Rubric-aligned AI evaluation

India's academic
AI infrastructure.

Evaluate. Improve.

From answer sheet upload to student-level insights in minutes. Evaluation, analytics, remediation — all automated.

Book a free demo View pricing

Already a customer? Sign in here →

99% grading accuracy

100× faster than manual

12+ Indian languages

GenEval — Physics Batch · 35 papers

AI evaluating…0/5 done

StudentStatusScorePctGrade

Arjun Sharma

PHY-001

Queued

—

—

Priya Verma

PHY-002

Queued

—

—

Rahul Singh

PHY-003

Queued

—

—

Meera Patel

PHY-004

Queued

—

—

Karan Mehta

PHY-005

Queued

—

—

71%

Avg

80%

Pass

3.8 min

Time

Ready

Report

AI-native evaluation engineZero evaluator biasMultilingual by designBloom's Taxonomy alignedPartial credit, automatedAnnotated PDF per studentPrivacy-first architectureReal-time analytics dashboardSetup in under 24 hours100× faster than manualRubric-level accuracyClosed-loop learning systemAI-native evaluation engineZero evaluator biasMultilingual by designBloom's Taxonomy alignedPartial credit, automatedAnnotated PDF per studentPrivacy-first architectureReal-time analytics dashboardSetup in under 24 hours100× faster than manualRubric-level accuracyClosed-loop learning system

Annotated PDF

Every student gets
a marked-up copy
with AI feedback.

Watch the AI read each answer, apply the rubric, assign partial credit, and write personalised feedback — then export a fully annotated PDF for the student.

Score annotations on each answer

Partial credit with explanation

Per-question AI feedback

Downloadable annotated PDF export

Batch export for entire class

Physics — Class XII · Roll No: 2026-042

Answer sheet · Scanned PDF · 8 pages

Q1. State Newton's Third Law of Motion and give a real-life example. (10 marks)

Every action has an equal and opposite reaction. Example: When we push a wall, the wall pushes us back with the same force in the opposite direction.

Q2. Derive the expression for kinetic energy from work-energy theorem. (15 marks)

Work done = Force × Displacement. W = F·s = ma·s. Using v² = u² + 2as → s = (v²-u²)/2a. Therefore W = ma·(v²-u²)/2a = ½m(v²-u²). If u=0, KE = ½mv².

Q3. What is the significance of coefficient of friction? Derive its expression. (10 marks)

Coefficient of friction is ratio of friction force to normal force. μ = F/N. Higher μ means more friction between surfaces.

Multilingual support

Your students write in their own script.
We read every one.

GenEval evaluates handwritten answers across 12 Indian languages and English — the same rubric, the same precision, applied to every script.

English

हिन्दीHindi

বাংলাBengali

தமிழ்Tamil

తెలుగుTelugu

मराठीMarathi

ગુજરાતીGujarati

ಕನ್ನಡKannada

മലയാളംMalayalam

ਪੰਜਾਬੀPunjabi

اردوUrdu

ଓଡ଼ିଆOdia

অসমীয়াAssamese

More regional scripts are added as we validate them.

GenTutor

Remedial · Physics · Electrostatics

Week 1Week 2Week 3 ●Week 4Week 5

Your score in Electrostatics was 31/75. The main gap is Gauss's Law application. Let me explain it.

Gauss's Law: ∮E·dA = Q_enc/ε₀. Choose a surface where E is constant. For a sphere of radius r: E × 4πr² = Q/ε₀ → E = Q/(4πε₀r²).

Why do we choose that particular surface?

Symmetry. If the charge distribution has spherical symmetry, E is identical at every point on the sphere — so it factors out of the integral cleanly.

Ask a question about the topic…

GenTutor

✦ AI-Powered

Every weak student
gets a personal tutor.
Automatically.

After evaluation, GenTutor builds a week-by-week remedial course from your own curriculum PDFs — with three AI tutoring modes adapting to each student.

Three modes: Explain, Socratic, Simplify

Grounded in your curriculum PDFs, not the internet

Adaptive quizzes generated from weak topics

Session recap emails sent automatically

Voice mode (TTS) for immersive learning

Explore GenTutor

Connected workflow