The work looks different at every stage. Here's what I actually do at each
one, so you can tell whether it's what you need.
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Grades 9–10
Fixing the foundation while it's still cheap to fix
Almost every student who falls apart in eleventh grade does it because of something
they never quite got in ninth. Algebra I and II, geometry, first-year physics and
chemistry — this is the stage where a gap costs a week to close instead of a year.
- Find and close the gaps carried up from middle school
- Build study habits that will survive AP and IB coursework
- Learn to actually read a textbook, which nobody is ever taught
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Grades 11–12
The years that end up on the transcript
Calculus, AP Physics, AP Chemistry, micro and macro — usually several at once, usually
alongside test dates and applications. Most of what I do here is triage: working out
what needs deep understanding and what only needs to be survived.
- Coursework and exam prep planned together, not fighting each other
- Problem-solving you can transfer, rather than memorized worked examples
- Honest reads on where you stand with enough time left to change it
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AP & IB
Exams with their own rules
AP and IB don't just test whether you know the material — they test whether you can
present it the way the rubric expects. Plenty of students who understand the physics
lose the points in the free response.
- Free-response structure and what earns each rubric point
- Past papers under real timing, then a proper post-mortem
- IB internal assessments and the write-up they're actually graded on
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SAT & ACT
A score target with a date attached
We start with a full diagnostic, because "I'm bad at the math section" is rarely the
real problem — it's usually two or three specific question types and running out of
time. Then we work backwards from your test date.
- Diagnostic first, so we're fixing what's actually wrong
- Timing and pacing, which costs more points than content for most students
- Full-length practice under real conditions, reviewed question by question
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University
Undergraduate STEM, economics and policy
I'm a university student myself, so I'm working through these courses now rather than
remembering them from years ago. That means I know what current problem sets and
lecture notes look like, not what they looked like a decade back.
- Problem sets, midterms and finals in calculus, physics, chemistry and economics
- Research and technical writing, including how to structure an argument
- Going into office hours knowing which question to ask
Younger than ninth grade, or a subject that isn't on my list?
Ask me anyway. If I'm not the right person I'll say so on the first call and try to point you
toward someone who is — that's the whole point of the free consultation.