![]() Keep the estimate relatively conservative so you don't end up burning out. To best utilize it, you should create a template where you break down the dates left and hours left per day, so that you can later fill in the topics/questions to cover per day. In each study plan, you will find a list of coding interview topics with resources and practice questions that you should work through in order of priority every week. The 3 month study plan - with recommended study resources and practice question links It's important to have some form of breadth-level studying / practicing in your schedule so that you don't forget about the earlier topics as you move on to later topics. My personal recommendation would be the Breadth-first preparation or Depth-first-then-breadth preparation. This strategy takes more time than others, so it's recommended if you have more than a month. At the end, practice a variety of questions across all topics. After ensuring mastery, move on to the next topic. Depth-first-then-breadth preparation - Tackle one topic at a time - revise materials for a topic, practice a few questions for that topic.You can focus on the High priority topics in our recommended study plan. If you don't have much time, this might be the best way to prepare. After ensuring mastery of a topic, move on to the next topic. Depth-first preparation - Tackle one topic at a time - revise materials for a topic, practice lots of questions for that topic.This strategy is recommended if you have around a month to spare. Breadth-first preparation - Revise every topic and then start practicing a variety of questions across all topics.Different people have different styles of practicing and you should do what works best for you. Regardless of how long you have, if you are unfamiliar with core data structures and algorithms knowledge, you are advised to revise them before starting on the coding interview questions practice. More options like filtering by difficulty, topics, alternative grouping of questions can be found there. I will be sharing recommended study plans for 3 months (recommended period), but you can generate study plans for practice questions for any time frame you need via the Grind 75 tool (built by me). How much time do you need to prepare for your coding interviews? Generally, 3 months (if you can dedicate 11 hours a week) is the recommended period of time for a more holistic preparation. Recommended preparation time and approach You will find the exact topics to study (with recommended links) and exact questions to practice (with practice links). In this article, I will share the 3 month study plan that I personally use to prepare for my coding interviews. I have personally gone through the dreaded Software Engineer interview process myself several times and prepared my own study plans, refining them each time. Thankfully, this article will help you with that. There are plenty of resources on the internet, but it can be hard to know how they fit into the time you have left to prepare. One of the most important questions to answer at the start of your coding interview preparation is: What study topics and practice questions should you do to most efficiently prepare for your coding interviews? Follow me on LinkedIn for Software Engineering advice and interview tips! Additionally, you can perform basic Bitwise operations such as AND, OR, Not, etc.□ Hi there, I'm Yangshun, an ex-Meta Staff Engineer, author of this handbook and Blind 75. Programmer Mode: It allows you to convert values into various number systems, including Hexadecimal, Octal, Binary, and Decimal.Its graphing capabilities to plot complex functions will genuinely amaze you if you haven't yet tried it. In this mode, you can enter a mathematical function and it will plot a graph for you. Graphing: Use this mode to draw graphs of functions.In addition, you can perform trigonometric and algebraic calculations within this mode including all basic calculations offered in Standard mode. Scientific: In this mode, you can take the exponential of a number, take its modulus, and while performing these calculations, directly use terms like pie (π) and Euler's number(e). ![]()
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