● Admissions open · Starting 16 November 2026

60 Days JEE Main 2027 Workshop

Intensive JEE Main crash-course preparation in Physics, Chemistry and Mathematics—structured NCERT-aligned concepts, previous-year questions (PYQs), new JEE-standard practice sets and personal feedback. Join a live online batch from anywhere in the world or enquire for in-person learning in Kolkata. Maximum 10 learners per group.

45 weekday teaching sessions8 Saturday FFTs + 8 Sunday FSTsTwo live daily batchesFinal rapid revision

Request a seat / enrol now Explore detailed daily plan WhatsApp counselling

IGNESCENT GURUKUL60 DAYS
JEE MAIN
2027Physics · Chemistry · MathematicsSerious preparation. Real practice. Ignescent Gurukul 60 Days JEE Main 2027 Workshop, starts 16 November 2026, online and offline Physics Chemistry Mathematics coaching

Ignescent Gurukul 60 Days JEE Main 2027 Workshop, starts 16 November 2026, online and offline Physics Chemistry Mathematics coaching

16 Nov ’26Both batches begin

₹41,000Three-subject workshop fee

10 max.Students per learning group

75 QPaper 1-style FFT/FST mocks

Two carefully planned batches

JEE Main 2027 day batch and evening batch timetable

Same 2027 syllabus, teaching process and Saturday/Sunday test plan in both groups. All times are Indian Standard Time (IST, UTC+5:30); overseas students should convert from their local timezone before selecting a batch.

Batch 1 · Day

MON–FRI

9:00 am – 3:30 pm

Six hours of subject teaching plus two 15-minute transitions.

9:00–11:00 amChemistry: concepts, examples, PYQs

11:15 am–1:15 pmPhysics: concepts, numericals, PYQs

1:30–3:30 pmMathematics: methods, drills, PYQs

Batch 2 · Evening

MON–FRI

5:30 pm – 12:00 midnight

A structured evening-to-midnight batch for serious JEE aspirants.

5:30–7:30 pmMathematics: methods, drills, PYQs

7:45–9:45 pmChemistry: concepts, examples, PYQs

10:00 pm–12:00 amPhysics: concepts, numericals, PYQs

Our daily learning cycle

Understand → solve PYQs → practise new questions → test → correct

The fast-paced 60 Days JEE Main course follows NCERT Class 11 to Class 12 topic progression, filtered to the official JEE Main 2027 Paper 1 syllabus. No rote teaching-only days: every session ends with independent practice and feedback.

Previous-day report and diagnostics

Review each learner’s CBP/CBT results, accuracy, recurring conceptual errors, time usage and doubts before moving to the next topic.

Concept overview and guided examples

Explain the chapter’s central definitions, diagrams, laws, formulae, exceptions and worked numerical or conceptual examples.

Previous-year questions

Work through JEE Main PYQs, analyse examiner-tested ideas and compare efficient solving methods rather than memorising answers.

Expected question patterns

Practise possible application patterns aligned to the notified syllabus and recent exam style; expected questions are forecasts, not exam leaks.

75-question daily CBP

Receive a fresh Concept-Based Paper (CBP) for independent practice, combining the day’s three subjects.

Online CBT and feedback

Attempt an online Concept-Based Test (CBT); use the score and error report to determine the next day’s remediation. This is the institute’s CBT terminology, separate from NTA’s computer-based exam.

This is an accelerated, problem-solving workshop. It is especially suitable for Class 12 students, repeaters/droppers and aspirants who have already encountered a substantial portion of the 11–12 foundation; students starting from zero should discuss feasibility during counselling.

IGTS · Exam realism + feedback

JEE Main mock tests 2027: FFT, FST, CBP and online CBT

Freshly prepared, non-recycled questions written to reflect the official 2027 JEE Main Paper 1 syllabus, question mix and expected level. Each 75-question FFT/FST follows the official 20 MCQ + 5 numerical per subject pattern as closely as practicable.

Scheduled FFTs

Every Saturday, 21 November–9 January, focused on the preceding week’s taught topics; 75 questions per paper.

Scheduled FSTs

Every Sunday, 22 November–10 January, full-syllabus JEE Main-style 75-question tests.

30 + 30

Optional full mock-series package

Thirty FFT papers plus thirty FST papers = 60 unique mock tests in the separate ₹12,000 test-only package.

Daily CBP questions

Concept-Based Paper for daily practice, followed by an online concept-based assessment and teacher feedback.

Exact dates · 16 November 2026 – 15 January 2027

Complete 61-day date-wise JEE Main teaching and mock-test calendar

45 detailed Monday–Friday chapter sets and 16 weekend assessments, arranged by the actual 2026–27 calendar. Each teaching day includes Physics, Chemistry and Mathematics in the batch-specific time slots above, plus CBP and online CBT. Tap a week to expand its schedule.

