How to Start Preparing for PGT Physics Exam in the Next 60 Days

Sixty days to prepare for the PGT Physics exam is a short runway for a subject that spans mechanics, electromagnetism, quantum theory, and everything in between at a postgraduate level.

But a short timeline isn't the same as an impossible one. What decides whether you clear PGT Physics in 60 days isn't how many hours you put in, it's whether those hours are spent on the right topics, in the right order, with enough practice built in.

This blog lays out a practical, phase-wise 60-day plan built around what the PGT Physics exam actually tests, so your limited time goes toward what actually moves your score, not scattered, unfocused revision.

Step 1: Know Exactly What PGT Physics Tests

PGT (Post Graduate Teacher) Physics exams, whether conducted by state boards, KVS, NVS, DSSSB, or other recruiting bodies, generally test candidates well beyond Class 12 level. Expect questions rooted in undergraduate and sometimes early postgraduate Physics, along with a pedagogy section on teaching methodology.

Broadly, the paper structure includes:

• Classical Mechanics: Newtonian mechanics, Lagrangian and Hamiltonian formulations, rigid body dynamics

• Electromagnetism: electrostatics, magnetostatics, Maxwell's equations, electromagnetic waves

• Quantum Mechanics: wave functions, Schrodinger equation, angular momentum, atomic structure

• Thermodynamics and Statistical Mechanics: laws of thermodynamics, kinetic theory, statistical distributions

• Optics and Waves: wave optics, interference, diffraction, polarization

• Solid State Physics and Electronics: crystal structure, semiconductors, basic circuit theory

• Nuclear and Particle Physics: nuclear models, radioactivity, fundamental particles

• Mathematical Physics: vector calculus, differential equations, special functions

• Pedagogy of Physics Teaching: teaching methods, curriculum design, evaluation and assessment techniques

• General Knowledge and Reasoning (varies by exam body)

Action for Day 1: Pull the official syllabus and the last 3 to 5 years of question papers for the specific exam you're targeting (state PGT, KVS, DSSSB, etc). Mark which topics repeat most often. PGT Physics papers tend to be fairly predictable year to year in terms of weightage, and knowing this early will shape your entire 60-day plan.

Step 2: Split Your 60 Days Into Three Phases

Trying to cover the entire graduation-level Physics syllabus with equal depth in 60 days isn't realistic. Instead, work in phases with clearly different goals.

Phase 1 (Days 1-25): Core Concept Building

This phase is about rebuilding strong fundamentals across all major branches of Physics, at a level suitable for postgraduate-level questions.

• Rotate between Mechanics, Electromagnetism, Quantum Mechanics, and the remaining branches daily rather than finishing one before starting another

• Use standard graduation-level textbooks for depth, but keep NCERT handy for quick concept refreshers, especially for building intuition before tackling harder derivations

• Make short, formula-heavy notes as you study rather than long paragraphs you won't revisit

• Solve chapter-end and previous year numericals as soon as a topic is done, Physics rewards problem-solving practice far more than passive reading

Phase 2 (Days 26-45): Practice, Mock Tests, and Weak Area Repair

By this stage, you should have a working sense of which topics and problem types trip you up. Shift focus from learning to applying that knowledge under exam conditions.

• Join a structured test series and attempt at least two full-length mocks per week

• Go through every mock test question by question, not just checking your score

• Keep an ongoing "error log" of formulas, derivations, or numerical types you repeatedly get wrong

• Revise pedagogy through previous year and practice questions rather than only reading theory, since this section is largely scenario and application-based

Phase 3 (Days 46-60): Revision, Speed, and Final Simulation

No new topics in this phase. This is purely about consolidation and exam-day readiness.

• Revise strictly from your own notes and error log, not full textbooks

• Take 5-6 full-length mocks under strict timed, exam-like conditions

• Focus on speed for numerical-heavy sections like mechanics and electromagnetism, which are common time-drains

• Do a final formula sheet revision in the last 3-4 days only

Step 3: A Daily Schedule That's Sustainable

Sixty days of intense, unstructured studying often leads to burnout by week three. A steady, repeatable daily routine works better than irregular long sessions:

• Morning (2-3 hours): New concept study, rotating across Mechanics, Electromagnetism, and Quantum Mechanics

• Afternoon (1-2 hours): Numerical practice on that day's topics

• Evening (1 hour): Pedagogy and General Knowledge

• Night (30-45 minutes): Quick revision of notes and updating your error log

Five to six focused hours daily, done consistently for 60 days, will outperform inconsistent long study marathons every time.

