AI that studies your course, then grades like your lecturer.

STUD turns your lectures, PDFs, solved examples, and past exams into a private study system: precise answers with sources, exact grading feedback, and the next fix before exam week.

STUD verification engine Course-grounded report
Physics 1 Exam week
Grounded answer 3 sources

Current vs. voltage?

Voltage is electric potential difference. Current is the flow of charge through a conductor.

Lecture 10 Exam A solution Course summary
Lecturer-style grading 92 / 100
92
Method 34/36 Formula use 28/30 Final answer 30/34

Course intelligence, not generic AI.

STUD is built around the exact material, exam style, and grading logic of each course. It does not guess from the internet. It reasons from what you uploaded and shows the proof.

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Lecturer alignment Exam readiness Unreliable Ready Generic chat PDF folder Past exams STUD

Why does current split at a junction?

Charge is conserved, so the current entering a node must equal the current leaving it. In your lecturer's notation:

Σ Iin = Σ Iout
Lecture 10: Kirchhoff laws Exam A 2026 solution Course summary: circuits

Ask questions that stay inside the course.

STUD answers with citations from lectures, summaries, and solved exams, then flags when the uploaded material is not enough to answer precisely.

Grade solved tests in your lecturer's style.

Upload your solution and STUD compares method, notation, formula use, and final answer against the grading patterns of the course.

Turn weak spots into the next exact action.

The system watches your materials, questions, test scores, and deadlines, then builds a short practice path before the exam gets close.

A private study pipeline from material to mastery.

Every upload becomes part of one connected system: lectures, notes, solved tests, questions, rubrics, and readiness. The output is not a dashboard; it is the next move.

Course memory
Lectures
PDFs
Solved tests
Verified course model
Answer source cited
Grade rubric matched
Plan weak spot fixed

Interactive visuals for dense course material.

STUD rebuilds lectures as precise diagrams you can manipulate: circuits, proofs, mechanisms, algorithms, and exam walkthroughs.

Digital logic Physics systems Linear algebra Chemistry mechanisms
Generated specialty illustration Digital systems · Full adder
Interactive
One-bit full adder Toggle inputs to watch the circuit update.
Sum = A xor B xor Cin Cout = AB + Cin(A xor B)
XOR XOR AND AND OR A B Cin Sum Carry Out 0 0
01

Circuit diagrams

Gates, signals, and walkthroughs.

02

Mechanics systems

Forces, motion, and energy as visual systems.

03

Proof maps

Definitions and dependencies as reasoning graphs.

04

Exam solutions

Step diagrams that show where points are earned.

"I stopped asking generic AI and started studying from the exact material my lecturer uses."

Beta student, exam week

From scattered files to exam-ready actions.

01

Import

Lectures, PDFs, notes, syllabi, and assignments.

02

Ground

Every answer tied back to the exact course source.

03

Grade

Lecturer-style feedback on solved tests and answers.

04

Practice

Review cards and quizzes matched to your weak spots.

Get grounded answers and exact grading before your next exam.

Join the STUD private beta for course-grounded AI, lecturer-style grading, and a study plan that updates as you upload material.

Built for small university cohorts. We will prioritize active exam courses.