WEEK 0116 Nov – 22 Nov 20267 dated sessions

Week 1 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 16 Nov 2026	Units & measurements: SI units, dimensions, least count, significant figures, error analysis	Some Basic Concepts of Chemistry: matter, atomic/molecular masses, mole calculations	Sets; Relations & Functions: sets, power sets, union, intersection, equivalence relations
Tue 17 Nov 2026	Straight-line motion: reference frames, speed/velocity, x–t and v–t graphs	Mole concept II: empirical/molecular formula, percentage composition, stoichiometry	Relations & Functions II: one-one/onto/into, composition, inverses and graphs
Wed 18 Nov 2026	Motion in plane: vectors, projectile motion, relative velocity, uniform circular motion	Atomic Structure I: electromagnetic radiation, Bohr model, hydrogen spectrum	Functions III: domain/range, polynomial/rational/trig/log/exp functions
Thu 19 Nov 2026	Newton’s laws: force, inertia, momentum, impulse and equilibrium	Atomic Structure II: quantum numbers, s/p/d orbitals, configurations, Aufbau/Pauli/Hund	Trigonometry I: identities, graphs and trigonometric equations within syllabus
Fri 20 Nov 2026	Friction and circular dynamics: static/kinetic friction, banking, centripetal force	Classification of Elements: periodic law, ionization, atomic/ionic radii, trends	Trigonometry II: inverse trig functions, domains, ranges and identities
Sat 21 Nov 2026	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 22 Nov 2026	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0223 Nov – 29 Nov 20267 dated sessions

Week 2 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 23 Nov 2026	Work, energy & power I: conservative forces, variable-force work, kinetic/potential energy	Chemical Bonding I: ionic/covalent bonds, lattice enthalpy, Lewis structures, VSEPR	Complex Numbers I: Argand plane, modulus, argument, operations
Tue 24 Nov 2026	Work, energy & power II: springs, vertical circles, 1D/2D collisions	Chemical Bonding II: hybridisation, resonance, molecular orbital theory, H-bonds	Complex Numbers II: quadratic equations, nature of roots, roots–coefficients
Wed 25 Nov 2026	Rotational motion I: centre of mass, torque, angular momentum, conservation	Chemical Thermodynamics I: first law, enthalpy, calorimetry, Hess’s law	Permutations & Combinations: counting principles, nPr, nCr
Thu 26 Nov 2026	Rotational motion II: MOI, axes theorems, rigid-body equilibrium, equations	Chemical Thermodynamics II: entropy, spontaneity, Gibbs energy, equilibria	Binomial Theorem: general term, middle term, coefficients
Fri 27 Nov 2026	Gravitation I: Newton/Kepler laws, g vs depth/altitude, potentials	Equilibrium I: physical/chemical equilibrium, Kp, Kc, Le Châtelier	Sequence & Series I: AP, GP, arithmetic/geometric means
Sat 28 Nov 2026	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 29 Nov 2026	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0330 Nov – 06 Dec 20267 dated sessions

Week 3 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 30 Nov 2026	Gravitation II: satellites, orbital time and energy, escape speed	Equilibrium II: acids/bases, pH, buffers, salt hydrolysis, Ksp	Straight Lines I: coordinate basics, slope, section, distance, equations
Tue 01 Dec 2026	Properties of solids: Hooke, stress–strain, elastic moduli	Redox Reactions: oxidation numbers, balancing redox reactions	Straight Lines II: intersections, angle, centroid, orthocentre, circumcentre
Wed 02 Dec 2026	Properties of fluids: pressure, viscosity, Stokes, Bernoulli	Electrochemistry I: cells, electrode potentials, emf, Nernst	Circle: centre-radius equations, tangent/line-circle intersections
Thu 03 Dec 2026	Surface tension & heat: capillarity, calorimetry, thermal expansion, heat transfer	Electrochemistry II: conductance, Kohlrausch, fuel/lead cells	Conics I: parabola standard forms and key problems
Fri 04 Dec 2026	Thermodynamics: zeroth, first and second laws, isothermal/adiabatic, cycles	Chemical Kinetics I: rates, order, molecularity, zero-/first-order	Conics II: ellipse and hyperbola standard forms
Sat 05 Dec 2026	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 06 Dec 2026	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0407 Dec – 13 Dec 20267 dated sessions

