NanoTRIZ does not guarantee admission to any university, and the program does not replace strong grades, examination results or other admission requirements. Admission decisions rest solely with universities, and the weight given to research experience varies by university, program and the strength of the overall application.What the program can do is help a motivated student build documented research experience that they can describe credibly, particularly in applications to STEM programs. During the program, students learn to:formulate a focused research question;find and critically evaluate scientific literature, distinguishing reliable evidence from unsupported claims;identify research gaps and contradictions in the literature;use AI tools in research, checking every output against original sources;develop their own idea or hypothesis and test it by calculation or modelling where feasible;interpret results and state their limitations;present their work as a report, presentation, poster or visual abstract;keep a record of their own contribution.The main outcome is a research portfolio showing what the student did and which decisions they made. For the strongest projects, an abstract, conference poster or manuscript may become possible, but such outcomes are never guaranteed and are not purchased through the program fee. Authorship requires a documented intellectual contribution and work of appropriate scientific quality.When admissions readers consider research experience, the questions that matter are whether the student can explain the research question, the method, the limitations and their own role, in essays and at interview. The program is designed so that students can answer these questions from their own work.Students should describe their participation accurately, as a non-accredited online research program, not as an internship, fellowship or university position. Any reference written by a NanoTRIZ supervisor describes the program, the nature of the relationship and the work the student actually completed.

The NanoTRIZ research programs were founded and are led by Professor Alexander A. Solovev, Founding Director of NanoTRIZ Innovation Institute (Brisbane, Australia) and former tenured Professor in the Department of Materials Science at Fudan University, Shanghai (2015–2024).EducationPhD in Physical Chemistry, magna cum laude, Chemnitz University of Technology, Germany (2012), with doctoral research at IFW Dresden and the Max Planck Institute for Solid State ResearchMSc in Engineering Physics, Technical University of Munich (2006)Diploma in Mechanical Engineering and Materials Science, Kyrgyz-Russian Slavic University (2003)Research careerPostdoctoral research at the Technical University of Munich (2011–2013), the Max Planck Institute for Intelligent Systems, Stuttgart (2013–2014), and the University of Toronto (2015)Visiting Scholar, Harvard John A. Paulson School of Engineering and Applied Sciences (2017)Visiting Academic, University of Queensland (2024)Research areasCatalytic and magnetic micro- and nanomachines, strain-engineered nanomembranes, microfluidics and lab-on-a-chip, biosensing, micro/nanofabrication, quantitative microscopy and clean-energy microsystems.Research record74 peer-reviewed publications; more than 6,700 citations; h-index 36 (Google Scholar, 2026)One granted patent and one published patent application (China)More than 30 invited talksSix competitive grants as principal investigator, totalling RMB 4.75 million (approximately AUD 1.0 million)Selected awards and recognitionFeodor Lynen Research Fellowship, Alexander von Humboldt Foundation (awarded 2015)P. R. China Talent Program for International Scientists (2015)Shanghai “Dawn” Program Award (2016)IOP Publishing Emerging Leader (2018)Graduate Student Supervisor “Best 10 Groups” Award, Fudan University (2021)STIBET-DAAD Prize, Technical University of Munich (2012); DECHEMA Honourable Mention (2010); DSM Science & Technology Award finalist (2009)Doctoral research on catalytic microjets at IFW Dresden, recognised by Guinness World Records as the world’s smallest man-made jet engine (record registered to IFW Dresden)First place, National Olympiad in Theoretical Mechanics, Kyrgyzstan (2001)Teaching and supervisionDesigned and taught the semester course Microfluidics and Lab-on-a-Chip at Fudan University (2016–2023)Supervised three PhD and two master’s students to completion, as well as postdoctoral and undergraduate researchers. Former trainees have continued to positions at Infineon Technologies, Northwestern University, Cornell University and Anhui Normal University.Professional serviceReviewer for more than 50 scientific journalsGuest Editor, Micromachines special issue “Dream Nanomachines” (2020–2021)Founder and Editor-in-Chief, SciViDFull Member, Sigma XiWhat this means for participantsThe program draws on the experience of a researcher who has led an independent research group, supervised doctoral students, secured competitive funding and published internationally. It does not promise that participants will achieve comparable outcomes, and it does not guarantee publication, admission, a patent or an award. Its aim is to teach the principles of rigorous scientific work under direct supervision.

