Nishi Singh
Research Scientist, PhD
Research scientist bringing scientific rigour and research methodology to AI problem-solving.
Full bio →Learn AI. Master GenAI tools. Build real-world AI applications. A 42-hour, project-based Generative AI course covering LLMs, prompt engineering, RAG, AI agents, and production deployment — taught by engineers who build AI systems for a living.
30 hrs learning + 12 hrs hands-on
Mapped to real GenAI job postings
LLMs, RAG, agents, deployment
Portfolio-ready, not toy demos
Who this is for
This Generative AI course online is designed for beginners with basic Python familiarity, computer science students, and working professionals pivoting into AI roles. If you can write a simple function, you can start here.
CS, engineering, and non-CS students who want practical AI skills that go beyond using ChatGPT — and a portfolio that proves it.
Software engineers who want to add LLMs, RAG, and AI agents to their toolkit and understand how production AI systems are actually built.
Professionals moving into GenAI Engineer, AI Product Engineer, or applied ML roles, looking for a structured, credible path in.
Curriculum overview
14 sessions across 42 hours. Every module below links to the full session-by-session breakdown, and several link to a deep-dive guide if you want to go further right now.
What is AI vs ML vs Deep Learning vs Generative AI, how LLMs actually generate text, tokens, context windows, and the model landscape (GPT, Claude, Gemini, Llama, Mistral).
Read: What is an LLM? →Zero-shot to few-shot prompting, role & context prompting, structured JSON outputs, and reducing hallucinations through better prompts.
Read the full guide →Working effectively with ChatGPT, Claude, Gemini, AI coding assistants, and research tools like Perplexity and NotebookLM.
Calling LLM APIs from Python, building a FastAPI backend, streaming responses, and handling rate limits and retries like a real production service.
Vector databases, chunking, embeddings, and retrieval — building a "ChatGPT that knows your documents" pipeline end to end.
Read: What is RAG? →Turning an LLM into an agent with tool/function calling, agent loops, planning, and memory concepts.
Read: AI Agents Explained →Image generation, vision models, speech-to-text and text-to-speech, and OCR/document intelligence.
Architecture, caching, authentication, logging, prompt versioning, cost management, and a live prompt-injection defence exercise.
Read the production guide →AI/GenAI/ML engineering roles, real job postings mapped to your new skills, and building a portfolio that gets interviews.
Prep with interview questions →3 hands-on builds: an AI Study Assistant, a document-chat RAG app, and an AI Career Assistant capstone with tool calling + RAG combined.
See all 3 projects →What makes this course stick
Most online courses have a completion rate under 15%. Ours is designed against that failure mode.
The last 10 minutes of every build session: post a working screenshot or demo to the course group. Public momentum beats private procrastination.
Points for prompt battles, the fastest working RAG pipeline, and best demos — starting Session 4 and running through Demo Day.
Students compete to make a model hallucinate, then a live prompt-injection challenge in Session 12 — you learn failure modes by causing them first.
You use your own notes, your own PDFs, and your own resume in every project — engagement goes up when the output is actually useful to you.
Every student presents their AI Career Assistant capstone to peers, faculty, and an invited industry guest in the final session.
One memorable analogy per module (tokens = LEGO bricks, RAG = open-book exam) repeated until it sticks — used throughout every session.
Hour accounting
| Component | Hours |
|---|---|
| AI & GenAI Foundations | 7 |
| Prompt Engineering | 3 |
| AI Tools & Productivity | 3 |
| LLM App Development | 4 |
| RAG & Knowledge Systems | 4 |
| AI Agents & Tool Calling | 3 |
| Multimodal AI | 2 |
| Production AI | 2 |
| AI Career & Future | 2 |
| Hands-on Projects & Capstone | 12 |
| Total | 42 |
Your instructors
Research Scientist, PhD
Research scientist bringing scientific rigour and research methodology to AI problem-solving.
Full bio →
Software Development Manager, Amazon
Has worked on high-scale applied AI automation projects at Amazon.
Full bio →
Applied AI Engineer
Scaled the AI and backend infrastructure powering products used by 10M users.
Full bio →
AI Team Lead, ISRO
Leads the AI team at ISRO and brings deep applied-AI engineering experience to the classroom.
Full bio →Outcomes
FAQ
Students, early-career developers, and working professionals who want to build real AI applications — not just use ChatGPT. No prior machine learning experience is required; Session 0 gets everyone to the same starting line before Session 1 begins.
Basic familiarity with Python (variables, functions, loops) is helpful but not mandatory. The course starts with plain Python scripts before introducing frameworks, and starter templates are provided so you modify working code rather than starting from a blank file.
You'll ship 3 working AI applications during the course itself: an AI study assistant, a RAG-based "chat with your documents" app, and an AI career assistant capstone that combines tool calling, RAG, and external APIs — plus the skills to build your own AI product ideas afterward. See the full project breakdown on the projects page.
The course runs live and cohort-based (live, cohort-based, online), across 14 sessions of 3 hours each, so every concept is reinforced with live Q&A and instructor feedback — not pre-recorded videos.
Yes. Students who complete the capstone project and present on Demo Day receive a Certificate of Completion from Synaptech Innovations, along with a portfolio-ready GitHub repository and project writeups.
Python, FastAPI, LLM APIs (OpenAI, Gemini, Groq), the Chroma vector database, embeddings, and the concepts behind frameworks like LangChain (covered as "alternatives that exist" so you understand the ecosystem, not just one library). See the full session-by-session curriculum.
Three things: every concept is built the same week it's taught (not weeks later), the class runs live engagement systems — a leaderboard, "break the AI" hallucination-hunting, and a public Demo Day — and every instructor is a working AI/software engineer, not a course-only presenter. See who teaches the course.
Apply now
Tell us a bit about yourself and we'll get back to you with the next cohort's schedule, fees, and a short call to see if this course is the right fit.
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