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AI ML Interview Preparation Program
Prepare for AI/ML interviews with MAANG+ hiring managers and tech leads from the world's top tech companies.
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Standout Features of the AI/ML Course

17 Weeks of Live Prep
17 weeks of structured, live interview prep covering coding, ML, system design and soft skills.
Taught by MAANG+ Experts
Learn directly from MAANG+ professionals with decades of AI/ML industry experience.
Up to 20 Mock Interviews
Practice in real interview simulations, with feedback and mentorship from MAANG+ experts.
Interview-Ready Toolkit
An ML toolkit of cheat sheets, code templates, question banks and STAR frameworks.
AI-Powered Study Plan
A smart learning roadmap with an integrated coding platform for hands-on practice.
Lifetime LMS Access
Lifetime access to recordings, resources and materials for future review.
Extended Support
6 months of post-class support for revisions, mock interviews, doubts and career guidance.
Placement Support
Personalized AI/ML branding with resume help, LinkedIn optimization and career coaching.
Meet the Team That's Invested in Your Success

The field of AI recognizes Ahsan as one of the leading figures.


Christian is a seasoned specialist with over 20 years of experience in the field of AI…

Shobhit brings nearly two decades of experience, having led 1500+ days of corporate…



Ashish brings over 9 years of experience in machine learning and MLOps, with a…
Curriculum for AI/ML Interview Success
Four modules over 17 weeks, from data structures to behavioral interview rounds.
Data Structures & Algorithms (DSA) (5 Weeks)
Build deep DSA skills to solve interview coding challenges, from sorting and recursion to trees, graphs and dynamic programming.
Week 1: Sorting & Algorithm Foundations
Introduction to sorting algorithms
Basics of asymptotic analysis (Big O, Theta, Omega)
Worst-case and average-case time complexity
Sorting algorithms: Bubble, Selection, Insertion, Merge, Quick, Heap
Algorithm paradigms: Divide & Conquer, Decrease & Conquer
Presorting and its applications
Merge sort on linked lists, 3-way quicksort
Week 2: Recursion & Backtracking
Recursion basics: base case, recursive case
Recursive mathematical problems (factorial, Fibonacci)
Combinatorial enumeration (nCr, permutations)
Exhaustive enumeration with backtracking
Letter case permutations, combinations, subsets
Sudoku solver, N-Queens, Rat in a Maze
Week 3: Trees & Hashing
Binary Search Trees (BST): insert, search, min/max
Dictionaries & hash tables: collision resolution, load factor
Tree traversals: Inorder, Preorder, Postorder
Level order traversal (BFS), DFS on trees
BST problems: Diameter, Count Univalue Subtrees, Lowest Common Ancestor
Tree construction from traversal arrays
Week 4: Graphs & Connectivity
Graph types: directed, undirected, weighted
Representation: adjacency list, matrix, edge list
BFS and DFS traversal
7 Bridges of Königsberg and Eulerian paths
Stack-based DFS and recursion-based DFS
Finding connected components
Graph problems: bipartite check, cycle detection, topological sort
Week 5: Dynamic Programming (DP)
Principles of DP: overlapping subproblems, optimal substructure
Top-down (memoization) vs bottom-up (tabulation)
Classic problems: Climbing Stairs, Subsets of size k
DP on grids: Unique paths, obstacles, path sums
Coin Change, Edit Distance, Word Break, Equal Subset Partition
System Design (3 Weeks)
Learn to architect scalable, reliable and maintainable systems for open-ended design interviews, weighing the trade-offs in distributed systems, databases, caching and cloud-native architectures.
Week 6: Online Processing Systems
Client-server model basics
Web server architecture and request lifecycle
Cryptographic hash functions and hashing index
CAP theorem, caching strategies, storage engines
Load balancing strategies: round-robin, consistent hashing
Database replication and failover mechanisms
Network protocols (TCP, HTTP/2, HTTPS)
Week 7: Batch Processing Systems
Inverted Index & search engine architecture
K-way merge sort for external sorting
Distributed file systems (HDFS, S3)
MapReduce paradigm and Hadoop architecture
Data flow vs control flow in batch jobs
Graph processors for analytics (e.g., Pregel)
Designing recommendation systems and typeahead suggestions
Week 8: Stream Processing & Real-Time Systems
Event-driven architectures and real-time analytics
Application performance monitoring tools (APM)
Architecture for live video broadcasting (YouTube Live, Twitch)
Real-time map rendering (e.g., Google Maps)
Windowing and checkpointing in stream processing (Apache Flink, Kafka Streams)
Trade-offs in stream vs. batch processing
AI/ML Interview Preparation Plan (7 Weeks)
Master end-to-end AI/ML workflows, from data handling to LLMs, to tackle challenging technical interviews and real industry problems.
Week 9: Python, Data Handling & SQL Review
Python syntax, control flow, data structures
List/dict/set comprehensions, lambda/map/filter
