SRMJEEE study plan
SRMJEEE · Give each week a clear focus.
8 weeks · About 6 hours per week
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Map the SRMJEEE Physics syllabus into a one-page checklist and mark every chapter as strong, shaky, or unseen
Solve 30 mechanics problems (kinematics, laws of motion, work-energy) untimed, logging each error type
Derive and memorize the 12 core mechanics formulas from first principles without looking at notes
Set up an error log with columns for topic, mistake cause, and correction
Your checkpoint
A dated Physics diagnostic sheet showing per-chapter confidence ratings plus a 30-problem error log with at least 10 distinct mistake causes identified
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Work through electrostatics and current electricity problem sets, targeting 25 questions per session
Build a formula card for circuits covering series-parallel combinations, Kirchhoff's laws, and power dissipation
Practice 15 numericals under a 90-second-per-question timer to build speed
Re-solve every problem missed in week 1 without consulting solutions
Your checkpoint
A completed electrostatics and circuits problem set of 50 questions with a scored accuracy percentage and all wrong answers reworked on paper
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Cover optics, modern physics, and thermodynamics chapters, writing a 5-line summary of each
Solve 20 assertion-reason and 20 matching-type questions to build format familiarity
Memorize constants and units (Planck's constant, electron charge, gas constant) through daily 5-minute recall drills
Identify the 8 highest-yield Physics topics by past-paper frequency and rank them
Your checkpoint
A one-page high-yield Physics priority list with the 8 ranked topics and a summary sheet for every chapter covered this week
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Take one full-length Physics-only mock under exam conditions and score it strictly
Analyze the mock question by question, tagging each error as conceptual, calculation, or misreading
Re-teach the three weakest Physics chapters by explaining them aloud or writing a mini-lesson
Cut the error log down by eliminating recurring mistakes
Your checkpoint
A full mock score report with an error taxonomy pie chart and a written remediation plan for the three weakest chapters
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Shift to Mathematics: complete sets on algebra, matrices, and complex numbers at 20 questions per sitting
Drill calculus (limits, differentiation, integration) with a focus on speed and substitution tricks
Create a mistake-pattern sheet for Math distinguishing sign errors, formula slips, and skipped steps
Solve 10 previous-year-style Math questions timed at 2 minutes each
Your checkpoint
A Math error-pattern sheet covering at least 40 solved problems, with the top 5 recurring error types quantified by count
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Cover coordinate geometry, vectors, and 3D geometry with formula derivation practice
Solve 25 probability and permutation-combination problems to lock in counting logic
Take a timed 45-question Math sectional and record per-topic time spent
Review the sectional to find topics where time per question exceeds 2.5 minutes
Your checkpoint
A timed Math sectional score with a per-topic time breakdown table flagging every slow topic
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Cover Chemistry: revise physical chemistry numericals and memorize inorganic trends and exceptions
Build a reaction-map sheet linking organic functional group conversions
Take a combined Physics-Chemistry mock and practice section-switching strategy
Revisit the week 4 mock errors to confirm they no longer recur
Your checkpoint
A combined Physics-Chemistry mock score plus a completed organic reaction map and an inorganic exceptions list of at least 30 entries
Engineering & Technology (SRMJEEE undergraduate engineering admission)
Take two full-length three-subject mocks on separate days under strict timing
Audit every remaining error and close gaps only in high-frequency topics
Rehearse exam-day logistics: section order, time budgeting, and skip rules
Do a final pass over all formula cards and error logs without new material
Your checkpoint
Two full mock scores with a final one-page exam-day strategy card listing section order, per-section time caps, and skip criteria
Milestones
Week 2: Physics mechanics and electricity accuracy reaches at least 65 percent on untimed sets, and the error log holds 20 or more entries
Week 4: Full Physics mock score reaches at least 60 percent with a documented error taxonomy and a remediation plan for the three weakest chapters
Week 6: Timed Math sectional accuracy reaches at least 60 percent and no more than three topics average over 2.5 minutes per question
Week 8: Both final full-length mocks score at least 65 percent overall, and every error-log item is marked resolved or consciously deprioritized