Drop in a chapter, a lecture PDF, or the FE handbook. Get formula cards with units, derivation clozes, and worked-example cards before your coffee goes cold.
Most flashcard apps were built for vocab and history dates. Engineering is not that. You have to know Bernoulli's equation exists, sure, but you also need to know when it applies, what assumptions you just made, and how to rearrange it for the variable the problem is actually asking about. A card that says "Bernoulli's equation = ..." on the back is useless under exam pressure.
I built StudyCards AI partly because I watched friends in mechanical and EE waste their best study hours typing LaTeX into Anki. The cards they ended up with were thin. What an engineering student actually needs is a small mix of card types:
The AI generator produces all four when you upload lecture notes, a textbook chapter, or your professor's slide deck. You spend the time saved on actual problem sets.
Calculators I wish I'd had during sophomore year: FE prep, semester planning, and retention math.
How many real hours a week do thermo, dynamics, and signals need if you want the GPA you're aiming for? This works it out.
What grades do you need in your remaining courses to clear cum laude, a grad-school cutoff, or that 3.5 filter on co-op apps? Run the math.
Plug in your test date and get a weekly plan back, with topic coverage milestones so you don't reach Week 8 and realize you haven't touched ethics.
Review intervals tuned for circuits, statics, and dynamics so the formulas you learned in week 3 are still there at the final.
Paste a lecture transcript or a PDF chapter. Out come formula cards, concept cards, and clozes. No retyping.
Model the forgetting curve for derivations. You'll know exactly when a re-review is due before each midterm, not just "soon".
Longer reads on formula recall, derivations, and getting through FE prep without burning out.
A card layout for thermo, fluids, and circuits that keeps units and assumptions attached to the formula instead of floating away.
Five tools I actually tested on derivations and problem sets, with the parts where each one falls over.
A full pipeline: lecture, then notes, then flashcards, then problem sets. Which tool earns its keep at each step.
The pattern (not the brute-force grid) that makes trig values fall out automatically in calc, dynamics, and signals.
Why your midterm derivations evaporate by finals week, and the review schedule that keeps them around.
A heat-transfer or signals chapter into a clean card deck in under ten minutes. Step-by-step, with the prompts that work.
"I uploaded the FE reference handbook and got back ~600 formula cards with units and ranges already on them. I reviewed for 30 minutes a day for 8 weeks and passed first try."
"Signals broke me sophomore year. I retook it with AI-generated cloze cards on every derivation, convolution, Fourier, z-transform. I could finally see the patterns instead of staring at LaTeX."
Upload a chapter, a lecture, or the FE handbook. Cards are ready before you've finished your first coffee.
They work, but only as the recall layer. If you have to derive Bernoulli or look up the units on a heat transfer coefficient mid-problem, you've already lost five minutes you needed for the actual question. Cards handle the lookup. Problem sets train the application. You need both.
Cloze deletions, one step at a time. The card hides step 4 of a derivation and asks you to fill it in. Then the next card hides step 5. You end up rebuilding the logic instead of pattern-matching to a result. StudyCards will split a derivation into roughly 6 to 10 cloze cards for you.
Upload the official FE Reference Handbook and let it generate cards by topic (math, statics, dynamics, ethics, and so on). Thirty to forty-five minutes a day for eight to twelve weeks. Run NCEES practice problems alongside the cards. The cards alone aren't enough; the cards plus practice problems is what passed it for most of the people I've talked to.
Yes. It pulls out LaTeX and math notation from textbook scans and lecture PDFs, keeps your units and Greek symbols intact, and picks the card type that fits: formulas get formula cards, derivations get clozes, examples get problem cards. It's not perfect on hand-drawn diagrams (still working on that), but for typeset engineering material it holds up.
Use both. Anki's scheduling algorithm is still the best around, no argument from me. The problem is building the deck, which is the part engineering students give up on. StudyCards generates the cards from your materials and exports them straight into Anki. Algorithm stays, typing goes away.