NumPy and Pandas for transformations, filtering, aggregation
SQL: Joins, subqueries, aggregations, window functions
Practice: Python/SQL Leetcode problems and data analysis mini tasks
Week 10: Machine Learning Fundamentals & Evaluation
ML workflow: data prep, modeling, evaluation
Overfitting/underfitting, bias-variance trade-off
Classification vs regression, label encoding, scaling
Metrics: accuracy, precision, recall, F1, ROC-AUC, RMSE
Practice: Run basic classification/regression models using scikit-learn
Week 11: Feature Engineering, Model Tuning & Explainability
Feature engineering: imputation, encoding, PCA, RFE
Cross-validation strategies: K-Fold, StratifiedKFold
Hyperparameter tuning: GridSearchCV, RandomSearchCV
Explainability tools: SHAP, LIME
Practice: Evaluate different ML models using a real dataset
Week 12: Advanced ML – Trees, Ensembles & Imbalanced Data
Decision Trees, Random Forests, SVM
Boosting algorithms: XGBoost, LightGBM, CatBoost
Class imbalance: SMOTE, ADASYN, ensemble tuning
Model comparison using cross-validation + metrics
Practice: Case study — build and evaluate a fraud detection model
Week 13: Deep Learning, Transformers & Generative AI
Neural nets: MLPs, CNNs, RNNs — architecture & use cases
Transformers: attention, encoder-decoder, self-attention
LLMs: GPT vs BERT, tokenization, fine-tuning with HuggingFace
RAG architecture with FAISS/Chroma vector DBs
Practice: Build a basic chatbot or classification model using a pre-trained LLM
Week 14: Agentic AI & LangChain Workflows
LangChain architecture: prompts, chains, tools, agents
AutoGPT basics and planning tools
Integrating tools with memory and context
LangChain-based multi-step agent projects
Practice: Implement a use-case like automated research assistant or data pipeline explainer
Week 15: ML System Design & AI Architecture
ML system design principles: modularity, scalability, latency
Components: data ingestion, processing, feature store, model registry, deployment, monitoring
Deployment patterns: batch vs. real-time, CI/CD, containerization (Docker)
LLM & RAG system architecture: vector store, retriever, generator
Practice: Build a recommendation system for an e-commerce platform
Practice: Design a pipeline to retrain a fraud detection model every week
Practice: Productionize a ChatGPT-like solution for a bank
Soft Skills & Behavioral (2 Weeks)
Craft compelling stories, handle challenging questions and communicate clearly in behavioral and leadership rounds.
Week 16: Frame your experiences and achievements
STAR Method (Situation, Task, Action, Result)
Identifying and polishing 5–7 core stories
Communicating career transitions, gaps, or changes
Handling failure, conflict, and tough feedback
Demonstrating ownership and resilience
Week 17: Communication, Stakeholders & Leadership
Communicating technical ideas to non-technical people
Working cross-functionally: product, design, business
Navigating ambiguity and unclear requirements
Taking initiative vs. waiting for direction
Aligning with company principles (Amazon LPs, Meta Values, etc.)
Testimonials from AI/ML Learners
What learners say about the mock interviews, the MAANG+ trainers and the support around them.
This Program Helped Me Get the Job—No Fluff
I’d tried a bunch of courses before, but none came close to this one. I wasn’t even done with the full program when I got an offer for an ML Engineer role. The mock interviews, the personal feedback, and the way concepts were taught just clicked for me. Learning from folks who actually work at MAANG+ companies made a huge difference.
I Got the Offer—Thanks to This Course
I’d been stuck in the same role for years, trying to break into ML. This program helped me get there. The one-on-one mentorship, the structured study plan, and those mock interviews were game changers. Within a few weeks of completing the course, I had an offer in hand. The best part? It was all taught by people who’ve been in the exact roles I was aiming for.
Real-World Prep That Actually Works
I was looking to move into a more technical role, and this course was exactly what I needed. Everything—from the way they explained tough topics to the support during interviews—felt real and helpful. No fluff, no filler. The MAANG+ instructors really know what they’re talking about. I landed a machine learning job just two weeks after finishing.
Went From Nervous to Confident—and Got the Job
I used to panic at the thought of technical interviews, especially anything ML-related. But this course broke things down in a way that made sense, and the mock interviews were so close to the real thing. After finishing, I got hired as an ML engineer at one of the leading companies. Honestly, I didn’t expect it to happen this fast.
The Best Career Move I’ve Made
Switching into AI felt overwhelming at first, but this course made it doable. The trainers were super supportive, and hearing straight from MAANG+ engineers gave me a clear sense of what interviewers actually look for. I ended up getting an offer right after finishing the prep. Can’t recommend it enough.

