Mastering Multimodal AI
Engineering Vision, Audio, and Language Fusion Systems
This course transitions students from LLM-centric thinking to Large Multimodal Model (LMM) engineering. Participants will learn to align different data distributions (pixels, waveforms, and tokens) into a shared latent space to build 'eyes, ears, and voices' for their AI applications.
What You Will Master
Curriculum Overview
The Engineering Stack
Multimodal Engineering Projects
Practical, production-grade projects designed to benchmark your mastery of LMM engineering.
The Interactive Concierge
A video-audio-text agent that sees, hears, and responds contextually.
Multimodal Security Auditor
Correlates CCTV footage with audio triggers like breaking glass.
Medical Diagnostic Aid
Fuses X-ray imagery with patient history and doctor's voice notes.
The Multimodal Shift
"The next generation of AI won't just 'read' the world; it will perceive it. Mastering the fusion of vision, audio, and language is the key to building truly autonomous systems."
Frequently Asked Questions
Mastery Assessment: Multimodal AI & Agentic Systems
Validate your expertise in MLLM architectures, modality alignment, and agentic AI security.
Multimodal AI Mastery Assessment
50 comprehensive questions covering MLLM modules, training stages, modality competition, and agentic security.
Celoris Designs

Celoris Designs
Pioneering AI-First Development
Specializing in advanced AI Systems and Multimodal Engineering. We help engineers bridge the gap between text-only LLMs and complex perception-driven AI.
Prerequisites
- Strong proficiency in Python and PyTorch
- Deep understanding of Transformer architectures
- Familiarity with Hugging Face ecosystem
- Experience with Vector Databases is recommended