Aim
The program aims to provide advanced knowledge on deploying and serving machine learning models in production environments. Participants will learn best practices to ensure scalability, real-time inference, and continuous model management, focusing on the practical aspects of AI model deployment.
Program Objectives
- End-to-End Model Deployment: Learn the full process of deploying machine learning models in production.
- Scalable and Secure Serving Systems: Implement scalable systems for secure model serving.
- Real-Time vs. Batch Inference: Understand the differences and best practices for each.
- Cloud and Containerization: Explore solutions using cloud platforms, Docker, and Kubernetes.
- Post-Deployment Challenges: Manage model drift, retraining, and ongoing maintenance.
Program Structure
Module 1: Introduction to AI Model Deployment
- Overview of Model Deployment and Serving
- Key Challenges: From Development to Deployment
- Concepts: Latency, Scalability, and Monitoring
Module 2: Model Serving Architectures
- Batch vs. Real-Time Serving: Pros and Cons
- REST APIs for Model Deployment
- Microservices Architecture for Scaling AI Models
Module 3: Deploying Models on Cloud Platforms
- Deploying Models in the Cloud (AWS, Google Cloud, Azure)
- Introduction to Machine Learning as a Service (MLaaS)
- Docker and Kubernetes for Model Deployment
- Case Study: Deploying a Model on AWS SageMaker
Module 4: Continuous Integration and Continuous Deployment (CI/CD) for Machine Learning
- Understanding CI/CD Pipelines for AI
- Automating the Model Deployment Workflow
- Integrating CI/CD with Model Retraining
- Tools: Jenkins, GitHub Actions, CircleCI
Module 5: Model Monitoring and Maintenance
- Monitoring Model Performance in Production
- Drift Detection: Data Drift vs. Concept Drift
- Automating Model Retraining and Updates
- Logging, Metrics, and Alerts for Model Health
Module 6: Model Optimization for Serving
- Techniques for Model Compression (Quantization, Pruning)
- Optimizing Models for Edge Devices
- Reducing Latency with Batch Inference
- Tools: TensorRT, ONNX
Module 7: Security and Privacy in Model Deployment
- Securing Deployed Models: Authentication and Encryption
- Handling Sensitive Data in Model Serving
- Data Privacy Concerns: GDPR, CCPA, etc.
- Case Studies: Secure Model Deployment in AI
Module 8: Final Project
- Design and Deploy a Machine Learning Model for Real-Time Serving
- Focus: Cloud Deployment, CI/CD Pipeline, or Model Monitoring
- Present Deployment Strategy, Challenges, and Solutions
Participant’s Eligibility
- Data scientists, AI engineers, DevOps professionals, and cloud engineers interested in model deployment and serving.
Program Outcomes
- Master Model Deployment: Master deploying AI models using Docker, Kubernetes, and cloud platforms.
- Scalable Inference Systems: Implement real-time and batch inference for high-demand environments.
- Post-Deployment Maintenance: Gain expertise in monitoring, managing, and retraining models in production.
- Model Optimization: Learn techniques for compressing and optimizing models for faster performance.
Program Deliverables
- e-LMS Access: All course materials available online.
- Real-Time Project: Practical project on deploying AI models in production.
- Guidance: Project and dissertation guidance from industry experts.
- Certification: Upon successful completion of all assessments.
Future Career Prospects
- AI DevOps Engineer
- Cloud AI Engineer
- Model Deployment Engineer
- AI Infrastructure Specialist
- AI Solutions Architect
Job Opportunities
- Cloud Computing Firms: Companies offering AI deployment services.
- AI Startups: Companies needing scalable model serving solutions.
- Large Enterprises: Businesses deploying AI models for real-time applications.
- Data Science Teams: Teams focused on model maintenance, drift detection, and monitoring.
Reviews
There are no reviews yet.