No. Participation does not guarantee publication, authorship, a particular position in the author list, or acceptance by any journal or conference. The program provides a structured research process and scientific supervision. A manuscript is prepared only when the work reaches the standard a journal expects: sufficient quality, originality, sound methods and completeness. Completing the full program term does not by itself create an entitlement to publication.What the fee coversThe program fee covers access to the Digital Research Lab and program administration, as stated in the written offer. It does not purchase publication, authorship, institutional affiliation or any other academic outcome.Possible outcomesDepending on the quality of the work and the student’s own contribution, outcomes may include a research report, poster, conference presentation or abstract, a manuscript, or a book chapter. Any patent-related work requires a separate written agreement. Where a project is not yet ready for publication, a well-documented research portfolio, poster or report is the appropriate result, and the project may be continued.How we protect research integrityEvery source and claim is checked against the original literature; AI output is never treated as fact without verification.AI use is disclosed where required.Plagiarism, fabrication and falsification are not tolerated.Results of modelling or calculation are not presented as confirmed without appropriate validation.Each contributor’s work is documented, and authorship follows actual intellectual contribution, not payment, age or time in the program.Students must understand their work and be able to explain and defend their conclusions.If a manuscript is submittedWhen a student has made a substantial intellectual contribution and the work is of sufficient quality, the supervisor may recommend preparing a manuscript for a suitable journal or conference. For participants under 18, external submission requires parent or guardian approval. We do not direct students to outlets that publish in return for a fee without meaningful peer review. Where a NanoTRIZ supervisor is a co-author, the program relationship and fee are disclosed in the publication, and submissions to any venue associated with NanoTRIZ or its founder are handled by an independent editor.The final decision always rests with the journal’s editors and independent reviewers. NanoTRIZ does not sell publications; it teaches students to do research that can stand up to independent review.

Yes, if the student made the leading intellectual contribution to the work and meets the authorship criteria of the journal concerned. Age, school status or the absence of a degree do not by themselves determine author order. What matters is who did the main research work and can take responsibility for it.What first authorship requiresIn most scientific fields, the first author is the person who made the leading contribution. For a school student, this would typically mean:carrying out most of the literature analysis and identifying the key research gap;formulating the research question or hypothesis and developing the central idea;performing a substantial part of the analysis, calculations or simulations;preparing the figures;writing most of the first draft and revising it in response to supervisor and reviewer comments;understanding the limitations of the work and being able to defend its conclusions.Conventions differ between fields: in many disciplines the supervisor appears as the last (senior) author, and in some fields authors are listed alphabetically.Supervision and authorship are different rolesA supervisor may set the overall direction, teach methods, control quality and ensure research integrity without being first author. Where the student did the main work, the supervisor takes another position in the author list according to the conventions of the field.When first authorship would not be justifiedIf the supervisor formulated the problem, found the key sources, developed the idea, carried out the analysis, interpreted the results and wrote most of the manuscript, while the student performed supporting tasks, the student should not be first author, however useful a publication might be for a university application. The same applies to review articles that mainly summarise a supervisor’s own research program. In such cases the student’s contribution is recognised through co-authorship or in the acknowledgments, according to its actual extent.How contribution is documentedA first-author claim must be demonstrated, not assumed. NanoTRIZ projects keep a verifiable record: research notes, drafts and version history, supervisor feedback and revisions. Before submission, each author’s contribution is recorded using the CRediT contributor roles, and the student should be able to explain the work in their own words, for example at an interview or to an independent reviewer.The role of AIAI tools may assist, but they do not make a contribution count. The student checks every source, understands the argument, explains the method and takes responsibility for the final scientific decisions; the supervisor reviews. Fluent AI-generated text is not evidence of authorship.Authorship is never promised in advanceAuthorship and author order are decided only after the completed work and the documented contribution have been reviewed. For participants under 18, a parent or guardian must approve submission and, where the journal requires it, co-sign the publishing agreement. First authorship should reflect contribution, not age, payment or academic status.

