39. Confidentiality must be designed before Laturi submission

Because the thesis process ends in formal assessment and publication handling through Laturi, confidentiality should be resolved early. Separate the academically necessary evidence from trade secrets, personal data or restricted customer information. Aggregation, anonymisation, redaction or publication-safe derived variables may help when scientifically defensible. Do not rely on a late request to hide sections after the thesis is already written around confidential details.

40. Human participants trigger privacy and ethics questions

User interviews, usability testing, employee studies, workshops or surveys may involve personal data and human participants. Not every such thesis requires formal ethics-committee review, but privacy obligations and possible preliminary ethical assessment should be classified before data collection. Define informed-consent information, recording practices, identifiers, retention period, access rights and withdrawal handling. The supervisor should help determine which University procedures apply to the actual study.

41. Ethics and responsibility are part of IPIC competence

The Management course includes ethics and social responsibility, while Collaborative Problem Solving explicitly develops ethical reasoning and sustainability competence. Product innovation can affect workers, users, communities and environmental systems. A thesis should therefore consider who benefits, who bears risk and whether design choices create exclusion, safety, privacy or sustainability concerns. Ethical analysis is strongest when connected to specific decisions rather than added as a generic final paragraph.

42. Responsible use of AI

AI tools may assist literature discovery, coding, ideation, transcription, data cleaning, modelling or writing only within current University rules and the thesis method. Do not upload confidential company material, personal data or unreleased product information to external AI services without an approved basis. Verify generated claims, code and calculations, preserve enough provenance to reproduce important results and disclose material use where required. The student remains responsible for the thesis.

43. Literature review should compare mechanisms and contexts

A useful IPIC literature review does more than list innovation frameworks. Compare how prior studies define products, projects, users, organisations and outcomes. Examine context, industry, data, lifecycle stage and method. For example, an Agile practice effective in software may not transfer directly to regulated hardware development, and a portfolio model built for mature products may not fit early-stage innovation. Use the review to justify the design choices made in the thesis.

44. Evaluation criteria should be chosen before results exist

Whether the thesis studies a prototype, process, project-management intervention or product portfolio, define evaluation criteria before seeing the final results where possible. Criteria might include requirement satisfaction, task performance, adoption, cycle time, cost, risk exposure, data quality or stakeholder value. Predefining the logic reduces the temptation to select only favourable metrics. If criteria change during the project, explain the reason and effect on interpretation.

45. Distinguish a product success from a research contribution

A product concept can delight a customer yet produce little generalisable research insight, while a thesis can generate valuable knowledge even if the prototype underperforms. Report both levels honestly. Explain the practical outcome for the partner and the analytical contribution of the research. Unexpected failure can reveal incorrect assumptions, missing requirements or limits in a process model. Those findings can be academically strong when the evidence and reasoning are transparent.

46. Programme director and study support

Current Faculty Study Services lists Osmo Kauppila as the programme director for both Industrial Engineering and Management and IPIC. Faculty study services can also help with curriculum, study-right and graduation questions. Programme-director information can change, so treat this as a current 2026 reference rather than a permanent fact. Thesis supervision itself should follow the roles recorded for the student’s actual thesis in Laturi.

47. Graduation is a separate administrative stage

A completed thesis manuscript does not automatically complete the degree. Students must also finish the research seminar, maturity requirement and all curriculum studies, ensure registrations are correct and follow the current graduation application procedure. Degree Programme Committee or faculty handling may introduce deadlines beyond the writing schedule. Plan backwards from the intended graduation date using the live University timetable rather than an old semester’s dates.

48. Recheck the 2027-2030 curriculum

This guide is anchored to 2026-2027 programme 51925 / IMP2026IPIC. University curriculum transition information means later cohorts should not assume every course code, module size, implementation or workflow will remain unchanged. Recheck the 2027-2030 Peppi structure, especially the thesis-related module, seminar, maturity route and major-course names. Preserve the research logic in this guide, but refresh administrative facts when the curriculum changes.

49. A practical IPIC thesis workflow

A practical sequence is: confirm the live curriculum and PSP; register for the research seminar; identify an industry, product or organisational problem; convert it into a research problem with the supervisor; establish data and confidentiality access; write the research plan; choose qualitative, quantitative, design or mixed methods; use seminar feedback to test the design; collect and analyse evidence; evaluate the proposed solution or explanation; revise the manuscript in Laturi; complete the maturity route; and then follow graduation procedures.

50. Final pre-submission checklist

Before final submission, verify 51925 / IMP2026IPIC, module 51930, thesis 555300S, seminar 555301S and maturity 555302S against the live curriculum. Confirm seminar obligations are complete, the supervisor-approved research problem is still reflected in the manuscript, methods match the claims, requirements or variables are traceable, company and participant data are publication-safe, AI use is compliant and verified, limitations are explicit, Laturi requirements are satisfied, and the current maturity and graduation procedures are booked correctly.