From a question to a finished research project

Students begin with a question they care about and develop it into original research. Ardent provides the structure and mentorship; the student remains responsible for the thinking, decisions, and work.

The four phases of a research project

The project develops in four phases, from the first research question to the final science-fair presentation. Each phase produces a specific deliverable that moves the work forward.

  1. Phase 1

    Understand the field

    DeliverableBackground Research Report

    The student narrows an area of interest, learns what is already known, identifies the important concepts, and develops a research question or engineering problem grounded in prior work. The result is a written report explaining the project’s scientific background and why the question is worth pursuing.

    A student’s slide headed “Charts from Google Search”, showing published charts for Benford’s Law and Zipf’s Law side by side.
    Finding what is already known: two published distributions, gathered and compared.

  2. Phase 2

    Plan the research

    DeliverableScience-Fair Research Plan

    The student develops a hypothesis or design requirements, defines variables or performance criteria, chooses the method, and plans how the research will be carried out. The result is a formal research plan in the format science fairs require, including the documentation needed for review and approval.

    An Ardent Scholar presenting her experimental design beside a slide reading “Are the protein distributions the same in different bacteria?”
    Ellice presenting her experimental design in eighth grade.

  3. Phase 3

    Do the work

    DeliverableProject Data and Results

    The student conducts the experiment, builds and tests the engineering solution, or runs the data and AI analysis. The result is a complete record of the evidence produced: measurements, observations, model results, test data, and how they were obtained.

    A student beside a whiteboard carrying two hand-drawn data tables: drift in centimetres at one and two seconds, and three trials plus an average against zero, two, four, six and eight blocks of payload.
    Three trials and an average, recorded as the drone flies.

  4. Phase 4

    Present and defend the work

    DeliverableResearch Abstract and Science-Fair Display

    The student analyzes the results, draws conclusions, identifies limitations, and prepares the project for presentation. The result is a science-fair abstract, a display board with the key methods, figures, and results, and the preparation to explain and defend the project before judges.

    A scholar standing beside her finished display board at the Orange County Science and Engineering Fair, the board carrying an abstract, research question, methods and result charts, with a participant ribbon pinned to her jacket.
    A finished board at the Orange County Science and Engineering Fair.

A mentor approves each phase

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