Video summary

INSPIRE Initiative 2026 | Session 2: How to Master Competitions

Main summary

Key takeaways

Educational

Main ideas, concepts, and lessons

1) Session purpose and format

  • The instructor (Yassin Ali) frames the session as non-theoretical and encourages a discussion-style approach.
  • Core goal: help participants understand what competitions exist and how to choose what fits them—especially distinguishing research competitions vs. academic/olympiad-style competitions.

2) Two main types of competitions (and who they fit)

A) Research-based competitions (project + problem solving)

  • Participants work on research, not memorization.
  • Suggested workflow:
    • Identify a real-world problem affecting many people.
    • Develop a solution that adds real value:
      • create something new, or
      • improve an existing solution (e.g., better model/accuracy, improved design, better accessibility such as changing treatment pricing).
  • Key distinction: this is not just building a project—it must solve a problem with demonstrable added value.
  • Examples mentioned (to be discussed further):
    • ISEF (International Science and Engineering Fair)
    • UGRF (Nile University competition mentioned)
    • ISEC / “Air Defense” (as named in subtitles)
  • Best suited for people who:
    • think outside the box
    • are curious and observant
    • ask “why” and “how”
    • want to modify/change systems or outcomes

B) Academic competitions / Olympiads (subject mastery)

  • Participants compete based on their understanding of a specific scientific subject.
  • Typical subjects mentioned:
    • biology, math, neuroscience
  • Competitions are broader in content but still centered on one discipline, focusing on subject knowledge and problem solving.
  • Best suited for people who:
    • enjoy deep details and difficult problems
    • read broadly (multiple books/sources)
    • like self-learning and studying independently
  • Examples mentioned:
    • IMO (International Mathematical Olympiad) (described generally)
    • International Physics Olympiad (theoretical + practical elements)
    • Brain P (neuroscience competition for high school, as named)

3) Should you compete alone or with a team?

Competing alone

  • Pros:
    • decisions are fully in your hands
    • clearer personal achievement
  • Cons / pressures:
    • you bear responsibility for:
      • deadlines
      • the project as a whole
      • all implementation details (e.g., design and coding)
    • no teammate support when you get tired
    • stress comes from needing to do everything yourself

Competing with a team (e.g., 2 people)

  • Pros:
    • division of labor across different skills
    • good “chemistry” between teammates can make work smoother
  • Cons:
    • disagreement can delay the project unless the team leader manages conflicts
  • Recommendation logic:
    • choose based on your own working style
    • “no one can do everything,” so teamwork can distribute responsibility and expertise
    • teams need coverage of needed specializations for the project

4) How to find the right competition idea (practical steps)

Step-by-step methodology

  • Step 1: Start with a problem around you

    • Look for something that bothers you:
      • at home
      • in school
      • in daily life
    • The idea should be something you can realistically investigate.
    • Example given:
      • The instructor’s grandmother’s experience with Alzheimer’s—forgetting medications, getting lost, and caregivers needing to supervise the patient.

  • Step 2: Connect the problem to your interests

    • If you like a field (e.g., biology), start from a related problem (e.g., water pollution).
    • Review existing solutions first:
      • identify shortcomings in what already exists
      • decide what you will improve/modify

  • Step 3: Create a “feature plan” / bigger future plan

    • Don’t treat the work as only one isolated task.
    • Think of the direction you’ll grow into beyond the initial prototype.

  • Step 4: Keep a notebook

    • Immediately write down:
      • the first idea
      • changes you consider
      • early assumptions
    • Reason: early ideas and origins are easy to forget after experiments and iterations.

  • Step 5: Ask three feasibility questions 1) Is it feasible? 2) Can you research it with available resources? 3) Will it affect/benefit real people (a real audience), not just be an unused project?

  • Step 6: If the answer is yes, begin

    • Don’t delay with questions like “where will I get it from?”
    • Find help/resources once you start:
      • ask a mechanic (example used)
      • seek mentors or partners
    • Avoid the risk that someone else starts a similar idea while you hesitate

5) Ethics: plagiarism, citations, and IP

  • Ethics is not “nice to have”; it’s critical in competitions.
  • Requirements emphasized:
    • If you use any research:
      • cite the source for data/statistics (example: “World Health Organization”).
    • If you modify designs/models:
      • clarify what was changed and from what basis.
    • Cite any:
      • data
      • images
      • sentences
  • Plagiarism is becoming easier to detect via detection systems, and competitions can discover copying.