Week 4 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 07 Dec 2026	Kinetic theory: ideal gas, RMS, mean free path, equipartition	Chemical Kinetics II: Arrhenius, activation energy, half-life, collision theory	Limits: limits of algebraic, trigonometric and exponential functions
Tue 08 Dec 2026	Oscillations: SHM, springs, energy, pendulum	Solutions I: molarity/molality, Raoult’s law, ideal/non-ideal	Continuity and Differentiability: continuity tests, differentiability
Wed 09 Dec 2026	Waves: progressive/standing waves, harmonics, beats, organ pipes	Solutions II: colligative properties, osmotic pressure, van’t Hoff	Differentiation: chain/implicit/log/inverse trig, second derivative
Thu 10 Dec 2026	Electrostatics I: charges, Coulomb’s law, fields, dipole, superposition	p-Block Elements I: Groups 13–15 trends and first-member behaviour	Applications of Derivatives: monotonicity, rate, maxima/minima
Fri 11 Dec 2026	Electrostatics II: electric flux, Gauss’s law, line/plane/shell	p-Block Elements II: Groups 16–18 trends and reactivity	Indefinite Integrals I: standard algebraic, trig, log and exponential integrals
Sat 12 Dec 2026	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 13 Dec 2026	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0514 Dec – 20 Dec 20267 dated sessions

Week 5 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 14 Dec 2026	Electrostatic potential & capacitance: dipoles, dielectrics, energy	d- and f-Block I: transition properties, oxidation, colour, catalysis	Indefinite Integrals II: substitution, parts, partial fractions, identities
Tue 15 Dec 2026	Current Electricity I: Ohm, drift velocity, resistivity and combinations	d- and f-Block II: KMnO4, K2Cr2O7, lanthanoids and actinoids	Definite Integrals: fundamental theorem, properties and evaluation
Wed 16 Dec 2026	Current Electricity II: emf/internal resistance, bridges, Kirchhoff	Coordination Compounds: ligands, nomenclature, isomerism, VBT/CFT	Area under Curves: standard simple bounded regions
Thu 17 Dec 2026	Magnetic effects I: Biot–Savart, Ampere, force on charges/currents	Purification/Characterisation: chromatography, distillation, elemental analysis	Differential Equations I: order, degree and variable separation
Fri 18 Dec 2026	Magnetic effects II: dipoles, galvanometer, magnetic material	GOC I: carbon tetravalency, naming, isomerism and functional groups	Differential Equations II: homogeneous and linear types
Sat 19 Dec 2026	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 20 Dec 2026	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0621 Dec – 27 Dec 20267 dated sessions

Week 6 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 21 Dec 2026	EMI: Faraday/Lenz laws, eddy currents, mutual/self inductance	GOC II: inductive/resonance/hyperconjugation, intermediates, reactions	Matrices: operations, types, transpose, adjoint and inverse
Tue 22 Dec 2026	Alternating currents: RMS, impedance, LCR resonance, transformer	Hydrocarbons I: alkanes/alkenes, conformations and mechanisms	Determinants: order 2/3, triangle areas, systems and consistency
Wed 23 Dec 2026	Electromagnetic Waves: displacement current, spectrum, applications	Hydrocarbons II: alkynes, benzene, aromatic substitution	Vectors I: scalar/vector components and linear combinations
Thu 24 Dec 2026	Ray Optics I: mirrors, refraction, lenses, TIR, prism	Halo Compounds: nucleophilic substitution, preparation, environmental effects	Vectors II: dot/cross products and 3D applications
Fri 25 Dec 2026	Ray Optics II: optical instruments and magnifying power	Alcohols, Phenols & Ethers: acidity, reactions, named transformations	3D Geometry I: D.R., D.C., angle and equation of line
Sat 26 Dec 2026	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 27 Dec 2026	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0728 Dec – 03 Jan 20277 dated sessions

Week 7 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 28 Dec 2026	Wave Optics: Huygens, interference, diffraction and polarization	Aldehydes & Ketones: carbonyl mechanism, aldol, Cannizzaro, haloform	3D Geometry II: skew lines and shortest distance
Tue 29 Dec 2026	Dual Nature: photoelectric effect, Einstein equation, de Broglie	Carboxylic Acids: acidic strength, preparation and uses	Statistics: mean, median, mode, variance and standard deviation
Wed 30 Dec 2026	Atoms: Rutherford, Bohr, spectrum, energy levels	Amines & Diazonium Salts: basicity, identification, synthetic uses	Probability I: addition/multiplication, conditional probability and Bayes
Thu 31 Dec 2026	Nuclei: masses, mass defect, binding energy, fission/fusion	Biomolecules I: carbohydrates, proteins, enzymes	Probability II: random variables and probability distribution
Fri 01 Jan 2027	Semiconductors I: diode, rectifier, LED, solar cell, photodiode	Biomolecules II: vitamins, nucleic acids, hormones	Mixed Algebra: sets, quadratics, permutations, binomial, series
Sat 02 Jan 2027	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 03 Jan 2027	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0804 Jan – 10 Jan 20277 dated sessions

