Typed Python LLM service
Build a tested Python package and FastAPI service that validates requests, calls a model, streams output, logs failures, and exposes documentation.

Build production AI agents with Python, LLMs, RAG, fine-tuning, LangGraph, MCP, FastAPI, evaluation, security, and deployment.
By pressing submit, you agree to our Terms of Service and Privacy Policy.
Outcomes
Write production-quality Python for AI systems using environments, packages, typing, Pydantic, async APIs, FastAPI, testing, logging, Git, and Docker.
Explain LLM architecture, tokenization, embeddings, inference, quantization, model families, and hosted-versus-open-model trade-offs for engineering decisions and deployment choices confidently.
Build reliable LLM features with structured outputs, tool schemas, prompt versioning, automated evaluations, regression tests, fallbacks, and cost-quality benchmarks.
Design production RAG systems with ingestion, chunking, metadata, hybrid retrieval, reranking, citations, access controls, caching, and retrieval evaluation.
Prepare datasets and fine-tune language models using supervised fine-tuning, LoRA, QLoRA, PEFT, quantization, experiment tracking, and model cards responsibly.
Develop stateful AI agents that use tools, memory, retrieval, retries, checkpoints, approval gates, escalation paths, and explicit stopping conditions reliably.
Build and evaluate multi-agent and MCP-enabled systems with secure permissions, secrets management, prompt-injection defenses, auditability, and governance controls.
Deploy full-stack AI agent applications with APIs, user interfaces, databases, tracing, monitoring, CI/CD, versioning, cost controls, rollback plans, and documentation.
Included
12
144
67
12
0
0
72
Included
Curriculum
Audience
Tools
Requirements
Basic programming logic or prior exposure to Python, JavaScript, Java, C++, or another language is strongly recommended.
Learners without Python experience should complete the provided pre-course Python bridge exercises before the main cohort.
Comfort using files, folders, a terminal, browser developer tools, APIs, JSON, and Git is helpful.
A laptop with at least 16 GB RAM is recommended; a dedicated GPU is not mandatory because fine-tuning labs can use cloud GPUs.
Some model APIs, cloud GPU labs, vector databases, and deployment platforms may require learner-funded usage credits.
Learners should plan regular practice outside class and be ready to read code, debug failures, write tests, and document projects.
Projects
Build a tested Python package and FastAPI service that validates requests, calls a model, streams output, logs failures, and exposes documentation.
Compare hosted and open models for quality, latency, structured output, tool use, and cost, then implement configurable routing logic.
Create a versioned prompt service with Pydantic schemas, golden test cases, adversarial cases, automated evaluation, and release thresholds.
Ingest a mixed document corpus, apply metadata and access fields, index embeddings, and expose filtered semantic and hybrid search.
Build a cited RAG assistant with query rewriting, reranking, abstention, cache, tracing, permissions, and offline retrieval evaluation.
Prepare and validate a task dataset, run a small fine-tuning experiment, compare it with the baseline, and write a model decision memo.
Train a parameter-efficient adapter, track experiments, benchmark before and after behaviour, publish a model card, and document serving options.
Create a single agent with typed tools, explicit graph state, memory, retrieval, retries, budgets, stopping conditions, and test scenarios.
Build a persistent workflow with risk-based approval gates, escalation, audit events, recovery logic, and measurable intervention metrics.
Implement coordinator and specialist agents, then compare the result with a simpler single-agent baseline on quality, latency, reliability, and cost.
Build an MCP server and client workflow with scoped tools, authentication, secrets protection, prompt-injection tests, and a documented threat model.
Ship a deployed agent product with Python API, interface, RAG, tools, memory, approvals, evaluation, tracing, CI/CD, cost controls, runbook, and architecture case study.
Certificate
Complete the classroom work, projects, and required practice to earn your SkillmaxX Academy course certificate.
The certificate is designed to support your portfolio, interview conversations, and proof of structured hands-on learning.

Course fee
₹69,999
MRP₹1,29,999
EMI options available for eligible learners Counselling helps confirm fit, schedule, and payment flow before registration.
FAQs
Course counselling
Get clarity before registration and payment.

