Mooc AtlasUniversity-level self-study
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Chemistry & materials · 26Advanced

Process & Chemical Safety Engineer

Technicians or engineers in the chemical industry.

General and physical chemistry, engineering mathematics, then risk analysis, toxicology, release models and explosions.

207hours of coursework
21weeks at 10 h
4steps
11courses
4universities

Target skills

ChemistryScientific MethodsLaboratory ExperienceExperimentationNumerical AnalysisApplied MathematicsScriptingMechanicsIntegral CalculusAlgebraDerivativesCalculus

Skill labels as listed on Coursera.

Target jobs

  • Process engineer
  • HSE manager
  • Industrial safety engineer

Progression

  1. 1
    Rice University

    Stated prerequisites: None required; high school chemistry recommended

  2. 2
    University of ManchesterBeginner
  3. 3
    The Hong Kong University of Science and TechnologyBeginnerMATLAB

    Stated prerequisites: Single variable calculus and some computer programming ability

    Show the 5 courses
    CourseLevelLengthRating (reviews)
    Matrix Algebra for EngineersBeginner20 h4.9 (4,726)
    Differential Equations for EngineersBeginner27 h4.9 (2,251)
    Vector Calculus for EngineersBeginner30 h4.8 (1,425)
    Numerical Methods for EngineersIntermediate40 h4.8 (451)
    Mathematics for Engineers: The Capstone CourseIntermediate10 h5.0 (45)
  4. 4
    University of California, DavisAdvanced

    Stated prerequisites: Engineering background, especially chemical engineering

    Show the 4 courses
    CourseLevelLengthRating (reviews)
    Introduction to Process Safety and Risk AnalysisIntermediate9 h4.8 (244)
    Chemical Hazards: Toxicology & ReactivityIntermediate9 h4.8 (71)
    Predictive Models for Toxic Chemical Releases—13 h4.6 (64)
    Fire and Explosion Hazards AnalysisIntermediate8 h4.8 (56)

With Coursera Plus

This path takes 207 hours, about 5 months at 10 hours a week. A Coursera Plus subscription gives access to most of its courses during that time.

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Projects to build

After step 2

Reactor balance

Write the mass and energy balances of a simple reactor.

After step 3

Dispersion model

Program a Gaussian plume and map the area affected by a toxic release.

After step 4

HAZOP study

Run a HAZOP study on a simple process and rank the risks.

Free textbooks

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