Building production-grade solutions with cutting-edge transformer models, ChatGPT APIs, and instruction-tuned architectures.
Architecting and deploying full-stack AI pipelines using best practices in CI/CD, containerization, and scalable ML Ops.
Leveraging RAG, semantic search, and multi-agent frameworks for legal AI, document intelligence, and citation-aware NLP.
Apply advanced concepts in live simulations and earn credentials that reflect real-world AI engineering excellence.
The Beginner Program introduces core concepts of artificial intelligence and machine learning, covering foundational algorithms, supervised and unsupervised learning paradigms, and essential data preprocessing techniques. Trainees gain hands-on experience with Python-based ML libraries, model evaluation metrics, and basic neural network architectures, setting the groundwork for practical AI development.
The Intermediate Program advances into deep learning frameworks, transformer architectures, and large language model fundamentals. Participants engage in fine-tuning pre-trained models, leveraging prompt engineering, and implementing scalable AI pipelines. Emphasis is placed on MLOps best practices, experiment tracking, and model deployment strategies suitable for real-world applications.
The Advanced Program focuses on agentic AI systems, multi-agent coordination, and cutting-edge generative architectures. Students master instruction tuning, retrieval-augmented generation, and multi-modal AI integrations. The curriculum includes designing production-grade, fault-tolerant AI solutions with CI/CD, container orchestration, and scalable inference workflows, preparing learners for leadership roles in AI engineering.