Week 8 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 04 Jan 2027	Semiconductors II: Zener regulation and logic gates	Practical Chemistry I: extra-element & functional-group tests	Mixed Functions & Calculus: continuity, derivatives, AOD
Tue 05 Jan 2027	Experimental Skills I: vernier, screw gauge, pendulum, moments, elastic wire, capillarity	Practical Chemistry II: Mohr’s salt, potash alum, organic preparations	Coordinate Geometry Drill: straight line, circle, conics
Wed 06 Jan 2027	Experimental Skills II: viscosity, resonance tube, calorimetry, metre bridge, Ohm, galvanometer	Practical Chemistry III: titration; acid–base, oxalic/Mohr vs KMnO4; salts	Trigonometry & Complex Drill: identities, quadratics and inverse trig
Thu 07 Jan 2027	Experimental Skills III: parallax optics, prism, glass slab, diode/Zener graphs, component identification	Practical Chemistry IV: CuSO4/neutralisation enthalpy, sols, iodide kinetics	Statistics & Probability Drill: Bayes, distributions, dispersion
Fri 08 Jan 2027	Mechanics mixed set: dimensional checks, rotation, gravitation, collisions	Physical Chemistry Formula Clinic: mole, thermo, equilibrium, solutions	Vector–3D Mixed Set: lines, products, skew geometry
Sat 09 Jan 2027	FFT — 75-question test on the week’s taught material	JEE Main Paper 1-style subject distribution	Report card, topic corrections and targeted next-week plan
Sun 10 Jan 2027	FST — full-syllabus 75-question mock	Physics/Chemistry/Maths: full exam-format coverage	Timed paper, answer analysis and individual error log

WEEK 0911 Jan – 15 Jan 20275 dated sessions

Week 9 day-wise JEE Main coaching syllabus
Date	Physics / Saturday FFT / Sunday FST	Chemistry / test format	Mathematics / test focus
Mon 11 Jan 2027	Fluids/thermal/SHM mixed timed PYQs	Inorganic Chemistry Clinic: periodic, p-block, d-f, coordination	Integral & Differential Equation Drill: mixed timed problems
Tue 12 Jan 2027	Electricity and magnetism mixed PYQ analysis	Organic Chemistry Clinic I: mechanisms, hydrocarbons, halo and oxygen	Matrices, Determinants & Complex Numbers: mixed sets
Wed 13 Jan 2027	Optics, EM waves and modern physics application questions	Organic Chemistry Clinic II: carbonyls, amines, diazonium, biomolecules	Paper 1 Maths Strategy: time-boxed algebra/calculus/geometry
Thu 14 Jan 2027	Full Physics Paper 1 drill: experimental skills, calculations and error log	Chemistry exam-format mixed drill including practical chemistry	Full Mathematics Paper 1 drill: 25 exam-format questions
Fri 15 Jan 2027	Last teaching-day consolidation: formula book, most-missed PYQs, 2027 exam skills	Last teaching-day consolidation: NCERT lines, exceptions, frequent errors	Last teaching-day consolidation: speed, accuracy, formula sheet

Coverage sequence is a planned intensive teaching itinerary, not an NTA-mandated chapter order; lesson emphasis can be adjusted based on daily diagnostics without removing any official syllabus unit. Weekday classes finish on 15 January 2027.

16–21 January 2027

Intense rapid one-shot revision before the JEE Main exam

Four compulsory final revision days (16–19 January) and two optional doubt-support dates (20–21 January) only for candidates whose actual exam is later. The official JEE Main 2027 Session 1 examination starts on 20 January, so we do not schedule compulsory sessions over exam days.

Date	Physics	Chemistry	Mathematics
Sat 16 Jan 2027	Physics: Mechanics, fluid/thermal physics and SHM	Chemistry: Physical Chemistry complete 1-shot + formula audit	Mathematics: Algebra, functions, trigonometry and complex numbers
Sun 17 Jan 2027	Physics: Electrostatics, current electricity, magnetism	Chemistry: Inorganic Chemistry NCERT trends, coordination and practicals	Mathematics: Coordinate geometry, matrices and determinants
Mon 18 Jan 2027	Physics: Ray/wave optics, modern physics, semiconductors, experiments	Chemistry: Complete Organic Chemistry reaction map and mechanisms	Mathematics: Limits, calculus, differential equations and area
Tue 19 Jan 2027	Physics: high-frequency PYQs, formula mistakes, numerical strategy	Chemistry: high-frequency PYQs, NCERT exceptions and reasoning	Mathematics: vectors, 3D, probability/statistics; final timed error review
Wed 20 Jan 2027	Optional: light, individual review only if exam is on a later date	Optional: test-analysis support without conflict with allotted NTA exam	No mandatory session: JEE Main 2027 official exams start today
Thu 21 Jan 2027	Optional: personalised last-minute doubts for later-shift students	Optional: formula/reaction quick checks; avoid overloading	No mandatory session for students whose exam is today

