Anuj Saklani

“Git add.” Ke lie bola tha “git checkout .” Kar gayi 🙂🙂😂😂






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--> 4 Months Preparation Guide for Placements <--

Let's strategically break down the 4-month preparation timeline, encompassing DSA, core subjects, system design, and behavioral questions.

Each month is composed of 30 days, resulting in a total of 120 days over 4 months. Dedicate 5 hours daily for focused and uninterrupted study – a key ingredient for optimal outcomes.

To further dissect the 5-hour block:

1. First 3 Hours (LeetCode & DSA):
Allocate the initial 3 hours to LeetCode problem solving. Organize problems by acceptance rate or refer to a designated DSA sheet. Aim to tackle 3-4 problems within this span. With this approach, you'll amass a remarkable collection of 360 well-solved problems.

2. Next 1.5 Hours (System Design):
Devote 1.5 hours to comprehensive system design questions, such as elevators or parking lots. Schedule a single in-depth system design problem over a 3-day cycle. This ensures focused problem-solving. In a week, you'll cover 2 problems, tallying to 8 system design challenges in a month. Consequently, you'll accumulate a repository of 32 top-quality system design solutions.

3. Remaining 30 Minutes (Behavioral Questions):
Apportion 30 minutes daily, reserving 5 minutes for each behavioral question. Over 4 months, this will culminate in a thorough understanding of 120 behavioral questions, enhancing your readiness for interviews.

4. Final 25 Minutes (Core Subjects):
Dedicate 25 minutes to core subjects encompassing Object-Oriented Programming (OOP), Computer Networks (CN), Database Management Systems (DBMS), and Operating Systems (OS). This approach ensures a balanced mastery of essential concepts.

By adhering to this diligently designed 4-month plan, you can anticipate significant progress and tangible results. Feel free to share this strategy, enabling others to benefit from its effectiveness.

Should you find this refined plan helpful, consider spreading the word. Together, we can empower aspiring candidates in their pursuit of success.


~ Happy Coding

feel free to reach out in case of any query and guidance.

For any personal guidance ( Coding/ development/ resume review) have a session with me on Topmate [ link in my bio]

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Why Do Many Students Struggle to Improve Their Problem-Solving and Coding Skills Over Time?

Despite the best efforts and numerous hours spent practicing, many students still find themselves struggling to make significant improvements in problem-solving and coding.

What’s behind this persistent challenge? Several factors may be at play:

1. Lack of Structured Learning: Without a clear roadmap and structured approach, it’s easy to get lost in the complexity of problem-solving and coding concepts. Structured learning ensures foundational concepts are understood before moving to advanced topics.

2. mInsufficient Practice with Real-World Problems: Theory and textbook problems often differ significantly from real-world scenarios. Without tackling real-world problems, students may find it hard to translate their knowledge into practical skills.

3. Inconsistent Feedback and Guidance: Regular, constructive feedback is crucial for improvement. Without it, students may continue to repeat mistakes and miss out on opportunities for growth.

4. Overemphasis on Speed Rather Than Understanding: Speed is important, but a deeper understanding of concepts is vital for long-term improvement. Rushing through problems without truly grasping underlying principles can hinder progress.

5. Lack of Motivation or Clear Goals: Motivation drives persistence. Without clear goals or a sense of purpose, students may struggle to stay engaged and focused on their learning journey.

6. Not Adapting Learning Strategies: As students advance, the strategies that once worked might no longer be effective. Adapting learning strategies to fit evolving needs is crucial for continued progress.

Addressing these factors with a thoughtful approach can make a significant difference in overcoming barriers and achieving lasting improvements in problem-solving and coding skills.





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