No. Taking part in a NanoTRIZ program does not by itself entitle a participant to list NanoTRIZ Innovation Institute as an institutional affiliation in a publication.Participation and publication affiliation are differentProgram participation applies to every participant and can be described accurately in a CV, portfolio or application, for example: Participant, NanoTRIZ Pre-University Scholars Track (non-accredited online research program), [Month Year]–[Month Year].Publication affiliation states where the reported research was carried out. NanoTRIZ may be listed only when the work in that specific publication was substantially carried out within a NanoTRIZ program under NanoTRIZ supervision, and only with prior written approval of the wording for that output. For participants under 18, a parent or guardian must also approve.What an approved affiliation looks likeNanoTRIZ Innovation Institute, Brisbane, Queensland, AustraliaAn affiliation records where the work was done. It does not mean employment, enrolment, a university appointment or an academic title.When another affiliation is appropriateA student’s school is listed only if the work was carried out there or with the school’s involvement. Where neither NanoTRIZ nor the school applies, many journals allow authors to be listed as independent researchers, with their city and country.What is not permittedDescriptions such as “Researcher at NanoTRIZ”, “NanoTRIZ Fellow”, “Research Intern” or “Affiliated Researcher”, or any wording that implies a job, an appointment or a permanent affiliation. Affiliation is never included in, or purchased through, the program fee.

Every NanoTRIZ project is guided by the principles of the Australian Code for the Responsible Conduct of Research (2018), COPE guidance on publication ethics and the use of AI, the ICMJE authorship criteria and the CRediT contributor roles. These standards apply to every participant, whatever their age, and are part of the program terms each participant accepts. In short: students may pay to enter a supervised research environment, but every academic outcome must be earned through genuine, documented work.1. Honest researchStudents: open and read every source they cite, check each claim against the original, never fabricate, falsify or plagiarise (including close paraphrase), label simulated or calculated results as such, and report their own errors promptly.NanoTRIZ: requires a claim-verification table for every project, reviews source files and drafts, and screens manuscripts for plagiarism before submission.2. Responsible use of AIStudents: use AI only to support searching, organising, coding and language editing, never to replace reading, reasoning or judgement; verify every AI output against primary sources; disclose AI use as the journal requires.NanoTRIZ: keeps an AI-use record for each project and never lists an AI tool as an author or source of expertise.3. Authentic student contributionStudents: do the work they are credited for, keep notes, drafts and version history, and are able to explain the question, method, limitations and their own role in their own words.NanoTRIZ: before any submission, holds a review session in which the student explains and defends the work.4. Fair authorship and affiliationAuthorship follows the ICMJE criteria, and each author’s contribution is recorded using CRediT.Author order is decided after the work is complete, by contribution, never by age, payment or seniority.Everyone who contributed substantially is credited, and no one who did not is listed.A supervisor is credited exactly as their contribution warrants: as a co-author where the criteria are met, otherwise in the acknowledgments.NanoTRIZ is listed as an affiliation only where the work was carried out within the program, with written approval for that specific output.5. Transparent publicationA project is submitted only when it meets the publication standard (a defensible research gap, an original contribution, adequate evidence, sound methods and a documented student contribution) and the supervisor approves. For participants under 18, a parent or guardian must also approve.We submit only to reputable peer-reviewed venues. We do not use outlets that publish in return for a fee without meaningful peer review, and we do not rush work to meet admissions deadlines.Where a NanoTRIZ supervisor is a co-author, the program relationship and fee are disclosed in the publication. Submissions to any venue associated with NanoTRIZ or its founder are handled by an independent editor.The final decision always rests with the journal’s editors and independent reviewers.6. Responsible mentorshipSupervisors guide, question and teach; they do not write the student’s work for them.They give honest feedback, including when a project is not ready for publication.They declare any conflict of interest.They keep professional boundaries. For participants under 18, a parent or guardian is copied on substantive communication, sessions use agreed channels, and a parent or guardian may attend any session.Reference letters state facts accurately and describe the nature of the relationship.7. Payment never buys outcomesThe fee gives access to a supervised research environment. Enrolment, payment, program length and fee level have no bearing on authorship, author order, affiliation, publication or reference letters, and no fee option carries a higher academic status.8. When standards are not metConcerns are reviewed fairly, and the participant (and, for a minor, the parent or guardian) can respond. Responses are proportionate: correction, rewriting, withdrawal of a submission, ending participation, or informing a journal where necessary to correct the scholarly record. Concerns can be raised at director@nanotriz.com