2027 official Paper 1 syllabus

Complete JEE Main 2027 syllabus: Physics, Chemistry and Mathematics

All 54 syllabus units from the supplied 2027 document are covered here: 20 in Physics, 20 in Chemistry and 14 in Mathematics. Expand any unit for detailed listed topics. Practical Chemistry and experimental Physics are included—not omitted. The JEE Main B.Arch/B.Planning additional papers are separate from this B.E./B.Tech workshop.

Physics 20 official units

Unit 1Units and Measurements

SI/fundamental/derived units, least count, significant figures, measurement errors, physical dimensions and dimensional analysis.

Unit 2Kinematics

Frames of reference; 1D motion, speed, displacement, acceleration and x–t/v–t graphs; uniform acceleration and relative velocity; 2D motion, projectiles and uniform circular motion.

Unit 3Laws of Motion

Newton’s laws; inertia, force, momentum, impulse and conservation; concurrent-force equilibrium; static, kinetic and rolling friction; circular dynamics, level/banked roads.

Unit 4Work, Energy and Power

Constant/variable-force work, kinetic/potential energies, work–energy theorem and power; spring potential, conservative/non-conservative forces, conservation of energy, vertical circles and elastic/inelastic 1D/2D collisions.

Unit 5Rotational Motion

Centre of mass, torque, angular momentum and conservation; moment of inertia, radius of gyration, standard bodies and parallel/perpendicular axes; rigid-body equilibrium and rotational motion equations.

Unit 6Gravitation

Universal gravitation, g variation with depth/altitude, Kepler’s laws, gravitational field/potential energy/potential, escape speed and satellite motion/orbital speed/time/energy.

Unit 7Properties of Solids and Liquids

Elasticity, stress/strain, Hooke and elastic moduli; fluid column pressure, Pascal, viscosity, Stokes and terminal velocity; laminar/turbulent flow, Bernoulli; surface energy/tension/contact angle/capillarity; calorimetry, latent heat, expansion and heat transfer.

Unit 8Thermodynamics

Temperature and thermal equilibrium, zeroth/first/second laws, heat/work/internal energy, isothermal/adiabatic processes and reversibility.

Unit 9Kinetic Theory of Gases

Ideal gas law and compression work; molecular assumptions, kinetic pressure/temp, RMS, degrees of freedom, equipartition, specific heats, mean free path and Avogadro constant.

Unit 10Oscillations and Waves

Periodic motion, time period/frequency/phase; SHM equations, spring force/energy and pendulum; longitudinal/transverse waves, wave speed, progressive waves, superposition/reflection, standing waves, strings and organ pipes, harmonics and beats.

Unit 11Electrostatics

Charge, Coulomb, superposition and continuous distribution; field/lines/dipoles/torque, flux and Gauss applications for wire/sheet/shell; potential/energy/equipotentials; conductors, polarization, dielectrics, capacitors in series/parallel, parallel-plate with/without dielectric and stored energy.

Unit 12Current Electricity

Drift, mobility, Ohm’s law, resistance and V–I curves, energy/power, resistivity/conductivity, resistor networks, temperature effect; cells, emf/internal resistance, Kirchhoff, Wheatstone and metre bridges.

Unit 13Magnetic Effects of Current and Magnetism

Biot–Savart and Ampere laws; fields of loop, wire and solenoid; force on charge/wire, parallel conductors, moving-coil galvanometer, conversion and sensitivity; current loop/magnetic dipole, bar magnet, magnetic substances and temperature response.

Unit 14Electromagnetic Induction and Alternating Currents

Faraday/Lenz laws, induced emf, eddy currents, self/mutual inductance; AC peak/RMS, reactance, impedance, LCR resonance, AC power, wattless current, generators and transformers.

Unit 15Electromagnetic Waves

Displacement current, EM-wave features/transverse nature, full electromagnetic spectrum and applications.

Unit 16Optics

Spherical mirrors and thin lenses, refraction, lens maker, prism, total internal reflection, instruments/telescopes/microscopes and magnification; Huygens wavefronts, interference/YDSE, coherence, single-slit diffraction, polarization, Brewster and Polaroid.

Unit 17Dual Nature of Matter and Radiation

Photoelectric effect, Hertz/Lenard observations, Einstein equation, photon picture, matter waves and de Broglie relation.

