Process Equipment Design: Fundamentals and Applications
Process Equipment Design: Fundamentals and Applications
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- Learn from Industry Expert
Why enroll
What enrolled engineers say
Material maps cleanly to day-to-day design work when you’re building or reviewing equipment. The shell-and-tube heat exchanger chapter, the baffle spacing example with fouling margins and ΔP math, stuck because it shows tradeoffs instead of hand-waving. I treated the calcs like a PR checklist for prod issues; it’s similar to how we sanity-check arch and infra before k8s changes, and I’ve reused it. Pace is uneven—some parts assume advanced background while others reset to beginner, and I wasn’t sold on the light coverage of chemicalpharmaceutical cases, but I don’t get stuck as long debugging specs.
Chapter 4’s shell-and-tube fouling calc stuck—it's the first time heat-transfer theory clicked for chemicalpharmaceutical work, though I've wanted more on spec tolerances.
Jumped in halfway through and the context snapped in fast; slides didn't assume too much and the arch built logically. The ASME VIII pressure vessel thickness calc in the “Design for Internal Pressure” section, especially the corrosion allowance callout, stuck. I wasn't sold on the pump NPSH segment; wished there was more on cavitation checks under variable RPS, and fewer screenshots. I've already dropped the exchanger-sizing checklist and nozzle spacing rules into our repo style guide; it'll show up in PRs.
Is this course for you?
You should take this if
- You work in Pharmaceutical & Healthcare
- You're a Chemical & Process / Mechanical Engineering professional
- You have 3+ years of hands-on experience in this field
- You prefer self-paced learning you can revisit
You should skip if
- You're new to this field with no prior experience
- You need a different specialisation outside Chemical & Process
- You need live interaction with an instructor
Course details
Course suitable for
Course content
The course is readily available, allowing learners to start and complete it at their own pace.
- Introduction5 min
- Introduction of Process Equipment Design43 min
- Classification of exchangers-134 min
- Classification of exchangers-242 min
- Basic design parameters-137 min
- Basic design parameters-240 min
- Double pipe exchanger-134 min
- Double pipe exchanger-241 min
- Double pipe exchanger-325 min
- Types of Shell and Tube exchangers37 min
- Exchanger Tubes38 min
- Exchanger Shell33 min
- STE design- Kern’s method-130 min
- STE design- Kern’s method-231 min
- STE design- Kern’s method-325 min
- STE design- Kern’s method-Example-440 min
- STE design- Kern’s method-Example-525 min
- STE design- Bell’s method-136 min
- STE design- Bell’s method-231 min
- STE design- Bell’s method-333 min
- STE design – Bell’s method: Example-432 min
- STE design – Bell’s method: Example-529 min
- Design of Condenser-133 min
- Design of Condenser-238 min
- Design of Condenser-331 min
- Design of Condenser-431 min
- Design of Condenser-522 min
- Design of Reboiler-138 min
- Design of Reboiler-236 min
- Design of Reboiler-325 min
- Design of Reboiler-429 min
- Design of Reboiler-536 min
- Design of Reboiler-634 min
- Design of Reboiler-726 min
- Design of Evaporator-135 min
- Design of Evaporator-229 min
- Design of Evaporator-328 min
- Design of Evaporator-429 min
- Design of Evaporator-533 min
- Design of Crystallizer-131 min
- Design of Crystallizer-229 min
- Design of Crystallizer – Examples32 min
- Design of Crystallizer – Types26 min
- Design of Packed Column-129 min
- Design of Packed Column-229 min
- Design of Packed Column-336 min
- Design of Packed Column-426 min
- Design of Packed Column-531 min
- Distillation Column – 134 min
- Distillation Column – 230 min
- Distillation Column – 335 min
- Distillation Column – 430 min
- Distillation Column – 534 min
- Distillation Column – 624 min
- Distillation Column – 735 min
- Distillation Column – 834 min
- Distillation Column – Mechanical Design-134 min
- Distillation Column – Mechanical Design-228 min
- Distillation Column – Mechanical Design-331 min
- Distillation Column – Mechanical Design-432 min
- Distillation Column – Mechanical Design-535 min
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Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities-all in a flexible and supportive environment.
What learners say about this course
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Nice
For a beginner course, Sample Live bridges legacy habits to infra without pretending you're running k8s; the Chapter 2 CI walkthrough where a failing test blocks a PR in the repo stuck. mostly useful for day-to-day—mapping arch decisions to prod obs—but I wasn't sold on RPS and wished there was an aside on migrating CI.
Grabbed this to tighten up system design thinking, not to chase math proofs, and it mostly fit that lane for a beginner course. The chapter that stuck was the self‑attention walkthrough where they freeze on a 4‑token sentence and sketch Q/K/V shapes on screen, then show how a tiny change in softmax temperature flips the output; that’s now a note in our repo next to an old PR. Framing transformers as an arch choice with tradeoffs helped when we talked about prod inference paths and why RPS falls off under longer contexts. it's light on infra realities, though. I wasn’t sold on the quick pass over scaling; a bit more on k8s placement, CI checks for model drift, or basic obs would’ve helped teams shipping this stuff. Still, it nudged us to clean up assumptions, and we’re already tweaking on‑call docs to match how attention actually behaves.
Oct 2, 2026 