Yes, but only on the same terms as any other author, and with full disclosure. A supervisor is never added as an author because a fee was paid, and never left off the author list to hide a real contribution: omitting someone who did substantial work would itself breach publication ethics.The ruleIf the supervisor meets the authorship criteria, they are listed as an author, and the program relationship and fee are disclosed in the publication’s competing-interests statement.If they do not, they are thanked in the acknowledgments.Author order follows contribution. Where the student did the main work, the student is first author.How payment is kept separate from academic outcomesFixed fees, no success fees. Fees are set before the project starts and never depend on publication, authorship or any other outcome. There is no “publication package”.Ownership decided at the start. A student’s own project is carried out within the program. If a student is invited to contribute to the supervisor’s own research paper, this is agreed in writing at the outset, and that contribution is not charged.Separate records. Enrolment and payment records are kept apart from research records and from authorship decisions.Independent check. Where a supervisor paid through the program is a co-author, an academic with no financial relationship to the family reviews the contribution record before submission.School agreements. NanoTRIZ can deliver the program for schools under an institutional agreement, in which the school, not the family, contracts with NanoTRIZ. Such agreements contain no publication targets, and schools may not promise publications to families.No referral commissions. NanoTRIZ pays no commissions to agents, consultants or school staff for referring students.Payment gives access to supervision; it never decides who is an author.

NanoTRIZ commits to a structured, supervised research process conducted with integrity. It does not guarantee a predetermined academic outcome, because no researcher can know in advance whether a hypothesis will hold, whether a result will be sufficiently new, or what reviewers will decide.What NanoTRIZ provides For every participant who takes part actively and completes the agreed tasks:an individually agreed research topic and plan;a named supervisor and scheduled online sessions, as stated in the written offer;training in literature search, source and claim verification, research gaps and counter-evidence;development of a research question or hypothesis, using TRIZ-based methods where relevant;training in responsible AI use, with a record of AI-assisted work and of the student’s own contribution;analysis, validation by calculation or simulation where the project allows, and interpretation of results;regular supervisor feedback, and training in scientific writing and presentation.What the student finishes withStudents who complete the program and its milestones finish with a documented research portfolio, ending in an output suited to the project: for example a short literature review, an analytical report, a research proposal, a simulation study, a poster, a presentation or a visual abstract. They also receive a non-accredited certificate of completion and, on request, a factual confirmation of their participation: dates, project, supervisor, activities and outputs.Three levels of outcomeWithin NanoTRIZ’s control: supervised research, verification, validation where applicable, and the research portfolio.Earned on merit: a manuscript, a poster or talk submitted to an external event, a book chapter, a patent application, a publication affiliation or a personal recommendation letter, each only when the quality of the work and the student’s documented contribution justify it.Decided externally: journal publication, conference acceptance, patent grant, scholarships and university admission, decided by independent journals, committees, patent offices and universities.Why NanoTRIZ does not promise publicationA publication cannot honestly be guaranteed before the research has been done. A program that promises one regardless of results invites the question of how it can know the outcome in advance. Our position is simple: we do not know the research outcome in advance; we guarantee that the student will be taught how to investigate it rigorously.Nothing on this page limits the guarantees that apply under the Australian Consumer Law, including that services are provided with due care and skill.Academic achievements are earned, not purchased. The lasting result is a student who can formulate a research question, test evidence, make research decisions, validate conclusions and present their own work professionally.