Build production AI agents with Python, LLMs, RAG, fine-tuning, LangGraph, MCP, FastAPI, evaluation, security, and deployment.
By pressing submit, you agree to our Terms of Service and Privacy Policy.
Outcomes
Write production-quality Python for AI systems using environments, packages, typing, Pydantic, async APIs, FastAPI, testing, logging, Git, and Docker.
Explain LLM architecture, tokenization, embeddings, inference, quantization, model families, and hosted-versus-open-model trade-offs for engineering decisions and deployment choices confidently.
Build reliable LLM features with structured outputs, tool schemas, prompt versioning, automated evaluations, regression tests, fallbacks, and cost-quality benchmarks.
Design production RAG systems with ingestion, chunking, metadata, hybrid retrieval, reranking, citations, access controls, caching, and retrieval evaluation.
Prepare datasets and fine-tune language models using supervised fine-tuning, LoRA, QLoRA, PEFT, quantization, experiment tracking, and model cards responsibly.
Develop stateful AI agents that use tools, memory, retrieval, retries, checkpoints, approval gates, escalation paths, and explicit stopping conditions reliably.
Build and evaluate multi-agent and MCP-enabled systems with secure permissions, secrets management, prompt-injection defenses, auditability, and governance controls.
Deploy full-stack AI agent applications with APIs, user interfaces, databases, tracing, monitoring, CI/CD, versioning, cost controls, rollback plans, and documentation.
Included
12
144
67
12
0
0
72
Included
Curriculum
Audience
Tools
Requirements
Basic programming logic or prior exposure to Python, JavaScript, Java, C++, or another language is strongly recommended.
Learners without Python experience should complete the provided pre-course Python bridge exercises before the main cohort.
Comfort using files, folders, a terminal, browser developer tools, APIs, JSON, and Git is helpful.
A laptop with at least 16 GB RAM is recommended; a dedicated GPU is not mandatory because fine-tuning labs can use cloud GPUs.
Some model APIs, cloud GPU labs, vector databases, and deployment platforms may require learner-funded usage credits.
Learners should plan regular practice outside class and be ready to read code, debug failures, write tests, and document projects.
Projects
Build a tested Python package and FastAPI service that validates requests, calls a model, streams output, logs failures, and exposes documentation.
Compare hosted and open models for quality, latency, structured output, tool use, and cost, then implement configurable routing logic.
Create a versioned prompt service with Pydantic schemas, golden test cases, adversarial cases, automated evaluation, and release thresholds.
Ingest a mixed document corpus, apply metadata and access fields, index embeddings, and expose filtered semantic and hybrid search.
Build a cited RAG assistant with query rewriting, reranking, abstention, cache, tracing, permissions, and offline retrieval evaluation.
Prepare and validate a task dataset, run a small fine-tuning experiment, compare it with the baseline, and write a model decision memo.
Train a parameter-efficient adapter, track experiments, benchmark before and after behaviour, publish a model card, and document serving options.
Create a single agent with typed tools, explicit graph state, memory, retrieval, retries, budgets, stopping conditions, and test scenarios.
Build a persistent workflow with risk-based approval gates, escalation, audit events, recovery logic, and measurable intervention metrics.
Implement coordinator and specialist agents, then compare the result with a simpler single-agent baseline on quality, latency, reliability, and cost.
Build an MCP server and client workflow with scoped tools, authentication, secrets protection, prompt-injection tests, and a documented threat model.
Ship a deployed agent product with Python API, interface, RAG, tools, memory, approvals, evaluation, tracing, CI/CD, cost controls, runbook, and architecture case study.
Certificate
Complete the classroom work, projects, and required practice to earn your SkillmaxX Academy course certificate.
The certificate is designed to support your portfolio, interview conversations, and proof of structured hands-on learning.

Course fee
₹69,999
MRP₹1,29,999
EMI options available for eligible learners Counselling helps confirm fit, schedule, and payment flow before registration.
FAQs
Course counselling
Get clarity before registration and payment.