Unit 18Atoms and Nuclei

Rutherford scattering, Bohr model and hydrogen spectrum; nuclear composition/size, mass defect, mass–energy, binding energy, fission and fusion.

Unit 19Electronic Devices

Intrinsic/extrinsic semiconductors and diode characteristics, rectifiers, LED, photodiode, solar cell, Zener regulation and logic gates OR, AND, NOT, NAND and NOR.

Unit 20Experimental Skills

All 18 activities: Vernier calipers; screw gauge; damped pendulum amplitude-squared plot; metre-scale moments; Young modulus; capillarity/surface tension; viscosity/terminal speed; resonance-tube sound speed; specific heats by mixtures; resistivity using metre bridge; resistance using Ohm law; half-deflection galvanometer; convex mirror/concave mirror/convex lens parallax; prism deviation graph; glass slab index using travelling microscope; p–n diode V–I; Zener V–I/breakdown; component identification (diode, LED, resistor, capacitor).

Chemistry 20 official units

Unit 1Some Basic Concepts in Chemistry

Matter, atomic theory, atom/molecule/element/compound, combination laws; masses, mole and molar mass, percentage composition, empirical/molecular formulae, chemical equations and stoichiometry.

Unit 2Atomic Structure

EM radiation, photoelectric effect, hydrogen spectrum, Bohr theory and limitations, duality, de Broglie and uncertainty; quantum model, wave functions and radial distributions for 1s/2s; quantum numbers, s/p/d shapes, spin, Aufbau/Pauli/Hund and configuration stability.

Unit 3Chemical Bonding and Molecular Structure

Lewis/Kossel ionic and covalent models, lattice enthalpy; electronegativity, Fajan, dipole, VSEPR; VBT, hybridisation and resonance; molecular orbitals (LCAO, sigma/pi, bond order/energy/length); metallic and hydrogen bonding.

Unit 4Chemical Thermodynamics

Systems/surroundings, state functions, entropy, intensive/extensive properties; first law, work/heat/internal energy/enthalpy, heat capacities, Hess law and all key enthalpies; spontaneity, Gibbs free energy, ΔS and relation of ΔG° to equilibrium.

Unit 5Solutions

Molarity, molality, mole fraction and percentage concentrations; Raoult law, ideal/nonideal vapour-pressure plots, colligative properties, abnormal molar mass and van’t Hoff factor.

Unit 6Equilibrium

Dynamic physical/chemical equilibrium and Henry law; Kp/Kc, Le Châtelier, ΔG; acid–base theories and constants, water ionization, pH, multistage dissociation, common-ion effect, hydrolysis, buffers and solubility products.

Unit 7Redox Reactions and Electrochemistry

Oxidation/reduction, oxidation numbers and redox balancing; electrolytic/metallic conduction, conductivity/molar conductivity and Kohlrausch; galvanic/electrolytic cells, electrodes, standard potentials, cell emf, Nernst, Gibbs relation, dry/lead cells and fuel cells.

Unit 8Chemical Kinetics

Rate factors, elementary/complex reactions, order/molecularity, rate constant; differential/integral zero-/first-order laws, half-life; temperature, Arrhenius activation energy and basic collision theory.

Unit 9Classification of Elements and Periodicity

Modern periodic table, s/p/d/f blocks and atomic/ionic radii, ionization/electron gain enthalpy, oxidation states, valency and chemical reactivity trends.

Unit 10p-Block Elements

Groups 13–18: electronic configurations, general physical/chemical trends across/down groups and distinctive behaviour of each group’s first element.

Unit 11d- and f-Block Elements

Transition-series configurations, trends, oxidation, colour, magnetism, catalysis, alloys, complexes; K2Cr2O7/KMnO4 preparation/use; lanthanoid configuration/contraction and actinoid configurations/oxidation.

Unit 12Coordination Compounds

Werner model, ligands, coordination/denticity/chelation, IUPAC naming, isomerism, VBT, basic CFT, colours/magnetism and roles in analysis, extraction and biology.

Unit 13Purification and Characterisation of Organic Compounds

Crystallisation, sublimation, distillation, differential extraction, chromatography; qualitative detection N/S/P/halogens; quantitative C/H/N/halogens/S/P and molecular formula calculations.

Unit 14Some Basic Principles of Organic Chemistry

Carbon tetravalency, functional-group/homologous classifications, structural/stereo isomerism and IUPAC/trivial names; homolytic/heterolytic fission and intermediates, electrophiles/nucleophiles, inductive/electromeric/resonance/hyperconjugation and substitution/addition/elimination/rearrangement.

Unit 15Hydrocarbons

Classification/preparation/isomerism/naming and properties; alkane conformers and halogenation; alkene geometric isomerism and electrophilic addition/ozonolysis/polymerisation; alkynes acidity/addition; aromaticity and benzene electrophilic substitution, Friedel–Crafts, directing effects.