No. Publication is one possible result of a research project, not the measure of a strong student. What matters more is how deeply the student understood the problem, how independently they worked with the evidence, and whether they can justify their scientific decisions.Why good projects often do not become papersA student may do excellent work and still find that:the research gap has already been partly closed;the hypothesis was not supported;a simulation gave a negative result;more data or experimental validation is needed for a reliable conclusion;the work suits a poster, presentation or research proposal better than a journal article.All of this is a normal part of real research. A good poster or conference talk often represents a three-month project better than an attempt to turn it into a journal article.Negative results can be strong resultsA reasonable hypothesis, a sound test and a result that does not support it, followed by a clear explanation of why, can show more scientific maturity than a superficial positive paper.Why publication is never requiredPressure to publish every strong project leads to overstated claims, weak validation, low-quality journals, results split into minimal papers, unjustified authorship and publishing for the CV rather than for science. NanoTRIZ avoids this by design.What makes a student strongThe ability to work through difficult literature, evaluate evidence critically, look for counter-evidence, abandon an idea the data contradict, propose and test a new hypothesis, explain limitations, use AI responsibly, accept scientific criticism, and present and defend the results.When publication becomes the logical next stepWhen the question is meaningful, the gap defensible, the contribution sufficiently original, the methods appropriate, the results adequately validated, the claims matched to the evidence, the student’s contribution documented, and a suitable journal or conference exists.Projects can continueA three-month project can end with a strong portfolio and continue afterwards, for example through further validation, a conference poster and, later, an expanded study and manuscript. This is usually a more honest path than promising a paper by a fixed deadline. Each step should develop the research, not add lines to a CV.A paper or a strong portfolio?There is no universal rule. A paper can be a strong achievement when the student genuinely contributed and understands the work. But a portfolio that shows the question, evidence, decisions, setbacks, revisions and final result can demonstrate a student’s ability better than a publication in which their role cannot be shown.A publication should be the consequence of strong research, not the condition for calling a student successful.

Authorship is not a reward for participation. It reflects a substantial intellectual contribution and shared responsibility for the work. Most journals use criteria similar to those of the International Committee of Medical Journal Editors (ICMJE), under which an author should meet all four:a substantial contribution to the idea or design of the work, or to obtaining, analysing or interpreting its results;drafting the manuscript or revising it critically for important content;approval of the final version to be submitted;accountability for the work, including the ability to answer questions about its accuracy and integrity.How a student can demonstrate each criterionSubstantial contribution: a dated decision log, evidence-verification tables, the student’s own ideas (including those later rejected), and the code, calculations or simulations the student produced.Drafting or revision: version history and tracked changes showing which sections, figures or tables the student wrote, and how they responded to comments from the supervisor and reviewers.Final approval: written confirmation that the student has read and approved the final manuscript. For participants under 18, a parent or guardian also approves the submission.Accountability: in a review session before submission, the student explains the research question, methods, results, limitations and their own role, and can show where each key claim comes from.What is usually not sufficient on its ownCollecting references without analysing them, formatting, translation or language editing, administrative help, general advice, or payment for a program. Such contributions are recognised in the acknowledgments, not through authorship.Recording the contributionBefore submission, all authors agree on a contribution statement using the CRediT contributor roles (for example Investigation, Formal analysis, Visualization, Writing – original draft), and the statement must match the documented record. NanoTRIZ summarises this evidence in a Research Contribution Record at the end of each project. Author order is a separate decision, based on the relative size of each contribution.If the threshold is not metThe student’s work is acknowledged accurately. The project can continue, and further analysis, validation or writing before submission may bring the contribution to the level required for authorship.If authors disagreeThe decision is reviewed against the documented record, following COPE guidance on authorship disputes. Expectations about authorship are discussed at the start of the project and confirmed before submission.A student who meets these criteria and can show it has a far stronger basis for authorship than any claim based on effort or time spent.

