Academic Bridge · Summer 2026
Get ahead in AP STEM this summer
A focused 6-week summer bridge across five AP subjects — preview the major units, sharpen reasoning, and walk into the school year ahead. Taught live by graduate & postgraduate mentors from Ivy League and top universities.
🕖 Live online · weekday evenings · small groups — see dates by subject below
Summer dates
Upcoming cohorts
Each subject runs on its own weekday-evening schedule — find your subject's cohort below.
One program · five subjects
Choose your AP subject
Same 6-week format, same tuition. Pick the AP course your student is heading into — each subject is built around its major College Board units and the pathways it opens.
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AP Biology
For future doctors, biologists & researchers — medicine, neuroscience, genetics, biotech, pre-med.
- Cells, biochemistry & genetics
- Evolution, ecology & data analysis
- AP-style free-response reasoning
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AP Chemistry
For future engineers & scientists — engineering, medicine, pharmacy, materials, environmental science.
- Atomic structure, bonding & reactions
- Kinetics, equilibrium & thermodynamics
- Acids/bases & lab reasoning
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AP Computer Science A
For future builders — software, AI/ML, computer science, engineering & data.
- Real Java programming from scratch
- Objects, classes, arrays & ArrayLists
- Inheritance, recursion & AP FRQs
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AP Statistics
For data thinkers — data science, economics, business, social science & research.
- Exploring & visualizing data
- Probability & distributions
- Confidence intervals & hypothesis testing
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AP Calculus (AB)
For quantitative minds — engineering, physics, CS, economics & any STEM major.
- Limits, continuity & derivatives
- Applications & optimization
- Integration & the Fundamental Theorem
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Not sure which?
Tell us the student's grade and goals and we'll recommend the right subject — no pressure.
Talk to an Advisor →
What students gain
More than a head start
This isn't cram-style test prep. It's a confidence-building bridge that teaches students to think like scientists, mathematicians and engineers before the AP course even begins.
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A real head start
Walk into your AP class already familiar with the major units — so the school year feels like review, not a scramble.
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Reasoning that scores
Read data, solve problems, and answer AP-style free-response questions with the structure that actually earns points.
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The bigger picture
See how AP coursework connects to real research and careers — in medicine, engineering, data science and technology.
The 6-week plan
10 live sessions, mapped to the AP units
Ten live 90-minute sessions (15 hours), plus 4–6 hours of guided AP-style practice. Broad, high-level coverage of the major units — a preview built for confidence, not a full-year replacement. Pick a subject:
01
Course overview, chemistry of life & biomoleculesDiagnostic of the major AP themes; carbohydrates, lipids, proteins, nucleic acids.
02
Cell structure, organelles, membranes & transportHow cells are built and how things move across the membrane.
03
Enzymes, photosynthesis & cellular respirationEnergetics — the engine behind every living thing.
04
Cell communication & the cell cycleSignaling, feedback, mitosis and what goes wrong in cancer.
05
Heredity, meiosis & inheritance patternsMendelian genetics and the rules of inheritance.
06
DNA, RNA, protein synthesis & gene regulationThe central dogma, gene expression, biotech & CRISPR.
07
Evolution & natural selectionPopulation genetics, evidence and mechanisms of evolution.
08
Ecology, populations, ecosystems & energy flowHow organisms interact and energy moves through systems.
09
Data analysis & experimental designGraphs, variables, controls and AP-style FRQ reasoning.
10
Research connections + final reviewReal biomedical research topics, AP-style practice, and an optional 1-page research brief.
01
Course overview, atomic structure & periodic trendsDiagnostic of the major AP themes; atoms, ions, the periodic table.
02
Bonding, Lewis structures & molecular geometryHow atoms join and what shape they make.
03
Intermolecular forces, substances & mixturesWhy materials behave the way they do.
04
Moles, stoichiometry & chemical reactionsThe math of chemistry — the skill AP leans on most.
05
Kinetics & reaction ratesWhat makes reactions fast or slow.
06
ThermochemistryEnergy, enthalpy and heat in chemical change.
07
EquilibriumLe Châtelier's principle and balanced reversible reactions.
08
Acids, bases, buffers & titrationspH, neutralization and the AP titration curve.
09
Thermodynamics, electrochemistry & lab reasoningSpontaneity, batteries, and AP-style experimental thinking.
10
Research connections + final reviewReal chemistry research topics, AP-style practice, and an optional 1-page research brief.
01
Java foundations & your dev environmentVariables, primitive types, input/output; coding in the browser — no setup needed.
02
Using objects & the String classObjects, methods, the Math class, working with text.
03
Boolean expressions & if statementsConditional logic, comparison & logical operators, decision-making.
04
Iteration: for & while loopsRepetition, nested loops, loop patterns and tracing.
05
Writing your own classesConstructors, instance variables, methods, encapsulation.
06
ArraysStoring and processing collections; traversals and algorithms.
07
ArrayListsDynamic lists, adding/removing, common list algorithms.
08
2D arraysGrids and matrices, nested traversal patterns.
09
Inheritance & polymorphismSuperclasses, subclasses, overriding — thinking in objects.
10
Recursion + AP FRQ practice & mini-projectRecursive thinking, the AP free-response style, and a small build to keep.
01
What is statistics? Exploring one-variable dataDistributions, graphs (dotplots, histograms, boxplots), shape/center/spread.
02
Summary statistics & the normal distributionMean, SD, z-scores, the empirical rule and normal calculations.
