Rising Operational Cost
Uncontrolled token usage, redundant model calls, and no caching strategy can turn a working prototype into an unsustainable AI bill. Learn to cut inference cost without cutting quality.
A hands-on LLMOps training program covering RAG pipelines, cost optimization, observability, and AI governance, built for engineers deploying LLMs to production, not just prototyping them.

Understand the production problems LLMOps is designed to solve.
Uncontrolled token usage, redundant model calls, and no caching strategy can turn a working prototype into an unsustainable AI bill. Learn to cut inference cost without cutting quality.
Hallucinations, prompt injection, and silent RAG failures don't show up in a demo; they show up in production. Build the evaluation and guardrail systems that catch them first.
Manual prompt tuning and ad-hoc deployment turn every model update into a fire drill. Use repeatable LLMOps pipelines to ship changes safely and fast
A hands-on training path for engineers ready to move LLM systems from prototype to production, not another theory-only AI course.
Includes the detailed learning path, module structure and technical prerequisites.
Real production systems, not toy examples, the same problems you'll face on the job.
Build a routing system that sends simple queries to cheaper, faster models and caches repeated answers, cutting inference cost without sacrificing response quality.
Implement a defense layer using tools like NeMo Guardrails or LlamaGuard to block prompt injection attacks and prevent off-brand or hallucinated responses before they reach users.
Set up tracing and debugging for RAG pipeline failures using tools like LangSmith or Phoenix, so when something breaks in production, you can find out why in minutes, not hours.
Examples of practical projects learners can create using the skills from this course.

An existing AI customer support tool was taking too long to respond and burning through API credits by sending every simple query to an expensive, heavy-weight model. The student implemented a semantic caching layer to instantly answer repeated questions, and built a model-router that automatically directed simple queries to a cheaper, faster model (like Llama 3 8B) and only routed complex queries to GPT-4 Reduced average response latency by 60% and cut daily token API costs in half, without degrading the quality of the AI's answers.

A company’s internal AI assistant was vulnerable to prompt injection attacks and would occasionally hallucinate confidential data or answer off-topic questions. Instead of trying to rewrite the base application, the student deployed an independent security layer (using tools like NeMo Guardrails or LlamaGuard). They established strict input/output filters to block malicious "jailbreaks" and automatically intercept toxic or off-brand responses before they reached the user. Secured a vulnerable AI endpoint against 99% of common prompt injections and ensured 100% compliance with company brand guidelines.

Engineering teams were receiving user complaints about a Retrieval-Augmented Generation (RAG) bot giving wrong answers, but had no way to track where the failure was happening (was it a bad prompt, or bad document retrieval?). The student integrated a full tracing and observability suite (such as LangSmith or Phoenix) into the existing, unmonitored architecture. They created a live dashboard that logged every step of the AI's thought process, flagged errors automatically, and monitored retrieval accuracy. Eliminated 'black box' AI failures by giving engineering teams a dashboard to pinpoint and debug hallucination errors in minutes instead of days.
Progress through foundational concepts, production workflows, and hands-on labs designed to prepare you for real-world LLMOps challenges.

AI Coach & Consultant
Ayush Kulshreshtha brings a practical, industry-focused approach to AI Solution Architect Training. He has designed the curriculum around real-world AI architecture patterns, helping learners understand how organizations move from AI concepts and pilots to scalable, production-ready solutions. His training approach combines technical expertise, hands-on learning, strategic thinking, and real-world use cases, enabling professionals to design AI solutions that align with business goals and enterprise requirements.
Get support while you learn, exchange ideas with peers and keep moving when a practical activity gets difficult.
“The strongest outcome of a professional course is being able to apply the learning to a real problem, explain the result clearly and repeat the process with confidence.”
Use this section for a verified learner story, measurable business outcome or role transition.
See how learners apply LLMOps skills to real production environments and career growth.
“This roadmap gave me the practical foundation I needed to move from research to production. The deployment labs were incredibly realistic.”
“Exactly what I needed to understand LLMOps workflows. The module on monitoring and observability alone has already improved our production systems.”
“Finally, a comprehensive guide to LLMOps that doesn't assume you're a researcher. Practical, clear, and immediately applicable.”
Enroll and unlock resources to accelerate your LLMOps career.
A comprehensive checklist for deploying, monitoring, and maintaining LLMs in production environments. ($79 Value)
Ready-to-use configuration files and scripts for common LLMOps infrastructure patterns. ($129 Value)
Lifetime access to peer learning, job opportunities, and industry connections with other LLMOps professionals. (Priceless Value)
Choose the plan that fits your learning goals.
Get started with foundational content and explore the learning path.
Complete LLMOps mastery with all modules, labs, assessments, and lifetime access.
Upskill a group with coordinated learning, administrative visibility and team enrollment support.
Start with the essentials, then upgrade when you are ready for the complete professional learning journey.
Everything you need to know before starting your LLMOps journey.