Because AI use in research must be transparent, verifiable and clearly separated from the student’s own intellectual contribution. AI may support a project, but it must never become an invisible co-author that replaces the student’s thinking.How AI may be usedAI tools may help with exploring ideas, organising information, preliminary analysis, suggesting candidate hypotheses, language editing and coding. In every case, AI suggests, the student verifies and decides, and the supervisor reviews.Why fluent AI text is not enoughWell-written text is not evidence of understanding. AI can produce a convincing statement that is not supported by the cited source, cites a paper that does not exist, overstates a finding, confuses correlation with causation, misdescribes a method, or proposes a hypothesis without sufficient basis. Until it has been checked against primary sources, an AI-generated statement is not treated as fact.What is recordedNot every prompt, only AI use that shaped the research:which tool was used, and for what task (text, literature screening, data analysis, code or figures);what the AI suggested;which sources the student then checked, and what was rejected as wrong or unsupported;what the student changed or decided independently, and what was agreed with the supervisor.A typical entry:Task: exploring research gaps. Tool: [name]. AI suggested five candidate gaps. The student checked 17 primary papers, found counter-evidence for four, and narrowed the fifth. AI text used directly: none. Supervisor review: approved.Why this protects the studentReviewers and admissions committees may reasonably ask how much of a sophisticated project the student did personally. An AI-use record answers that question: it shows what the AI proposed, what the student verified and which decisions the student made.Why this protects the programIt shows that NanoTRIZ is not a system for generating student publications. If a research-integrity question arises, the process can be reconstructed step by step.Publication and AIDisclosure requirements differ between journals, conferences and universities, so the current policy of each venue is checked before submission. AI is never listed as an author: responsibility for accuracy, citations, interpretation, originality and conclusions rests with the human authors. NanoTRIZ keeps an AI-use record whether or not a venue requires formal disclosure.Responsible accessStudents use only AI tools permitted for their age, through the NanoTRIZ research environment or their own accounts, and never upload confidential or personal data.The aim of AI documentation is not to prove that AI was absent, but to show that human scientific judgment remained in control.

Payment gives access to a supervised research program. It never buys authorship, publication or institutional affiliation.What participation providesParticipation creates the opportunity to carry out genuine research: a defined research process, scientific supervision, access to the program’s digital research tools, regular feedback, and a documented record of the student’s work. What the student achieves with that opportunity depends on the student.What determines an academic outcome Any outcome, from a poster to a peer-reviewed paper, is determined only by:the scientific quality, originality and completeness of the work;the student’s real intellectual contribution, documented through notes, drafts, version history, supervisor feedback and a CRediT contribution record;the student’s ability to explain and defend the work in their own words.What payment never influencesEnrolment, payment, fee level and program length have no bearing on authorship, author order, affiliation, publication or reference letters. These are decided separately, after the work is complete, and no fee option includes a higher academic status.How a publication decision is madeThe project must meet the publication standard: a defensible research gap, an original contribution, adequate evidence, sound methods and validation where applicable.The supervisor reviews the work and the contribution record, and the student explains and defends the work in a review session.For participants under 18, a parent or guardian approves the submission.The work is submitted only to a reputable peer-reviewed venue. NanoTRIZ does not use outlets that publish in return for a fee without meaningful peer review, and does not rush work to meet admissions deadlines.The final decision rests with the journal’s editors and independent reviewers, not with NanoTRIZ.Transparency in every publicationAI use is disclosed as the journal requires, and AI is never listed as an author.Each author’s contribution is recorded using the CRediT taxonomy.Where a NanoTRIZ supervisor is a co-author, the program relationship and fee are disclosed.Submissions to any venue associated with NanoTRIZ or its founder are handled by an independent editor.When a project is not readyMost projects end as a research portfolio, report, poster or presentation, which are valuable results in their own right. A project that is not yet ready for publication may be continued and developed further.In short: students may pay to enter a supervised research environment, but every academic outcome must be earned through genuine, documented work.

