Models and mathematics
Transformer mechanics, attention, training, adaptation, model selection and costs.
BUILD UNDERSTANDING. PRACTICE EXPLAINING. DEFEND YOUR DECISIONS.
Prepare for applied, product and platform AI engineering interviews with 35 chapters, architecture dossiers, mathematics, coding exercises and account-linked reading progress.
A self-paced guide for engineers who want to explain how AI systems work, diagnose failures and reason about real design trade-offs.
SELF-PACED · ONE-TIME PURCHASE
₹999 in India / US$29 internationally
Ongoing access. No recurring payments, live cohort or hidden subscription. Checkout uses your server-detected country.
Transformer mechanics, attention, training, adaptation, model selection and costs.
Retrieval, memory, agents, reliable execution, evaluation, security and serving economics.
ML foundations, data pipelines, ranking, distributed training, inference and multimodal systems.
Coding-agent, financial-action and evaluation-platform dossiers; reproducible Python practice.
Role paths, diagnostics, project defense, technical leadership and a scoring guide.
Search the guide, inspect diagrams, mark resources read and resume using your account.
Bring Python skills and basic machine learning knowledge. This is a reading and practice course, not live tutoring, a video bootcamp or a certificate of interview readiness. Examples include scripted planners and CPU reference experiments; they do not establish real-model or GPU performance. Independent learner review and assessment calibration remain in progress. No employer endorsement or job outcome is promised.
No. Pay ₹999 in India or US$29 internationally once for ongoing access to this course. There are no recurring charges.
No. This is a self-paced reading and practice course, not a live bootcamp, employer-endorsed assessment or job guarantee. Completion records reading progress, not verified interview readiness.
Yes. Sign in to save the resources you have read, your reading percentage and explicitly completed resources. Resume on another device using the same account.
2 hours of live coding. Fine-tuned open-source model with LoRA and QLoRA
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