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What you will learn
Six skills the AI/ML module builds, from Python and data handling to ML system design.
Python & Data Handling
Master Python 3 for ML and data tasks in Jupyter, Colab and VS Code, and clean, transform and analyze data with Pandas and NumPy.
Machine Learning & Model Evaluation
Understand the ML pipeline, build models with scikit-learn, and evaluate their performance using key metrics.
Feature Engineering & Model Tuning
Apply feature engineering, tune models with GridSearchCV and RandomSearchCV, and make them explainable with SHAP.
Advanced ML & Imbalanced Data
Work with decision trees, XGBoost and LightGBM, and handle imbalanced datasets with SMOTE to keep models accurate.
Deep Learning, GenAI & LangChain
Build neural networks with Keras or PyTorch, fine-tune transformers like GPT and BERT, and create agentic AI workflows with LangChain, FAISS and LLMs.
ML System Design & AI Architecture
Design scalable ML systems, manage model deployment, and weigh batch against real-time inference.
Eligibility
Prerequisites for the AI ML Interview Preparation Program
You are eligible if you are a current Machine Learning Engineer.
You are also eligible as a current Data Scientist working with MLOps.
Fresh graduates with an ML major or a PhD degree are eligible too.

This course is for you
For machine learning, MLOps and AI engineers, and data scientists in MLOps, preparing for interviews at MAANG+ and Tier-1 companies.
Data Scientists Working in ML Ops
Machine Learning Engineers
ML Ops Engineers
AI Engineers

