SSC MTS Syllabus: What to Study in Each Section

A syllabus lists topic names, but a first-time SSC MTS learner needs to know what to practise under each name. This guide turns the four sections into study tasks with small solved examples. SSC's dated notice supplies the syllabus scope; the lesson sequence and exercises below help you put it to work.

Read the SSC MTS syllabus as four study blocks

The SSC MTS and Havaldar 2025 notice, dated 26 June 2025, paragraphs 14.5–14.6, provides this four-area map.

This guide uses the 2025 notice as a dated baseline. Check your own exam cycle's notice before planning. Every example, grouping, study order and diagnostic here is an original teaching exercise or suggestion, not SSC material or a previous-year question.

Paragraph 14.5 sets question counts, marks, timings and negative marking; this article decodes study scope only.

When browsing government exam preparation resources, match individual topics: those courses serve other SSC and government exams, so overlap is by topic.

Numerical ability: connect a topic name to a calculation

Paragraph 14.6.1 of the 2025 notice supplies the numerical scope. Organise your checklist into three groups:

• Number fluency: integers, whole numbers, number relationships, fractions, decimals, HCF, LCM, arithmetic operations, BODMAS, squares and square roots.

• Arithmetic applications: percentages, ratios, proportion, direct and inverse proportion, work and time, averages, interest, profit, loss and discount.

• Measurement and data: elementary geometry, angles, area, perimeter, speed and time, and basic data interpretation.

A library issues 80 books on Monday and 100 on Tuesday. Find the percentage increase and average daily issues:

1. Increase = 100 − 80 = 20 books.

2. Percentage increase = 20/80 × 100 = 25%.

3. Two-day mean = (80 + 100)/2 = 180/2 = 90 books.

Why divide by 80? Monday is the starting quantity. Using 20/100 measures the increase against Tuesday's total, which answers a different question. Label the base before calculating.

For a rectangle 8 m long and 5 m wide, area = 8 × 5 = 40 square metres. Perimeter = 2 × (8 + 5) = 2 × 13 = 26 m. Area measures the surface covered; perimeter measures the boundary. Keep the units beside every answer.

Reasoning: write the rule before choosing an answer

Cover alpha-numeric series, coding-decoding, analogy, directions, similarities and differences, jumbling, problem solving and analysis, non-verbal diagrams, age calculations, calendars and clocks. Practise classification under similarities and differences, and rearrangement under jumbling.

For a direction exercise, mark east as positive horizontal movement and north as positive vertical movement:

• Start at (0,0).

• Walk 4 m east to (4,0).

• Walk 3 m north to (4,3).

• Walk 4 m west to (0,3).

You finish 3 m north of the start. Total distance walked = 4 + 3 + 4 = 11 m. Distance adds the whole path; displacement describes the change from the starting point to the endpoint.

Use the reasoning practice methods from our SSC CGL guide to test a proposed rule against every clue. Apply that habit while keeping your study priorities tied to MTS.

General awareness: build a small, retrievable knowledge base

Paragraph 14.6.3 of the 2025 notice covers social studies, general science and environmental studies up to Class 10 level. Social studies includes history, geography, art and culture, civics and economics.

Turn each short reading into a recall prompt. For example: Which movement causes day and night, Earth's rotation or revolution?

The answer is rotation. As Earth rotates, places turn towards and away from the Sun. Write “rotation versus revolution” on a card, explain the distinction, then answer again the following day without looking.

Our guide to building a static GK revision core was written for CGL; carry over its revision method, not its topic list. Keep a small set of facts and explanations that you repeatedly recall. Add new cards after checking whether you can answer the old ones.

English: turn grammar and comprehension into observable skills

Study vocabulary, grammar, sentence structure, synonyms and antonyms with correct usage, and simple comprehension passages. For grammar, identify the subject and choose the verb. For comprehension, point to the words supporting your answer.

Complete: “The box of pencils ___ on the desk.” Choose between “is” and “are”.

The answer is “is”. The head noun “box” is singular. “Pencils” belongs to the modifying phrase “of pencils” and does not control the verb. Change the subject to “The boxes of pencils” and the answer becomes “are”.

Now read: “Meena reached the library at 9:00 a.m. She read for 30 minutes before borrowing a book.”

When did she finish reading? 9:00 a.m. + 30 minutes = 9:30 a.m. The passage gives both the start and the duration. It does not tell you when she left the library.

Check coverage without treating every topic as mastered

Try a quick self-check: five questions from each block, 4 × 5 = 20 questions. Suppose your correct counts are numerical 2/5, reasoning 4/5, awareness 1/5 and English 3/5. Total correct = 2 + 4 + 1 + 3 = 10/20.

Use the misses to plan repairs: awareness has 5 − 1 = 4, numerical has 5 − 2 = 3, English has 5 − 3 = 2, and reasoning has 5 − 4 = 1. Revisit facts, percentage bases, sentence evidence and reasoning rules accordingly. This small sample identifies errors to inspect; it cannot reliably rank your ability or predict qualification.

Track each topic using these three checks:

A watched lesson alone fills none of those boxes.

Choose the next lesson from the MTS checklist

Take the diagnostic error you understand least, study its underlying concept and solve a fresh example. Keep the official notice and your topic checklist beside the curriculum.

The SSC CGL Tier 1 course for overlapping foundation topics is one option. Filter its lessons against the MTS notice and confirm the relevant coverage before enrolling. Choose the lesson that repairs your identified gap, then return to the checklist and demonstrate the skill unaided.