Step 4: Branch-Wise Priorities for the 60-Day Window

Classical Mechanics

• Newton's laws, work-energy theorem, and conservation principles

• Lagrangian and Hamiltonian mechanics (frequently tested at PGT level)

• Rigid body dynamics and rotational motion

• Practice derivations alongside numericals, not just one or the other

Electromagnetism

• Electrostatics and Gauss's law

• Magnetostatics and Ampere's law

• Maxwell's equations and electromagnetic wave propagation

• This branch is numerical-heavy, prioritize regular problem practice

Quantum Mechanics

• Wave-particle duality and the Schrodinger equation

• Angular momentum and spin

• Atomic structure and quantum numbers

• Conceptual clarity matters here as much as calculation, many questions test understanding over computation

Thermodynamics and Statistical Mechanics

• Laws of thermodynamics and entropy

• Kinetic theory of gases

• Basic statistical distributions (Maxwell-Boltzmann, Bose-Einstein, Fermi-Dirac at a conceptual level)

Optics, Solid State, and Nuclear Physics

• Wave optics: interference, diffraction, polarization

• Semiconductor basics and simple circuit theory

• Nuclear models, radioactivity, and basic particle physics

• These sections are often high-scoring if prepared with focused, targeted revision rather than deep-diving into every sub-topic

Step 5: Don't Prepare Alone, Use Structured Guidance

A common mistake in short preparation windows is spending too much time deciding what to study instead of actually studying it. Structured guidance, in the form of live classes, curated notes, and a proper test series, removes that guesswork and lets you focus purely on execution.

This is where a dedicated coaching platform like The Rasayanam can help. Built specifically for teaching and science competitive exam aspirants preparing for PGT, TGT, LT Grade, KVS, NVS, DSSSB, and STET, the platform offers live and recorded classes, practice batches, test series, and doubt support designed to keep your preparation structured and on track, rather than scattered across random sources.

Instead of piecing together content from multiple places across your 60 days, a single structured batch with performance tracking lets you spend your time solving problems and closing gaps, not searching for what to study next.

Step 6: Mock Tests Are Not Optional

PGT Physics papers are dense and time-pressured, especially in sections involving derivations and multi-step numericals. Even candidates with strong subject knowledge often underperform simply because they've never practiced solving 100+ questions within a strict time limit.

From Day 26 onward, treat every mock test like the real exam:

• Attempt them at the same time of day as your likely exam slot

• No pausing, no distractions, no looking up formulas mid-test

• Review immediately after, while the questions are still fresh in memory

Step 7: Protect Your Mental Bandwidth

A 60-day sprint through postgraduate-level Physics content is demanding, both conceptually and mathematically. Planning for rest isn't optional, it's part of the strategy.

• Take one half-day off each week, fully off, no guilt

• Sleep 6-7 hours minimum, tired revision doesn't stick, especially for derivation-heavy topics

• Avoid comparing your pace to others online, everyone's starting point differs

• Track small wins, a cleared topic, an improved mock score, rather than fixating only on the exam date

A Sample 60-Day Snapshot

Download the Rasayanam App

To access live classes, recorded lectures, test series, and study material on the go, download coaching institutes for teaching exams, The Rasayanam app. It's available on the Google Play Store for Android users, and iOS users can access it through the Classplus app. With the app, you can attend live sessions, revisit recorded classes, take mock tests, track your performance, and clear doubts directly from your phone, making it easier to stay consistent throughout your 60-day preparation window.

You can also check out demo classes and batch updates on their YouTube channel @therasayanam, or reach out directly at +91-8285162819 / therasayanam@gmail.com to check current course offerings and get guidance on your preparation.

Final Word

Sixty days is enough time to give yourself a genuine shot at clearing the PGT Physics exam, provided you treat it as a focused sprint rather than an open-ended study period. Prioritize depth over breadth in your first pass, practice numericals relentlessly instead of only reading theory, and let mock tests drive your final revision.

Sixty days, one clear plan, consistent execution, that's what it takes to walk into the PGT Physics exam prepared and confident.