Want all of this in one file?
The week-by-week curriculum, the schedule and the fee, as a PDF you can read offline or forward to whoever signs it off.
Frequently Asked Questions
01What is the interview process like for Machine Learning roles at MAANG+ and Tier-1 companies?
The Machine Learning interview process at top tech companies generally includes multiple stages designed to assess your technical, analytical, and behavioral fit. Here's a breakdown of what to expect: Initial Technical Screening 1.Format: Phone or virtual interview 2.Focus Areas:
- Basic understanding of Machine Learning concepts
- Discussion of past ML projects
- Coding problems (often LeetCode medium to hard level)
3. Core Technical Rounds (On-site or Virtual – 3 to 8 Rounds) a. Coding Rounds (1–2 rounds)
- Data Structures and Algorithms
- ML-specific coding tasks
- In-depth ML project discussions
b. System Design Rounds (1–2 rounds)
- Scalable software system design
- ML system design (e.g., building a recommendation engine)
- Note: For candidates with <3 years of experience, ML system design may be replaced with an additional ML fundamental round.
c. ML Technical Rounds (1–3 rounds)
1.Breadth and depth of ML understanding 2.Topics include:
- Linear/Logistic Regression
- Decision Trees, SVM, Neural Networks
- Optimization techniques (e.g., Gradient Descent)
- Loss functions (e.g., Cross-Entropy Loss)
- Tools and deployment pipelines
3. Behavioral Round
- Experience and project-based discussion
- Open-ended questions to assess cultural and team fit
Summary
Candidates should prepare for:
- Strong coding and DSA skills
- A solid grasp of ML algorithms and system-level thinking
- The ability to explain and discuss past ML projects
- Clear communication and alignment with company values during behavioral interviews
01What questions are asked most often in Machine Learning interviews at top tech companies?
1. Coding & Algorithmic Questions Expect questions that test your data structures, algorithms, and ability to translate ML problems into code.
- Implement a word segmentation algorithm: Given a string without spaces, recover the original sentence using a valid dictionary.
- Given a list of timestamps and user IDs, find the longest active streak for each user.
- Given a binary tree, write a function to return the path with the maximum sum passing through the root.
- Implement K-means clustering using only NumPy (no scikit-learn).
- Write a function to apply a convolution operation on a grayscale image matrix. Extend it with stride and padding options.
- Design a scheduler to assign jobs across machines with varying CPU & RAM capacities.
2. System Design for ML These questions evaluate your ability to build scalable and efficient ML-powered systems.
- Design a movie recommendation engine for an in-flight entertainment system.
- Architect a system for real-time fraud detection for an e-commerce platform.
- Design a scalable ML pipeline to personalize news feed content.
- How would you build a trigger word detection system like “Hey Google”?
- Explain how you’d design an ML feature store and manage feature versioning.
3. Core ML Conceptual Questions These test your understanding of fundamental algorithms, optimization techniques, and practical trade-offs.
- What’s the difference between bias-variance tradeoff and overfitting-underfitting?
- Explain how you’d handle imbalanced datasets in classification problems.
- How does dropout prevent overfitting in neural networks?
- What is the vanishing gradient problem, and how can it be mitigated?
- When should you use precision over recall in a classification task?
- Why might XGBoost outperform logistic regression or SVM on tabular data?
4. ML Tools, Frameworks, and Deployment Companies often assess your familiarity with the real-world tech stack.
- Describe how you’d deploy a model using Docker and Kubernetes.
- What are the pros and cons of using batch inference vs. real-time inference?
- How do you monitor model drift in production?
- Explain the differences between TF Serving, TorchServe, and BentoML.
- What CI/CD practices would you follow for ML systems?
5. Open-ended & Behavioral ML Questions These assess your ability to think holistically, collaborate cross-functionally, and contribute meaningfully to business impact.
- Pick a product you love and describe how you’d improve it using ML.
- How would you design an ML strategy to increase revenue for our business?
- What are your thoughts on improving our current data pipeline?
- How do you define and measure the success of an ML project?
- What’s the most impactful ML project you’ve worked on, and what were your key learnings?
01What does the career path for a Machine Learning Engineer look like?
Machine Learning offers one of the most rewarding and fast-growing career paths in tech. Here’s how your career could evolve — from your first role to advanced leadership positions — along with average annual salaries at top tech companies.
1. ML Engineer / Applied Scientist I (Entry-Level)
- Experience: 0–2 years
- Typical Roles: Machine Learning Engineer Applied Scientist Data Scientist (ML-focused)
- Skills Required: Python, data structures & algorithms, basic ML algorithms, supervised/unsupervised learning, model training & evaluation
- Average Salary (MAANG+): $130K – $180K base + bonuses + stock
2. ML Engineer II / Research Engineer / Applied Scientist II
- Experience: 2–4 years
- Typical Roles: Mid-level ML Engineer Applied Scientist II ML Research Engineer
- Skills Required: End-to-end ML pipelines, deep learning, production deployment, MLOps, scalable system design
- Average Salary (MAANG+): $170K – $250K base + performance bonus + equity
3. Senior ML Engineer / Senior Applied Scientist
- Experience: 4–7 years
- Typical Roles: Senior ML Engineer Senior Data Scientist (AI/ML focus) Lead Applied Scientist
- Skills Required: ML system design, optimization at scale, advanced modeling (transformers, GANs, RL), mentoring juniors, cross-team collaboration
- Average Salary (MAANG+): $220K – $350K total comp (can go higher with equity)
4. Staff ML Engineer / Principal Scientist / Tech Lead
- Experience: 7–10 years
- Typical Roles: Staff ML Engineer Machine Learning Tech Lead Principal Applied Scientist
- Skills Required: Technical leadership, architecting ML platforms, model lifecycle management, stakeholder communication, team mentoring
- Average Salary (MAANG+): $300K – $500K+ total compensation
5. ML Engineering Manager / Director of ML
- Experience: 10+ years
- Typical Roles: Engineering Manager (ML Team) Director / VP of AI/ML
- Skills Required: People management, strategic planning, roadmap ownership, aligning ML initiatives with business goals
- Average Salary (MAANG+): $400K – $800K+ total compensation






