Free study tools for SRM students: Pomodoro timer, quick notes, number converter and focus checklist.
Browser-based tools that work offline — no login, no internet dependency after first page load. Use the Pomodoro timer for focused 25-minute study sprints, the quick notes scratchpad for last-minute exam points, the number converter for engineering bases and the checklist to stay on track before each exam.
Pomodoro timer
25 minutes focus, 5 minutes break. Complete 4 pomodoros per subject before switching. Track your sessions mentally.
25:00
Quick notes
Scratchpad for last-minute exam points, formula reminders and definitions. This MVP runs in your browser. Copy your notes before closing.
Number base converter
Convert between decimal, binary, octal and hexadecimal. Useful for DSA, COA, Digital Logic and microprocessor subjects.
Binary: 101010 | Octal: 52 | Hex: 2A
Pre-exam focus checklist
A repeatable checklist for every exam. Tick these off the night before or on exam morning for consistent prep.
- Open latest SEM PYQ for the subject
- Mark repeated topics across last 5 papers
- Revise Unit 1 to Unit 5 one-page summaries
- Solve two previous papers under timer
- Check syllabus page for unit outcomes
- Pack hall ticket, ID card, stationery
Proven study techniques for SRM exams
Pomodoro technique
Study in 25-minute blocks with 5-minute breaks. After 4 blocks, take a 15-30 minute break. This prevents burnout during long study sessions before SEM exams. Each subject's PYQ practice can be completed in 4-6 pomodoros.
Active recall
After reading a unit summary, close the notes and write everything you remember on a blank page. Then compare with the original. This is 3x more effective than re-reading for retention, confirmed by cognitive science research.
Spaced repetition
Review each unit on Day 1, Day 3, Day 7 and Day 14. Use the question banks on this site to test yourself at each interval. SRM exams typically have 2-4 weeks between CT2 and SEM — use that gap for spaced revision.
Feynman technique
Explain a concept in plain English as if teaching a junior. If you stumble, that is your knowledge gap. Go back to notes for that specific sub-topic. This technique is especially effective for OS concepts, DBMS normalisation and CN protocol layers.
Interleaved practice
Do not study one subject for 6 hours straight. Rotate 2-3 subjects per day: morning session for theory-heavy subjects (OS, DBMS), afternoon for calculation-heavy subjects (DSA, DAA). This improves long-term retention by 40%.
Mock exam simulation
Pick a recent SEM paper, set a 3-hour timer and attempt it without any notes or internet. Grade yourself against the solved version. Do this once per subject before the actual exam. It exposes time management problems early.
Subject-specific tool recommendations
| Subject | Best tool combination | Why |
|---|---|---|
| Operating Systems | Pomodoro + Quick Notes + Checklist | Theory-heavy with many definitions. Use notes for process states, scheduling algorithms and memory management definitions. |
| DSA | Pomodoro + Number Converter + Checklist | Algorithm analysis needs number bases for recurrence relations. Use converter for log and exponent calculations. |
| COA | Number Converter + Quick Notes | Binary arithmetic, IEEE 754 representation and instruction formats need frequent base conversions. |
| Compiler Design | Pomodoro + Checklist | Parsing tables and grammar exercises need distraction-free focus. Complete a full LR-parsing table in one pomodoro. |