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Course information comes from the public UCLA General Catalog. Requisites are read from UCLA’s published wording and can be incomplete or out of date — check the official catalog listing and your department adviser before you enroll.

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CH ENGR 101ATransport Phenomena I

Chemical Engineering · 4 units · Undergraduate upper division (100-199)

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Introduction to analysis of fluid flow in chemical, biological, materials, and molecular processes. Fundamentals of momentum transport, Newton law of viscosity, mass and momentum conservation in laminar flow, Navier/Stokes equations, and engineering analysis of flow systems.

Letter grading.

When it runs

  • Fall 2025
  • Fall 2026

Scheduled, not typical — from UCLA’s Schedule of Classes, which publishes Fall 2025 through Spring 2027 and nothing before it.

Requisites

Official UCLA wording

Enforced requisites: Mathematics 33A, 33B. Enforced corequisite: course 109.

BruinTree reads · Prerequisite

confidence 1.00 · from text
all of
  • MATH 33A
  • MATH 33B

BruinTree reads · Corequisite

confidence 1.00 · from text
CH ENGR 109

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About CH ENGR 101A. We read UCLA’s requisite wording by machine, and it gets things wrong.

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Requires

Everything that has to come before this course, not just the courses named in the requisite above.

CH ENGR 101A

  • CH ENGR 109Numerical and Mathematical Methods in Chemical and Biological Engineering
    • CH ENGR 101ATransport Phenomena Ianother path to it
    • C&EE M20Introduction to Computer Programming with MATLAB
      • MATH 33ALinear Algebra and Applicationsanother path to it
    • MECH&AE M20Introduction to Computer Programming with MATLAB
      • MATH 33ALinear Algebra and Applicationsanother path to it
  • MATH 33ALinear Algebra and Applications
    • MATH 3BCalculus for Life Sciences Students
      • MATH 3ACalculus for Life Sciences Students1 more beneath
    • MATH 31BIntegration and Infinite Seriesanother path to it
    • MATH 32ACalculus of Several Variables
      • MATH 31ADifferential and Integral Calculusanother path to it
  • MATH 33BDifferential Equations
    • MATH 31BIntegration and Infinite Series
      • MATH 31ADifferential and Integral Calculus1 more beneath

3 direct requisites. Showing 15 courses over 3 levels; the branches marked with a count carry on past it. Every course here opens its own tree.

Unlocks

What this course is a requisite for, and what those courses lead to in turn.

CH ENGR 101A

  • CH ENGR 101BTransport Phenomena II: Heat Transfer
    • CH ENGR 101CMass Transfer11 more beyond
      • CH ENGR 104BChemical and Biomolecular Engineering Laboratory II
      • CH ENGR 104CSemiconductor Processing
      • BIOENGR M215Biochemical Reaction Engineering
      • CH ENGR 104CLSemiconductor Processing Laboratory
      • CH ENGR 104DMolecular Biotechnology Laboratory: From Gene to Product
      • BIOENGR M225Bioseparations and Bioprocess Engineering
      • CH ENGR 106Chemical Reaction Engineering4 more beyond
      • CH ENGR 107Process Dynamics and Controlanother path to it
    • CH ENGR 103Separation Processes
      • CH ENGR 104BChemical and Biomolecular Engineering Laboratory IIanother path to it
      • CH ENGR 107Process Dynamics and Control2 more beyond
      • CH ENGR 108AProcess Economics and Analysisanother path to it
      • CH ENGR 108BChemical Process Computer-Aided Design and Analysis1 more beyond
      • CH ENGR C121Membrane Science and Technologyanother path to it
    • CH ENGR 104AChemical and Biomolecular Engineering Laboratory I
      • CH ENGR 104BChemical and Biomolecular Engineering Laboratory IIanother path to it
      • CH ENGR 108AProcess Economics and Analysis2 more beyond
  • CH ENGR 109Numerical and Mathematical Methods in Chemical and Biological Engineering
    • CH ENGR 101ATransport Phenomena Ianother path to it
  • CH ENGR C112Polymer Processes
  • CH ENGR C121Membrane Science and Technology
  • CH ENGR C212Polymer Processes
  • CH ENGR C221Membrane Science and Technology

6 courses list this as a requisite. Showing 25 courses over 3 levels; the branches marked with a count carry on past it. Every course here opens its own tree.