Tip 1: Solve at least 250+ DSA questions covering arrays, trees, graphs, and DP.
Tip 2: Focus on time and space complexity for every solution.
Tip 3: Mock interviews and contests help improve problem-solving speed.
Tip 1: Keep it concise and impact-driven – Use bullet points with action verbs to highlight achievements, projects, and skills effectively. Keep it within one page for freshers.
Tip 2: Focus on measurable impact – Instead of just listing technologies, mention how you applied them. Example:
❌ "Worked on a Machine Learning project."
✅ "Developed a CNN-based Plant Disease Detection model with 95% accuracy, aiding farmers in quick diagnosis."
In my first round, I had a face-to-face interview on Google Meet with an interviewer.
There were two coding questions to be solved in 45 minutes. The first question was given, and I had to code on a notepad-like compiler provided by Google.
The interviewer continuously observed my problem-solving approach and communication while I worked through the solution. They also asked random questions in between, such as:
Time complexity (TC) and Space complexity (SC) of my approach, If I could optimize the solution further. The real-time observation and questioning tested not just my coding skills but also how I think, communicate, and handle optimizations under time constraints.



You are given two six-sided dice, each numbered from 1 to 6. Your task is to determine the number of ways to achieve a given target sum when both dice are rolled.
At first, I started with a brute force solution, where I iterated through all possible pairs of dice values(1-6) and counted how many pairs sum up to the given `target Sum`.
Hint from the Interviewer: After explaining my brute-force approach, the interviewer gave me a hint, which helped me think in a more optimized way.
Using the hint, I was able to come up with a better solution, likely using precomputed results or mathematical observations to reduce unnecessary computations.
Time Constraint Issue: Even though I solved the problem optimally, I exceeded the time limit of 45 minutes, and the interview time was up.
Since I couldn't complete the second coding problem, the interviewer then asked me questions related to:
- Time complexity and space complexity of both solutions.
- How I could further optimize the approach.
- Alternative ways to improve efficiency in real-world applications.

Here's your problem of the day
Solving this problem will increase your chance to get selected in this company
Which SQL clause is used to specify the conditions in a query?