Chemical Engineering for Non-Chemical Engineers
24 hours
Detailed Title:
Gain the confidence to participate in chemical process projects—without a chemical engineering degree. This course covers the core concepts, tools, and safety practices used in real plants.
Course Description:
This course offers a practical and engaging introduction to chemical engineering fundamentals for professionals from non-chemical disciplines. Through simplified explanations, visual tools, and real-world examples, participants will gain insight into the core processes, principles, and decision-making approaches used in process industries.
This course is unlike others that simply condense key topics from a chemical engineering program. Instead, it is designed from a highly practical perspective for individuals whose minds are not 'wired like chemical engineers'.
It’s designed for engineers, technical staff, and decision-makers who work with chemical engineers—or manage chemical projects—but don’t have formal training in the field. By the end of this course, you'll confidently engage in technical discussions, contribute to project reviews, and understand what’s behind the PFDs, P&IDs, and safety regulations.
Topics include fluid flow, heat & mass transfer, reactor design, process control, unit operations, safety, economics, and regulatory codes.
A full set of course notes with diagrams, charts, and references is included.
Who Should Attend:
Mechanical, Electrical, Civil, and Industrial Engineers | Project Managers | Technologists | Regulators | Insurers | Environmentalists | Health & Safety Professionals | Emergency Responders | Anyone working with or supporting chemical operations
Training Methodology:
✔ Plain-language concepts reinforced with examples
✔ Clear visuals, schematics, and analogies
✔ Daily life examples with real plant examples
✔ No prior chemical engineering background required
This course is designed by a professional engineer with decades of experience making complex topics accessible to diverse technical and non-technical audiences.
Organizational Benefits:
- Enable non-chemical team members to better support chemical engineering projects
- Improve safety awareness and regulatory compliance
- Reduce miscommunication across multidisciplinary teams
- Enhance risk awareness and decision-making in process design
- Equip teams with foundational knowledge to boost productivity and project success
Chemical Engineering for Non-Chemical Engineers
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What You Will Learn:
✔ How chemical plants function and what drives design decisions
✔ Core principles of chemical thermodynamics, reaction kinetics, and process control
✔ How material and energy balances apply to real systems
✔ What unit operations like distillation, filtration, and adsorption actually do
✔ How to read and understand process documentation like PFDs and P&IDs
✔ Key environmental, safety, and economic considerations in plant operation
✔ The lifecycle of a process project—from concept to commissioning
Seminar Outline (Highlights):
• Equipment, pipes, utilities, and instrumentation
• Deliverables: PFDs, P&IDs, and what they tell you
• Basics of fluid mechanics and heat transfer
• How materials change in chemical processes
• Mass transfer operations: blending, filtration, centrifugation
• Distillation, adsorption, absorption, extraction
• Introduction to chemical reactors and catalytic processes
• Process plant design concepts
• Bulk solid handling in industrial operations
• Risk management and HSE principles
• Economic evaluation of projects
• Environmental impact and sustainability
• Construction materials and corrosion concerns
• Final recap and wrap-up discussion
Practical Takeaways:
✔ Refresher on chemical engineering principles
✔ Vocabulary of process operations and safety terms
✔ Worked examples with diagrams
✔ Reference list for deeper study
✔ Improved ability to participate in engineering discussions
✔ Certificate of completion
Course FAQ:
Q: Do I need a chemical engineering degree to take this?
A: Not at all. This course is built specifically for professionals without chemical engineering backgrounds.
Q: Will we do complex math or design calculations?
A: No. Concepts are taught visually and practically—no formulas or calculators required.
Q: Will this help me if I’m working in oil & gas or water treatment?
A: Definitely. The content applies to many industries including oil & gas, petrochemical, water/wastewater, food, and pharmaceuticals.
Q: Can I request a shorter version of this course for my company?
A: Yes! Corporate training packages can be customized. Contact us for options.
What Past Participants Say:
“Fantastic refresher. Really clarified the concepts behind equipment and diagrams I see every day.” – Civil Engineer
“Made process plant operations much less intimidating.” – Project Manager
“I appreciated the examples from real plants. Now I understand what the chemical team is talking about!” – Maintenance Lead
“Excellent delivery and very informative for non-chem people like me.” – Risk Consultant
Bridge Course- Design Process Engineering
24 hours
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Bridge Course- Design Water & wastewater Engineering
24 hours
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Bridge Course- Design Water & wastewater Engineering
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