No. A strong portfolio does not have to be built around a published paper. Depending on the quality of the project and the student’s own contribution, research can lead to several kinds of output, each showing different abilities:Research report or portfolio: the full record of the question, evidence, decisions and results. This is the core output of every completed project.Scientific poster: the ability to structure research and present complex results clearly and concisely.Conference or competition presentation: a deeper level of understanding, since the student must explain the work and answer questions from others. Conferences and science competitions are judged independently, which gives the result additional weight.Conference abstract or proceedings paper: a formal, verifiable record of presenting at a scientific meeting.Peer-reviewed paper: a particularly strong result when the student made a substantial intellectual contribution and can explain their role.Book chapter: occasionally, the ability to synthesise a large body of literature into a structured academic text.Patent application: for engineering- and technology-oriented students, evidence of moving from a problem to a technical solution. Filing alone does not prove scientific or commercial value; what matters is the originality of the idea and the student’s documented contribution.One coherent project counts more than a list of outputsThe most convincing portfolio usually shows a single research progression: a question, a gap in the literature, the student’s own idea, its validation, and its communication in one or more forms. This demonstrates the ability to take an idea from question to tested result, which a collection of unrelated items does not.A note on patentsIf patent protection might be relevant, it must be considered before any public poster, talk or publication, because public disclosure can prevent a valid patent in many countries. Any patent-related work requires a separate written agreement and, for participants under 18, parent or guardian approval.What NanoTRIZ aims forNone of these outputs is guaranteed by participation or payment; each becomes possible only when the project’s quality, completeness and the student’s documented contribution meet the required standard. The aim is not to maximise the number of credentials, but to help each student build a coherent, verifiable portfolio they can explain and defend themselves.

A strong reference letter cannot be bought or obtained simply by taking part in a program. It is earned through the quality of the work, independence and professional conduct over the course of the project. A supervisor can write convincingly only about what they have observed directly and can support with specific examples.What a strong letter is based onintellectual independence and the ability to ask good research questions;critical thinking and careful work with sources;using demanding feedback to improve the work;persistence when results are negative or contradictory;responsibility for conclusions and for research integrity;the ability to explain and defend the work clearly.Why specific evidence matters Compare:“The student independently identified a contradiction in the literature, proposed a testable explanation, revised the model after the first validation failed, and defended the final interpretation in our discussions.” with:“The student participated actively and completed all assignments.” The first describes what this student actually did; the second could describe almost anyone.What students can docome to every meeting prepared and read beyond what was assigned;ask substantive questions and propose their own ideas;check AI output and sources rather than accepting them;explain why they chose a particular method;acknowledge mistakes and correct them;keep a record of their own contribution;bring the project to a finished result and present it.Time matters, but effort matters moreThe longer a supervisor has observed real research work, the more they can say. Duration alone, however, does not produce a strong letter: an independent student may make a stronger case in a few months than a passive participant does in a year.How to askAsk at least four to six weeks before the deadline.Provide your CV, the list of programs and deadlines, a short summary of the project and what you personally did, and any guidance from the university.Where the application system allows, let the supervisor submit the letter directly and confidentially.How NanoTRIZ writes referencesReference letters are discretionary and never an automatic part of the program. The supervisor writes each letter personally, based on observed work; students are not asked to draft their own letters. Each letter states accurately how long and in what capacity the supervisor worked with the student, including that the work took place in a non-accredited NanoTRIZ program. If a supervisor cannot write a supportive letter, they will say so honestly, so that the student can ask someone else.A strong reference letter is earned through strong research behaviour, not purchased through program participation.

NanoTRIZ programs are internal, non-accredited research-mentoring programs of NanoTRIZ Innovation Institute, an independent private research and education initiative in Brisbane, Australia. Students work on an individual research project under scientific supervision and build a research portfolio. The programs do not award an Australian qualification.When accreditation or registration is required in AustraliaAQF qualifications, such as a Certificate IV, Diploma or bachelor’s degree, can be issued only by providers registered with ASQA (vocational education and training) or TEQSA (higher education).Courses for international students studying in Australia on a student visa can be delivered only by providers registered on CRICOS.NanoTRIZ does neither. Participants remain in their own country and work online with a supervisor based in Australia, so no student visa is involved. NanoTRIZ does not use AQF qualification titles or claim to award a recognised qualification. Offering non-accredited research mentoring on this basis does not require ASQA, TEQSA or CRICOS registration. NanoTRIZ remains subject to the general Australian laws that apply to any business, including consumer, privacy and child-safety law.What a NanoTRIZ certificate meansA certificate, where issued, confirms participation in or completion of a NanoTRIZ program and may describe the research project. It is not an AQF qualification, university credit or a government-accredited credential.Accreditation and research quality are different questionsAccreditation shows whether a program is a regulated educational qualification. Research quality depends on the supervisor’s expertise, sound methods, verified evidence, a documented student contribution and research integrity. NanoTRIZ demonstrates quality through these, not through a qualification it does not award.Why a remote programStudents can begin real research while still at school or university in their own country, without travel, visa or accommodation costs. The program complements formal education; it does not replace an accredited degree.