Intellectual property

  • If you create a truly innovative idea/prototype:
    • consider registering it via a patent/intellectual property route
    • student applications are possible (as stated)

6) Using AI (and what competitions expect)

  • The instructor’s stance (as stated):
    • For “AI usage,” the question is whether participants can use AI tools to produce results in ways that compromise originality.
  • He suggests:
    • using AI for core research outputs is akin to “stealing from something you didn’t create.”
  • He notes:
    • AI might help with something simple sometimes, but
    • core results, writing, and data should be your own effort.
  • Many international competitions (example: ISEF) require declarations such as:
    • you did not use undisclosed/unapproved assistance in research
  • Final instruction:
    • read competition rules/conditions carefully before using AI.

7) Entering competitions strategically (not just for certificates)

  • Don’t enter to “fill your CV” or increase participation count.
  • What competitions value:
    • what skills you gained
    • what value your project achieved
    • awards and practical outcomes
  • Also:
    • the competition might not want your specific project idea; it may want the field/categories you match.

8) What separates finalists / going international (4 success components)

The instructor lists four characteristics (framed as what he observes in strong projects reaching finals such as ISEF):

  1. Clear hypothesis

    • Must be specific and measurable.
    • Example style:
      • not “study water”
      • but “Does using activated carbon reduce lead concentration by more than 70%?”

  2. Real methodology (with sequential execution and numbers)

    • Judges assess what you actually did to test/prove the claim.
    • The work must not be a repetition with no new meaning.
    • A complex idea without demonstrable testing isn’t sufficient.

  3. Presentation skills and correct communication

    • Poster/video/presentation must be polished (not “finishing touches”).
    • The ability to explain using the right words matters as much as the idea itself.

  4. Storytelling + engaging the audience

    • Connect the project to everyday life so it resonates emotionally.
    • Strong finalists:
      • make the audience want to listen
      • spark questions
      • don’t just provide numbers; they create understanding

9) Common challenges (especially in Egypt) and solutions

Challenge 1: Difficulty finding mentors

  • Suggested alternatives:
    • search for virtual mentors (LinkedIn, ResearchGate)
    • contact scientists/professors online, including abroad
    • ask PhD/Master students for help (often more available)
  • Mentoring request strategy:
    • don’t ask them to supervise fully
    • instead, ask for opinions on:
      • your research question
      • your methodology

Challenge 2: Lack of lab access or budget

  • Solutions mentioned:
    • simulations / 3D design
    • contact nearby universities
    • ask a professor to support experiments in their labs
    • record videos of experiments (needed for competitions)
    • document experiments on paper for submission/reporting
    • seek support via:
      • incubators / business incubators
      • organizations like NG and similar (as mentioned)
  • Note: the instructor says he hasn’t personally experienced some Nile University-related financial support programs.

Challenge 3: “The project gets shelved”

  • Problem:
    • some projects are created, entered, and then never implemented again—becoming “just paper.”
  • Outcomes to aim for after competitions:
    • turn into real capital
    • build a startup or social initiative
    • publish in academic journals (including journals for high school/university students)
    • crowdfunding to attract investment
  • Motivation example:
    • some projects (he references AISF) reached real market products and public benefit.

10) Academic/olympiad examples and time-management / study skills

Olympiad examples described

  • IMO:
    • starts 1959
    • logic-based problems, not memorization
  • International Physics Olympiad:
    • theoretical + practical, apply physics innovatively
  • Brain P:
    • neuroscience for high school
    • topics: emotions, sleep, disorders, memory
    • includes oral + Q&A (expected)

Time management and learning method

  • Importance:
    • competitions require deadlines; study efficiently
  • Key principles:
    • studying a lot without understanding isn’t good
    • prioritize outcomes and ideas, not only hours
  • Study method example:
    • 25 minutes focused concentration + 5-minute break
    • repeat and take longer breaks after multiple cycles
  • Encourage:
    • learn from competitors’ tips
    • review past exams
  • Planning approach:
    • set realistic deadlines
    • divide the project into weekly steps
    • use tools like Google Calendar
    • track daily progress (“what did I work on today?”)
    • allocate fixed daily competition time (even 1 hour)
    • adjust if competitions negatively affect academic studies

11) Student activities/extracurriculars: why they matter

  • The instructor argues extracurricular competitions/activities:
    • build confidence
    • help you explain projects and speak professionally
    • can provide international exposure:
      • meeting students worldwide
      • building networks
      • possibly scholarships
  • Key message:
    • do it because you love it; don’t treat it as a box-checking task.

