AIR 6's DO OR DIE GATE prep plan for LAST 4 months

Main Message

The presenter frames the final months before GATE as a decisive period. Serious candidates should follow a compact, high-yield plan rather than trying to cover every subject equally. He argues that a strong rank may still be achievable with focused preparation, while taking the exam mainly for the experience is a different goal.

Recommended Plan for All Branches

1. Prioritize Engineering Mathematics and General Aptitude.

   • Aim to complete both in about one month.
   • Choose a crash course or another source you can realistically finish on time. Completing a suitable course matters more than choosing a particular provider.
   • Set daily targets, such as one or two lectures, rather than focusing on the entire course at once.
   • For aptitude, first attempt GATE questions or a mixed set. Identify weak areas, then watch lessons and practise those topics.

2. Practise consistently in short sessions.

   • Solve previous-year questions (PYQs) after finishing each chapter.
   • Continue practising both aptitude and mathematics after moving on to branch subjects.
   • Use spare “micro-intervals,” such as travel time, to revisit downloaded lectures if you can concentrate.

3. Identify high-weightage subjects in your branch.

   • Review the previous ten years of GATE papers, or use an AI tool to help analyze them.
   • The presenter suggests asking an AI tool to identify the three subjects that have carried the most marks over the years and flag unusual years. Treat the results as a guide, not a guarantee of what will appear.
   • Choose subjects based on both historical weight and the time available.

4. Allocate the remaining months selectively.

   • After mathematics and aptitude, spend roughly the next two months on two high-weightage branch subjects.
   • Ideally, avoid starting a large new subject in the final month. If you are starting late, you may study one more subject, but set a modest goal: understand what you can rather than expecting complete coverage.
   • Add more subjects only if you have enough time and can sustain the workload.

Mechanical Engineering Example

For Mechanical Engineering, the presenter recommends prioritizing:

• Manufacturing Engineering, including casting, forming, joining and welding processes, machining, additive manufacturing, and material science.
• Industrial Engineering and Operations Research.
• One additional subject, depending on your choice and preparation, such as Fluid Mechanics, Strength of Materials, Thermodynamics, or Engineering Mechanics.

The presenter estimates that Manufacturing Engineering and Industrial Engineering/Operations Research can together contribute a substantial number of marks. Along with mathematics and aptitude, these subjects may cover a large portion of the paper. These estimates are based on past papers and are not guarantees for a future exam.

Practice, Tests, and Revision

• Use PYQs and test series throughout your preparation. Complete chapter-wise PYQs as you finish topics, and regularly attempt relevant tests.
• Take full-length tests even if your syllabus is incomplete. The presenter emphasizes their diagnostic value—not their usefulness for predicting your final rank or comparing yourself with other test-takers.
• After each test or PYQ session, record forgotten formulas, missed concepts, and mistakes in a “mistake copy.”
• Review this copy attentively before bed. The presenter considers this routine essential and says it can form the core of revision. Reviewing notes or replaying lectures can be added if time allows.
• Mix learning and practice across the day to keep multiple subjects active—for example, watch a lecture for one subject, solve PYQs for another, and take a test or review material for a third.
• Follow the routine consistently for 21 days to build momentum.

Speakers and Sources Mentioned

• Presenter/host: One speaker gives the advice throughout. The subtitles do not name him; the channel is The Soham Way.
• Study resources and people: GATEWala crash courses, including courses associated with Vishal Sonik and Vin Sir; aptitude lessons by Amulya Ratan; NPTEL; Unacademy; Made Easy; and Professor Rajendra Prasad of IIT Delhi for Material Science.
• AI tools: ChatGPT, Claude, and Gemini.
• Practice sources: GATE previous-year questions and test series.