Junior Research Scholar Program

3-Month Research Sprint — Pre-University Track

The NanoTRIZ Junior Research Scholar Program: 3-Month Research Sprint is a selective, non-accredited research-enrichment pathway for motivated senior secondary and pre-university students.

The Sprint helps students move from passive academic learning toward structured research practice. Participants are guided through research topic selection, literature review, responsible use of AI tools, academic writing, scientific communication, and portfolio development.
The program is not designed to simulate full PhD-level research. Its purpose is more realistic: to help students develop the habits of disciplined inquiry, evidence-based reasoning, academic integrity, and clear scientific communication.

Institutional and Scientific Context

The program is delivered by the NanoTRIZ Innovation Institute, an independent private research and innovation initiative based in Australia.
NanoTRIZ integrates:
 

• AI-assisted research workflows

• TRIZ-informed problem framing and structured analysis

• academic writing and review

• visual scientific communication through the SciViD model

The program is developed under the scientific direction of Professor Alexander A. Solovev, whose academic background includes research appointments and collaborations across international institutions including Harvard University, the Technical University of Munich, the Max Planck Institute, and Fudan University.
A distinctive feature of NanoTRIZ is SciViD — a science-video communication model that helps students explain research ideas, methods, evidence, and conclusions through structured written and visual outputs.

What Students Do

The 3-Month Research Sprint is built around a guided research workflow.

Students work on:

• selecting a focused research topic

• formulating a clear research question

• identifying and evaluating scholarly sources

• using AI tools responsibly for research support

• preparing a short publication-style report

• developing visual explanations or presentation materials

• compiling a portfolio-ready academic output

The Sprint is conducted in a structured, mentored environment. It is designed for students who are serious, curious, and capable of sustained academic effort.

Research Output

Each participant develops one substantial academic output. Depending on the topic and student level, this may take the form of:
 

• a short research report

• a review-style article

• a perspective-style paper

• an exploratory research synthesis

• a visual abstract or presentation

• a SciViD-style media-ready output, where appropriate

All outputs are expected to be:

• source-based

• citation-supported

• logically structured

• transparent in method and reasoning

• suitable for internal review or portfolio use

Where appropriate, strong outputs may be further developed into DOI-ready or SciViD-style materials after review. Publication, DOI assignment, or external indexing is not guaranteed.

Methodological Framework

1. Literature Search and Evaluation
Students learn how to identify relevant sources, distinguish between primary and secondary literature, evaluate evidence, and assess the limits of existing research.

2. Research Question Formulation
Students refine a focused research problem, define the scope of the project, and develop a feasible analytical direction for the Sprint.

3. Structured Analysis and Synthesis
Students compare sources, identify patterns or gaps, and build a coherent line of argument. AI tools may support organization, drafting, and revision, but the intellectual responsibility remains with the student.

4. Scientific Communication and Visualization
Students translate their work into written, visual, and presentation-ready formats. This may include diagrams, conceptual models, figures, visual abstracts, or video-oriented scientific communication.

5. Integrity, Validation, and Review
Student outputs are reviewed for structure, clarity, originality, citation discipline, appropriate AI use, and academic integrity.
Students are trained to distinguish between AI-generated wording that appears plausible and academically defensible claims supported by evidence.

Learning Outcomes

By the end of the Sprint, participants should have developed:
 

• foundational research literacy

• stronger academic reading and writing skills

• experience with responsible AI-assisted research workflows

• ability to synthesize and explain complex ideas

• improved scientific communication skills

• a structured academic portfolio artifact

The main value of the program is not a label. It is the production of documented academic evidence showing initiative, discipline, and research maturity.

Academic and Strategic Value

A strong research portfolio may help students demonstrate qualities that are relevant to competitive academic pathways, including:
 

• intellectual curiosity

• academic maturity

• initiative

• research discipline

• ability to communicate complex ideas

• capacity for independent and structured work

Such outputs may support university applications, scholarship narratives, interviews, or personal statements where independent academic work is relevant.
NanoTRIZ does not guarantee university admission, scholarships, funding, publication, or external recognition.

Program Structure

Duration: 3 months
Format: Remote-first, mentored, milestone-based
Cohort Size: Small group format
Workload: Typically 1 guided session per week plus independent research and writing
Output: Research proposal, short report, presentation, and portfolio artifact
Review: Internal NanoTRIZ review of structure, clarity, originality, and appropriate AI use

Program Fee

Infrastructure and Program Fee: AUD $600 for 3 months

The fee supports:

• digital research workflow infrastructure

• AI-assisted research tools

• templates and learning materials

• mentor coordination and feedback processes

• review and quality-control workflows

• hosting, storage, and portfolio-development support

• SciViD-style preparation where appropriate

Participation is selective and based on motivation, academic suitability, and project fit.

Eligibility

The program is intended for:
 

• senior high school students

• pre-university students

• students preparing for research-oriented university pathways

• motivated applicants with curiosity, discipline, and readiness for structured academic work

No prior research publication experience is required. For students under 18, parent or guardian consent is required. Where participation is connected to a school or education provider, additional institutional consent may be required.

Pathway Progression

The 3-Month Research Sprint can serve as an introductory stage in the broader NanoTRIZ research pathway.
Students who perform strongly may be considered for the 12-Month Junior Research Scholar Track, which may include:
 

• more sustained project development

• deeper academic writing and review

• advanced mentor input

• conference-style presentation opportunities

• SciViD-style or DOI-ready output development where appropriate

Progression is selective and is not automatic.

Recognition

Participants who complete the required milestones may receive a non-accredited Certificate of Completion.
Where appropriate, NanoTRIZ may also provide a mentor evaluation or reference letter based on:
 

• quality of academic work

• seriousness of participation

• methodological development

• independence and consistency

• final output quality

Internal NanoTRIZ terms such as Junior Research Scholar are program designations only. They do not constitute employment, university appointment, AQF qualification, scholarship award, CRICOS enrolment, visa outcome, or university-admission guarantee.

Final Statement

The NanoTRIZ 3-Month Research Sprint is designed to help students build a foundation in research discipline, intellectual accountability, evidence-based reasoning, responsible use of AI, and structured scientific communication.

It helps motivated students begin the transition from passive learner to emerging researcher through a guided, reviewable, and portfolio-oriented academic process.