E-PashuHaat Transportal

GPMS TRANSPORTAL APPLIED AI COURSES

AI

Course 44 - AI for Chemical Engineering: The Next Frontier

Duration: 36 Hours (6 Hours per week - 2 Hrs x 3)

Week 1 - AI in Chemical Process Design
Learning Outcome

Discover how AI improves chemical process design.

1.1 AI-powered process simulation and optimization.
1.2 Machine learning for material selection and reaction optimization.
1.3 AI for safety and hazard analysis in chemical processes.

Practical Component

Use AI tools to design and simulate a chemical process.


Week 2 - Optimizing Chemical Production with AI
Learning Outcome

Learn how AI optimizes chemical production efficiency.

2.1 AI for predictive maintenance in chemical plants.
2.2 Machine learning for optimizing chemical reaction rates.
2.3 AI-driven solutions for reducing waste in production.

Practical Component

Build an AI-powered production optimization model for a chemical plant.


Week 3 - AI in Sustainable Chemical Engineering
Learning Outcome

Explore AI's role in sustainable chemical engineering practices.

3.1 AI for energy optimization in chemical processes.
3.2 Machine learning for reducing environmental impact.
3.3 AI in resource management and waste reduction.

Practical Component

Develop an AI solution for a sustainable chemical engineering process.


Week 4 - AI for Chemical Process Control
Learning Outcome

Understand how AI is used in process control systems.

4.1 AI for real-time process monitoring and control.
4.2 Machine learning for anomaly detection in chemical processes.
4.3 AI for predictive analytics in process control.

Practical Component

Build an AI model for process control in a chemical plant.


Week 5 - AI in Pharmaceuticals and Biochemical Engineering
Learning Outcome

Learn how AI impacts pharmaceutical and biochemical engineering.

5.1 AI for drug discovery and design.
5.2 Machine learning for optimizing bioprocesses.
5.3 AI-driven solutions for quality control in pharmaceuticals.

Practical Component

Design an AI-powered model for drug production optimization.


Week 6 - Capstone Project and Assessment
Learning Outcome

Apply AI to a real-world chemical engineering challenge.

6.1 Develop an AI-based solution for a chemical engineering process.
6.2 Peer assessment and feedback.
6.3 Final project presentation and evaluation.

Practical Component

Present an AI-driven solution for a chemical engineering problem.