Unit 16Organic Compounds Containing Halogens

Halo compound preparation, C–X bond, properties, substitution mechanisms; environmental/usage topics for chloroform, iodoform, freons and DDT.

Unit 17Organic Compounds Containing Oxygen

Alcohols (1°/2°/3°, dehydration), phenols (acidity, nitration/halogenation/sulphonation, Reimer–Tiemann), ethers; aldehydes/ketones (nucleophilic addition, HCN, ammonia derivatives, Grignard, redox, aldol, Cannizzaro, haloform and distinguish tests); carboxylic-acid acidity.

Unit 18Organic Compounds Containing Nitrogen

Amines: nomenclature, classification, preparation/properties/uses, basicity, 1°/2°/3° recognition; diazonium salts and synthetic importance.

Unit 19Biomolecules

Carbohydrate classes, glucose/fructose and common disaccharides; amino acids, peptides, protein structures, denaturation and enzymes; vitamins; DNA/RNA constitution/functions; hormones overview.

Unit 20Principles Related to Practical Chemistry

Extra-element tests and functional-group detection; preparations: Mohr salt, potash alum, acetanilide, p-nitroacetanilide, aniline yellow, iodoform; acid–base and KMnO4 titrations; qualitative salt analysis for Pb2+, Cu2+, Al3+, Fe3+, Zn2+, Ni2+, Ca2+, Ba2+, Mg2+, NH4+ and CO3²−, S²−, SO4²−, NO3−, NO2−, Cl−, Br−, I− (insoluble salts excluded); enthalpy of CuSO4 solution/neutralisation, lyophilic/lyophobic sols, iodide–H2O2 kinetic study.

Mathematics 14 official units

Unit 1Sets, Relations and Functions

Set representation; union, intersection, complement and algebraic properties; power sets; relations and their types; equivalence relations; one-one, into and onto functions; composition and inverse functions.

Unit 2Complex Numbers and Quadratic Equations

Ordered-pair and a + ib representation; Argand diagram; algebra, modulus and argument; equations over real/complex systems; roots–coefficients relations, discriminants, nature of roots and formation of quadratic equations.

Unit 3Matrices and Determinants

Types/operations of matrices; determinants of order 2/3; determinant area of triangle; adjoint/inverse; consistency and solution of two- and three-variable linear systems.

Unit 4Permutations and Combinations

Counting principle, permutations and combinations; nPr, nCr and elementary applications.

Unit 5Binomial Theorem and Applications

Positive integer exponent, binomial coefficients, general term, middle terms and simple applications.

Unit 6Sequence and Series

Arithmetic and geometric progressions; arithmetic/geometric mean insertion; AM–GM relationship.

Unit 7Limits, Continuity and Differentiability

Real-valued functions and graphs; algebra of functions; polynomial, rational, trigonometric, logarithmic, exponential and inverse functions; limits, continuity, differentiability; sum/product/quotient and chain rules; trig/inverse-trig/log/exponential/implicit derivatives; derivatives up to second order; rates, increase/decrease, maxima and minima.

Unit 8Integral Calculus

Antiderivatives and standard algebraic/trig/exponential/logarithmic integrals; substitution, integration by parts, partial fractions and trig identities; definite integrals, fundamental theorem, properties; areas bounded by standard curves.

Unit 9Differential Equations

Order and degree of ODEs; separation of variables; solutions of elementary homogeneous and first-order linear differential equations.

Unit 10Coordinate Geometry

Cartesian plane, distance/section formulae, locus, slope, parallel/perpendicular/intercepts; straight-line forms, intersections and angles; concurrence, point–line distance, triangle centroid/orthocentre/circumcentre; circles with centre/radius, diameter endpoints, line–circle intersections; standard parabola, ellipse and hyperbola.

Unit 11Three-Dimensional Geometry

3D Cartesian coordinates, distances, sections, direction ratios/cosines and angles; line equations, skew lines and shortest distance.

Unit 12Vector Algebra

Vectors and scalars; vector addition and 2D/3D components; scalar/dot and vector/cross products.

Unit 13Statistics and Probability

Mean/median/mode for grouped and ungrouped data; mean deviation, variance and standard deviation; event probability, addition/multiplication theorems, Bayes’ theorem and discrete random-variable probability distributions.

Unit 14Trigonometry

Trigonometric identities and functions; inverse trigonometric functions and their properties.

Attend from your location

Live online, offline and hybrid JEE Main 2027 preparation

This programme is open to aspirants worldwide. Teaching happens in IST; you may choose an attendance mode during counselling according to location, access and schedule.

Live online — worldwide

Attend interactive real-time classes from anywhere with stable internet, a suitable device, and access to online assessments and submitted work.

