Week 1: Engineering Mathematics

Sep 21 – Sep 27  ·  Phase 1 · Technical coverage

Daily: ~2 hrs weekday (75% technical + 25% Paper-1) · 5–6 hrs weekend. Every subject ends with PYQs solved + mistakes logged. Prelims target ≈ 300/500.

Mon, Sep 21

Linear algebra: matrices, rank, eigenvalues

Revise (concept)

Practice (Testbook / your material)

Paper-1 block (25%)

Note: Revise concept from Testbook/handbook, then solve immediately. Log every wrong answer in your mistakes notebook.

Tue, Sep 22

Calculus: limits, maxima–minima, multiple integrals

Revise (concept)

Practice (Testbook / your material)

Paper-1 block (25%)

Note: Revise concept from Testbook/handbook, then solve immediately. Log every wrong answer in your mistakes notebook.

Wed, Sep 23

Differential equations (ODE, PDE basics)

Revise (concept)

Practice (Testbook / your material)

Paper-1 block (25%)

Note: Revise concept from Testbook/handbook, then solve immediately. Log every wrong answer in your mistakes notebook.

Thu, Sep 24

Probability & statistics

Revise (concept)

Practice (Testbook / your material)

Paper-1 block (25%)

Note: Revise concept from Testbook/handbook, then solve immediately. Log every wrong answer in your mistakes notebook.

Fri, Sep 25

Numerical methods

Revise (concept)

Practice (Testbook / your material)

Paper-1 block (25%)

Note: Revise concept from Testbook/handbook, then solve immediately. Log every wrong answer in your mistakes notebook.

Sat, Sep 26

Engineering Mathematics: PYQs + mixed

Revise (concept)

Practice

Paper-1 block

Note: Weekend (long session). PYQs are the highest-ROI activity — pattern-spot repeated concepts.

Sun, Sep 27

Engineering Mathematics: sectional test + review

Test (timed, exam conditions)

Revise

Paper-1 block

Note: Weekend. Simulate exam timing. This is where the subject gets consolidated — don't skip the review.