Individual mentoring with an experienced researcher can be excellent, and the supervisor remains central in NanoTRIZ programs too. The difference is that NanoTRIZ places supervision inside a structured, documented and rule-based research process. The quality of the experience depends less on individual meetings and is easier to verify.A defined research sequenceEach project moves through the same stages, each ending with a documented result:Research questionLiterature search and evidence verificationResearch gap and TRIZ-informed contradiction analysisIdea or hypothesisValidation by calculation, modelling or comparison with evidence, where feasibleInterpretation, including limitations and negative resultsCommunication: report, poster or presentationSkills taught explicitlyBeginning researchers often know how to search but not how research is done. The program teaches how to:judge the reliability of a source;turn an interesting topic into a researchable question;show that a research gap actually exists;look for counter-evidence, not only supporting evidence;design a testable hypothesis and choose a validation method;interpret a negative result;document their own contribution.Written rules from the startAuthorship, affiliation, AI use, data handling and, for participants under 18, parental consent and communication are governed by written program terms that families review before the program begins. Families know in advance what is included and what is never guaranteed.A verifiable research recordEach project keeps a decision log, evidence tables, source checks, AI-use records, draft versions, supervisor feedback, validation results and a CRediT contribution record. This shows who did what, which matters when a project leads to a poster, presentation or manuscript, or when a university asks for verification.Access to additional expertiseWhere a project needs expertise beyond the supervisor’s field, such as simulation or statistics, NanoTRIZ may arrange input from an affiliated specialist, named in advance and with their agreement.What NanoTRIZ does not claimThe NanoTRIZ name does not by itself make a project more valuable, and the program is not “better than” a strong individual mentor. Its value lies in the quality of supervision, the quality of the student’s own work, and a record that others can check.Private mentoring gives access to an expert. NanoTRIZ aims to give access to an expert within a complete research process.

Yes, provided the student was admitted to a NanoTRIZ program and actually carried out the research described. The entry must be accurate and verifiable, and must not suggest a degree, an accredited qualification, employment or a physical presence in Australia that did not exist.Recommended format for school studentsJunior Research Scholar (Remote) NanoTRIZ Innovation Institute, Brisbane, Australia Non-accredited online research program | [Month Year] – [Month Year] Project: [Project title]Conducted supervised literature and evidence analysisIdentified and evaluated a research gapDeveloped a research question or conceptPerformed analysis or modelling, where applicablePrepared a research report, poster or other outputFor university students and other adult participants, the designation is Research Scholar (Remote), with the same lines below it. Use your actual dates of participation, and list only the activities you actually carried out.Where to place itUnder “Research Experience” or “Research and Extracurricular Activities”, not under “Education”, where it would appear alongside degrees and formal qualifications.Why “Remote”NanoTRIZ is based in Australia, but participation is online. “Remote” makes clear that the research was not undertaken in Australia in person.Listing outputsOutputs are listed separately in the appropriate section, with their exact status:publications: full citation only once published or formally accepted; otherwise “submitted”, “under review” or “preprint”;presentations and posters: actual title, event and date;patents: only filed or granted applications, with their exact status.What not to write“Research Fellow”, “Research Assistant”, “Intern” or “Employee”“Researcher at an Australian university”“Accredited”, “certified” or “Australian-qualified” Junior Research Scholarany wording suggesting a degree-level qualification“Research Scholar, Australia” without “Remote”, where the work was done onlineStatus of the designation“Junior Research Scholar” and “Research Scholar” are internal program designations of NanoTRIZ Innovation Institute. They describe a participant’s role in a supervised research program and do not constitute an AQF qualification, a university degree, an academic appointment, employment or a government-accredited credential.VerificationWith the participant’s consent, NanoTRIZ confirms to a university or scholarship body the dates of participation, the project title, the supervisor, the activities carried out and any verified outputs.Listing NanoTRIZ in a CV is separate from using it as an affiliation in a publication, which requires written approval for each specific output.