Strict camera-on and microphone-on participation during live teaching, with reasonable accommodations for accessibility or privacy agreed beforehand.
Live questions, doubt discussion, concept reporting, CBP submissions and CBT assessment.
All dates and times follow IST.

Offline — Kolkata

Join a supervised classroom group with direct access to the instructor, class drills, corrections and the same structured syllabus.

Maximum 10 students per group.
In-person work, teacher feedback and follow-up practice.
Confirm the exact attendance venue and availability before visiting.

Hybrid — by arrangement

Combine in-person attendance with live online access when practical for your schedule and circumstances.

Same core chapter targets and tests across modes.
Discuss switches or travel periods in advance.
Schedule fit, equipment and group places are confirmed at counselling.

Transparent fees

JEE Main 60 Days Workshop 2027 fees and test-series options

Select the complete Physics–Chemistry–Mathematics course, a single subject, or a dedicated JEE Main mock-test series. Day and evening teaching batches have the same quoted tuition prices.

Complete workshop · PCM

₹41,000

Full three-subject course with two daily batch choices, teaching cycle, concept-based practice and scheduled weekly testing.

Enquire for full course

One subject

₹18,000

Choose Physics, Chemistry or Mathematics; timing follows the subject slot in your selected batch.

Enquire for one subject

Mock tests only · FFT + FST

₹12,000

30 FFTs + 30 FSTs = 60 new JEE Main 2027-standard mock tests. Test-only enrolment, no daily classes.

Explore 60-test plan

FST-only mock series

₹9,000

Full-syllabus mock tests only. Ask the counsellor for exact number of FSTs, release schedule and access period.

Explore FST-only

Fees are in INR and are institute course prices, not NTA application fees. Any taxes, instalment policies, refunds, access window and remaining test release dates should be confirmed in the written enrolment terms.

Only 10 students per group. Prepare with a clear plan.

Speak with a counsellor about online/offline suitability, current preparation and the best batch for your timezone.

Request JEE Main workshop counselling

Frequently asked questions

Answers about JEE Main 2027 crash course, batches and mock tests

When does the 60 Days JEE Main 2027 Workshop start?

Both day and evening batches begin on Monday, 16 November 2026. The full weekday teaching sequence runs through Friday, 15 January 2027, followed by rapid revision before the earliest official JEE Main Session 1 exam on 20 January 2027.

Are there two batches, and can I attend online from outside India?

Yes. The day batch is 9:00 am–3:30 pm IST and the evening batch is 5:30 pm–12:00 midnight IST on Monday–Friday. Students can enquire from anywhere worldwide for live online participation; offline availability is in Kolkata and hybrid arrangements are subject to counselling.

Are all Physics, Chemistry and Mathematics topics included?

The page includes a dated full-syllabus teaching plan and the complete 2027 JEE Main Paper 1 unit checklist, including experimental Physics and practical Chemistry. It is designed for rapid revision and extensive application practice, not first-time slow-paced textbook teaching.

How do the Saturday FFT and Sunday FST differ?

FFT is a 75-question full-format-style test using topics taught during the preceding week. FST is a 75-question full-syllabus test based on the whole JEE Main Paper 1 pattern. Both support review and error correction.

What does the ₹12,000 mock-test package include?

The test-only package contains 30 FFTs and 30 FSTs, a total of 60 fresh JEE Main-level papers. Weekly live-session tests account for eight Saturday FFTs and eight Sunday FSTs in the main teaching window; the remaining package papers are scheduled separately or made accessible according to the confirmed test-series plan.

How much does the workshop cost?

The complete three-subject workshop costs ₹41,000 per learner. Single-subject enrolment costs ₹18,000. The 60-test FFT+FST package costs ₹12,000, and the FST-only package costs ₹9,000. Ask for payment and access terms during counselling.

What is the daily CBP and CBT system?

Each teaching day includes previous-work report discussion, concept overview, examples, PYQs and probable question types, followed by a 75-question Concept-Based Paper (CBP) and an online Concept-Based Test (CBT). This institute CBT is distinct from the NTA term “computer-based test”.

Does the online batch require camera and microphone access?

Yes. Online sessions operate with a strict camera-on and microphone-on participation policy, with reasonable privacy and accessibility accommodations arranged in advance where required.

Does the exam begin on 22 January 2027?

No. The NTA Information Bulletin 2027 lists Session 1 examination dates of 20, 21, 22, 23, 24 and 28 January 2027. Candidates must follow their own assigned date and shift.

Will this workshop guarantee a rank or score?

No coaching programme can guarantee a JEE rank or percentile. Results depend on previous preparation, attendance, practice quality, assessment performance and examination conditions.

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