03
Exploring two-variable dataScatterplots, correlation, least-squares regression and residuals.
04
Collecting data wellSampling methods, experiments vs. observational studies, bias.
05
Probability foundationsRules of probability, conditional probability, independence.
06
Random variables & probability distributionsExpected value, binomial and geometric distributions.
07
Sampling distributions & the CLTWhy sample means behave predictably — the heart of inference.
08
Confidence intervalsEstimating proportions and means with intervals.
09
Hypothesis testingSignificance tests for proportions and means; p-values.
10
Chi-square, regression inference + AP FRQ practiceCategorical & slope inference, and the AP free-response style.
01
Pre-calc readiness & limitsFunctions refresher, limits, one-sided limits, continuity.
02
The derivative: definition & meaningRates of change, the limit definition, interpreting the derivative.
03
Differentiation rulesPower, product, quotient and chain rules with practice.
04
Composite, implicit & inverse functionsDifferentiating tricky forms; related building blocks.
05
Contextual applications of derivativesMotion, rates, related rates and real-world modeling.
06
Analytical applications & optimizationExtrema, curve sketching, the Mean Value Theorem, optimization.
07
Integration & accumulationAntiderivatives, Riemann sums, the Fundamental Theorem of Calculus.
08
Integration techniques & differential equationsu-substitution, slope fields, separable equations.
09
Applications of integrationArea between curves, volumes, average value.
10
AP-style practice & final reviewFree-response & multiple-choice strategy across the whole course.
Let's be clear about what this is
A bridge — not a cram course.
This is not a full-year AP class or a score-guarantee test-prep program. It's a focused summer bridge that previews the major AP units, builds reasoning skills, and shows students how the subject is actually used — so they start the year with momentum and confidence.
Preview, then masterWe cover the major units at a high level so the school-year course feels familiar — not a first encounter.
Reasoning over memorizingAP rewards students who can interpret, solve and argue from evidence. That's what we drill.
Taught by top mentorsGraduate & postgraduate students from Ivy League and top universities who use these skills in real work.
What students leave with
Confidence now, a pathway forward
Whether you're prepping for AP or simply want the STEM foundation to begin original research, the Bridge is your on-ramp — and the first step toward working 1:1 with a PhD research mentor.
FoundationA real head start
Familiarity with the major AP units and AP-style reasoning before day one of the school-year course.
SkillsSTEM thinking
Problem-solving, data & quantitative reasoning, and free-response strategy that carry through all of high-school STEM.
NextA path into original research
Whether or not you take AP at school, the Bridge builds the foundation to move into Research Ignited's 1:1 PhD research mentorship — and produce an original, potentially publishable project.
Tuition
Two ways to join
Same 6-week curriculum and the same expert mentors for every subject — choose the small-group cohort or one-on-one private instruction.
Small group
$999 / student
2–6 students · the most popular way to join
- 15 hours of live instruction (10 × 90 min)
- 4–6 hours of guided AP-style practice
- Small live cohort — real discussion & feedback
- Ivy League / top-university grad & postgrad mentor
- Any of the five AP subjects
- A pathway into 1:1 Research Mentorship
Private 1:1
$1,499 / student
One-on-one · fully personalized pace & schedule
- Everything in the small-group program
- Sessions scheduled around your calendar
- 100% of attention on your student
- Pace & focus tailored to their goals
Questions parents ask
Good to know
Which subjects can my student take?+
Five: AP Biology, AP Chemistry, AP Computer Science A, AP Statistics, and AP Calculus (AB). Each runs as its own small-group cohort with the same 6-week format and tuition. Students typically take one subject per summer.
Is this AP test prep?+
Not in the cram-for-the-exam sense. It's a summer bridge: students preview the major AP units, build reasoning skills, and gain confidence before the school-year course begins. We don't make score guarantees — we make students ready and confident.
Is the Computer Science course Java (CS A) or CS Principles?+
It's AP Computer Science A — real Java programming. Students write actual code from the first session (in a browser-based environment, nothing to install), covering objects, classes, arrays, inheritance and recursion.
Is Calculus AB or BC?+
The Bridge focuses on AP Calculus AB — the core foundation most students need (limits, derivatives, integrals and their applications). If your student is heading into BC, ask us and we'll advise on the best fit, including private 1:1.
What's the schedule?+
Six weeks, two live 90-minute sessions per week on weekday evenings — 10 sessions and 15 live hours total — plus 4–6 hours of guided practice. Each subject runs on its own evening; exact dates/times are listed per subject in the cohorts section above. Prefer a different time or pace? The Private 1:1 option is fully flexible.
Who teaches it?+
Graduate and postgraduate students (Master's & PhD level) from Ivy League and top universities, with strong backgrounds in the subject they teach — the same caliber of mentors behind our research programs.
My school doesn't offer AP — or I just want to get ahead. Is this still for me?+
Yes. You don't need to be enrolled in AP to join. Many students use the Bridge to build a strong foundation before the course — or simply to get ahead in a STEM subject and explore where it leads, including original research with a PhD mentor.
Where does this lead?+
Beyond a strong start in AP, students who want to go further can continue into Research Ignited's 1:1 Research Mentorship, working with a PhD-level mentor on an original project — sometimes toward journal publication.
Start the school year already ahead
Give your student a confident, curious start in AP Biology, Chemistry, Computer Science, Statistics or Calculus this summer — and a glimpse of where STEM can take them. Small cohorts; seats are limited.
Choose your subject →