✅ Coding Interview Prep Guide 💻🔥
1️⃣ Core Programming Fundamentals
• Variables, data types, operators
• Control flow (loops, conditions)
• Functions recursion
• Time space complexity basics
• Debugging mindset
2️⃣ Data Structures (High Priority)
• Arrays Strings
• Linked Lists
• Stacks Queues
• HashMaps / Dictionaries
• Trees Binary Trees
• Heaps Priority Queues
• Graphs (BFS, DFS)
3️⃣ Algorithms You MUST Know
• Searching (Binary Search)
• Sorting (Quick, Merge, Heap)
• Recursion Backtracking
• Greedy algorithms
• Dynamic Programming
• Sliding Window
• Two Pointers
• Prefix Sum
4️⃣ Problem-Solving Patterns
• Brute force → optimized approach
• Hashing for lookups
• Divide and conquer
• Recursion → DP conversion
• Space–time tradeoffs
5️⃣ Language-Specific Prep
• Python / Java / C++ fundamentals
• Built-in data structures
• Edge cases constraints
• Writing clean, readable code
• Input/output handling
6️⃣ Coding Interview Expectations
• Explain approach before coding
• Write code step-by-step
• Handle edge cases
• Analyze time space complexity
• Optimize if asked
7️⃣ Common Interview Questions
• Reverse a string / array
• Find duplicates
• Two Sum / Subarray problems
• Palindrome checks
• Tree traversal
• LRU Cache
• Longest substring problems
8️⃣ Where to Practice
• LeetCode (Top priority)
• HackerRank
• Codeforces
• CodeChef
• GeeksforGeeks
9️⃣ Mock Interview Focus
• Think out loud
• Don’t panic on hard questions
• Ask clarifying questions
• Partial solutions still matter
• Correct approach > perfect code
🔟 Pro Tips
✔️ Master patterns, not random problems
✔️ Revise mistakes weekly
✔️ Practice writing code without IDE help
✔️ Speed improves with consistency
✔️ Interviews test thinking, not memory
Double Tap ♥️ For More
1️⃣ Core Programming Fundamentals
• Variables, data types, operators
• Control flow (loops, conditions)
• Functions recursion
• Time space complexity basics
• Debugging mindset
2️⃣ Data Structures (High Priority)
• Arrays Strings
• Linked Lists
• Stacks Queues
• HashMaps / Dictionaries
• Trees Binary Trees
• Heaps Priority Queues
• Graphs (BFS, DFS)
3️⃣ Algorithms You MUST Know
• Searching (Binary Search)
• Sorting (Quick, Merge, Heap)
• Recursion Backtracking
• Greedy algorithms
• Dynamic Programming
• Sliding Window
• Two Pointers
• Prefix Sum
4️⃣ Problem-Solving Patterns
• Brute force → optimized approach
• Hashing for lookups
• Divide and conquer
• Recursion → DP conversion
• Space–time tradeoffs
5️⃣ Language-Specific Prep
• Python / Java / C++ fundamentals
• Built-in data structures
• Edge cases constraints
• Writing clean, readable code
• Input/output handling
6️⃣ Coding Interview Expectations
• Explain approach before coding
• Write code step-by-step
• Handle edge cases
• Analyze time space complexity
• Optimize if asked
7️⃣ Common Interview Questions
• Reverse a string / array
• Find duplicates
• Two Sum / Subarray problems
• Palindrome checks
• Tree traversal
• LRU Cache
• Longest substring problems
8️⃣ Where to Practice
• LeetCode (Top priority)
• HackerRank
• Codeforces
• CodeChef
• GeeksforGeeks
9️⃣ Mock Interview Focus
• Think out loud
• Don’t panic on hard questions
• Ask clarifying questions
• Partial solutions still matter
• Correct approach > perfect code
🔟 Pro Tips
✔️ Master patterns, not random problems
✔️ Revise mistakes weekly
✔️ Practice writing code without IDE help
✔️ Speed improves with consistency
✔️ Interviews test thinking, not memory
Double Tap ♥️ For More