12) Competition roster (as named in subtitles)

The instructor mentions or describes several competitions and programs (with varying details):

  • Any Grade science fair

    • described as major for high school; students can qualify through stages
    • includes many categories (21 mentioned)
    • district → governorate → sector → national (with geographic splits)
    • competition structure at stages described generally

  • ITC / AIESEC (related to “Air Defense,” with ITC more communication-focused)

    • described as sometimes free/no fees for some stages
    • participation may involve paying at later stages (as stated)

  • U-R FD / Nile University competition for high school

    • first stage includes abstract + summary + presentation + video/poster
    • second stage is in-person at a university; results same day

  • Hawar Masr

    • competition + camp for ages 14–18
    • includes arts (drawing, acting, music, theater) alongside tech/science projects
    • includes a free 2-week camp (usually Cairo)
    • ends with certificates and affiliation with an graduates association (as stated)

  • Other items referenced with caution:

    • “Blast Off” (not fully participated in by the instructor)
    • “I- triple I …” competitions:
      • described as not recommended due to lack of meaningful judging (based on his experience)

13) Roadmap: how to approach competitions (4-step plan)

The instructor ends with a structured roadmap:

  1. Step 1: Determine why you want to participate

    • real motivations, not CV-building
    • examples:
      • solve a specific problem
      • compete internationally
      • make connections
      • start a startup
      • learn to think like a scientist

  2. Step 2: Choose what you’ll do

    • decide:
      • competition field
      • competition type (research vs. Olympiad)
      • solo vs team

  3. Step 3: Learn your “how”

    • hardest part with many details:
      • choose team
      • choose mentor
      • secure resources
      • plan timeline/methodology

  4. Step 4: React, Improve, Repeat

    • losing is normal
    • learn from mistakes and rubric/criteria
    • keep iterating
    • persistence matters; many famous projects had multiple attempts

14) Q&A highlights (answers summarized)

  • Skills needed before first competition

    • varies by category
    • for biomedical engineering: research writing + technical implementation + mentor support
    • sources suggested:
      • YouTube programs
      • reliable research databases (Google Scholar, ResearchGate)
      • avoid unreliable sources like Wikipedia

  • Is losing in the first competition normal?

    • yes, mistakes are part of learning
    • use loss to:
      • understand shortcomings
      • check rubric criteria
      • study why others won

  • How to build analytical/research skills

    • learn research through structured programs (mentioned: Lumière/Pioneer)
    • reading extensively + using mentors
    • focus on research process: research questions → problem framing → full paper development

  • How to get an innovation/prototype idea

    • idea generation takes time (weeks)
    • keep notebook + research whether ideas already exist
    • if implemented, identify what you can modify and how it solves a real problem
    • search for prior qualified ideas via competition websites and focus your search in specific fields

  • Handling discouraging environment (especially Upper Egypt)

    • environment can influence motivation, but shouldn’t prevent participation
    • you might be discouraged, but you should still choose based on interest/passion
    • you can be the person who changes the environment with your impact

  • If someone isn’t “exceptional” in anything

    • try to explore; interest may emerge during trying
    • if no technical/scientific interest exists, consider artistic/sport options

  • Studying vs skill-building balance

    • use organizational tools/apps
    • balance social life and social media (don’t fully isolate)

  • Overcoming despair mid-project

    • failing experiments is normal
    • don’t abandon; analyze why it failed and continue, especially if you truly care about the topic

Speakers / sources featured (identified)

Speaker

  • Yassin Ali — main instructor; described as an 18-year-old high school student (third year), experienced in competitions/programming/research.

Other named individuals (mentioned in context of Q&A or session administration)

  • Ms. Fatima — organized/handled attendance registration and PIN/link distribution.
  • Ms. Jana — also mentioned regarding attendance/ID issue resolution.
  • Safa — attendee who asked a question (in Q&A).
  • Karim — attendee who asked a question (in Q&A).
  • A. Fatima — attendee name as shown in subtitles (asked about getting innovation ideas).
  • Yara — attendee who asked about balancing studying and skills.
  • Additional girls/participants — referenced by first name in subtitles (e.g., “girl” questions), but not consistently identifiable beyond the above.

Organizations / external sources mentioned

  • World Health Organization (WHO) — cited as an example data source needing citation.
  • UCL (University College London) — referenced as the affiliation of the instructor’s mentor.
  • ResearchGate
  • Google Scholar
  • ISEF (International Science and Engineering Fair)
  • IMO (International Mathematical Olympiad)
  • International Physics Olympiad
  • Brain P (neuroscience competition)
  • Any Grade science fair (as named in subtitles)
  • AIESEC / “AIESEC Engine and Science” (as named in subtitles)
  • ITC (as named in subtitles)
  • U-R FD / “Nile University competition” (as named in subtitles)
  • Hawar Masr (competition + camp)
  • LinkedIn
  • NG and incubators / business incubators (general references)
  • National Institute of Technology (NIT) — implied by “National Institute of Technology” in subtitles (as named)
  • Copyright/patent office (general reference)
  • Mandela — quoted (“It’s seems.” appears as subtitle error/garbled quote)

Original video