← Chemical & Process Engineering Studio
🎓 Professional Training Program✨ Premium Content

Applied Chemical & Process Engineering Professional Program

Learn to design real distillation columns, heat exchanger networks, batch reactors, and process safety studies — fluid mechanics, heat/mass transfer, reaction engineering, P&IDs, HAZOP, and process control.

25 modules in 5 phases, with worked examples, interactive tools, labs and a quiz in every one, and a certificate of completion.

25 Modules5 PhasesInteractive lessons5 Real Projects12-Template KitQuizzesCertificate

The big picture

Follow the arrows from the top, or jump straight into any module. Each box shows the labs, calculators and drawings you will use.

Program
25 modules in 5 phases
›
Phase
a group of modules with one outcome
›
Module
one unit of the program, numbered in order
›
Topic
a part of a module
›
Step
one screen inside a module
▶ START HERE
1
Foundations
Covers Chemical Engineering Fundamentals, Fluid Mechanics, Heat Transfer, Mass Transfer, Thermodynamics and Reaction Engineering.
0/6 done
2
Separation & Equipment Design
Covers Separation Processes, Distillation, Heat Exchangers, Pumps & Compressors, Process Instrumentation and Process Control.
0/6 done
3
Safety & Operations
Covers P&IDs, Process Safety, HAZOP, Plant Operations and Troubleshooting.
0/5 done
4
Real Projects
You apply what you have learned to 5 complete designs, starting with Distillation Column Design.
0/5 done
5
Resources & Certification
Covers Professional Practice, Documentation & Resource Kit and Practice & Certification.
0/3 done
🎓 Certificate of completion

Phase by phase

0%
Your training track
25 modules in 5 phases
Preview the path. Everything is unlocked with your purchase. Each step mixes short lessons, interactive tools, labs and practice.
Start: Chemical Engineering Fundamentals →
🎓Certificate
Phase 1

Foundations

By the end: Covers Chemical Engineering Fundamentals, Fluid Mechanics, Heat Transfer, Mass Transfer, Thermodynamics and Reaction Engineering.

Chemical Engineering FundamentalsFluid MechanicsHeat TransferMass Transfer
  1. ⚗️
    Chemical Engineering FundamentalsUP NEXT🔒
    Process engineering scope, mass/energy balances, PFDs, and unit operations.
    🔬 Chemical Reaction lab
  2. 🌊
    Fluid Mechanics🔒
    Fluid properties, Reynolds number, Bernoulli’s equation, and pipe sizing.
    🔬 Reynolds Number lab🔬 Continuity Equation lab
  3. 🔥
    Heat Transfer🔒
    Conduction, convection, radiation, and the LMTD concept.
    🔬 Conduction Heat Transfer lab🔬 Convection Heat Transfer lab🧮 Heat Exchanger Lmtd Calculator📄 Mass Transfer VS Diffusion
  4. 💨
    Mass Transfer🔒
    Fick's law, mass transfer coefficients, and vapor-liquid equilibrium.
    📄 Mass Transfer VS Diffusion🧮 Mass Balance Calculator🔬 Conduction Heat Transfer lab🔬 Convection Heat Transfer lab
  5. 🌡️
    Thermodynamics🔒
    The first and second laws, enthalpy balances, and phase equilibrium.
  6. 🧫
    Reaction Engineering🔒
    Rate laws, ideal reactor types, conversion, and selectivity.
    🧮 Reaction Conversion Calculator📄 Reaction Kinetics VS Equilibrium🔬 Chemical Reaction lab🔬 Reaction Energy lab
🧮 Calculator🔬 Lab🎛️ Simulator🖼️ Drawings📐 Designer📄 Article🧩 Planned, not built yet

What's in the downloadable kit?

12 real project templates — a mass and energy balance worksheet, PFD/P&ID symbol legend, HAZOP worksheet, line list, equipment data sheet, relief valve sizing calculation sheet, process safety information checklist, management of change form, commissioning checklist, RFI template, punch list, and an as-built documentation checklist. Available for download from Module 20 (Documentation & Resource Kit) once you've unlocked the program.