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Program checklist · Diploma

Pneumatic Engineering Technician Diploma

Hennepin Technical College · Brooklyn Park, MN

A checklist is the list of requirements to complete this program and receive the award, as the college publishes it in its catalog. It is the same for everyone. It does not say what you have completed; that comes from applying your own record.

Program
Award
Diploma
Credential class
ceterms:Certificate
Catalog edition
2026-2027
Checklist type
degree-program
Description
Pneumatic Engineering Technicians are responsible for building and modifying pneumatic systems utilized in the fluid power industry. Pneumatic Engineering Technicians calculate pneumatic system parameters, design circuits, evaluate operating systems and recommend changes for maximum efficiency. This program will focus on pneumatic component repair and testing, industrial electricity, programmable logic controls, circuit design and system engineering design. Emphasis will be placed on computer-aided circuit construction and software programming of automated systems. Individuals that enjoy working with their hands as well as their minds and have a high mechanical aptitude should consider this program. Pneumatic Engineering Technicians must be able to read various fluid power schematics, determine adjustments to improve system efficiency and recommend circuit changes. Pneumatic Engineering Technicians test pneumatic components and systems, document changes and build new systems.
Identifiers
IPEDS UNITID
173708
CourseShelf checklist
CK_173708_b9eb0efb
CollegeTransfer.Net
Institution Transfer Profile
Source
CourseShelf publish 61

Requirements to complete

Every course or condition the catalog lists, in the catalog's order.

Program Requirements

94 items
  1. FLPW 1101
    Fluid Power Technology I
    As published: “FLPW1101”
  2. FLPW 1106
    Fluid Power Technology II
    As published: “FLPW1106”
  3. FLPW 1150
    Pneumatic Components
    As published: “FLPW1150”
  4. FLPW 1231
    Industrial Electricity I
    As published: “FLPW1231”
  5. FLPW 1236
    Industrial Electricity II
    As published: “FLPW1236”
  6. FLPW 1340
    Pneumatic Circuits and Air Logic
    As published: “FLPW1340”
  7. FLPW 2000
    Programmable Logic Controllers
    As published: “FLPW2000”
  8. FLPW 2020
    Advanced Programmable Logic Controllers
    As published: “FLPW2020”
  9. FLPW 2112
    Instrumentation of Fluid Power Systems
    As published: “FLPW2112”
  10. FLPW 2360
    Pneumatic Specialist Certification Review
    As published: “FLPW2360”
  11. METS 1200
    Industry Practices and Procedures
    As published: “METS1200”
  12. METS 2000
    Engineering Design Principles
    As published: “METS2000”
  13. METS 2100
    Statics and Strength of Materials
    As published: “METS2100”
  14. ENGC 1100
    AutoCAD for Engineering
    As published: “ENGC1100”
  15. ENGC 1160
    Inventor
    As published: “ENGC1160”
  16. ENGC 1250
    SOLIDWORKS I
    As published: “ENGC1250”
  17. ENGC 2100
    Basic Creo Parametric
    As published: “ENGC2100”
  18. FLPW 1400
    Engineering Drawings and Schematics
    As published: “FLPW1400”
  19. FLPW 1101
    Fluid Power Technology I
    As published: “FLPW1101”
  20. FLPW 1231
    Industrial Electricity I
    As published: “FLPW1231”
  21. FLPW 2000
    Programmable Logic Controllers
    As published: “FLPW2000”
  22. ENGC 1100
    AutoCAD for Engineering
    As published: “ENGC1100”
  23. ENGC 1160
    Inventor
    As published: “ENGC1160”
  24. ENGC 1250
    SOLIDWORKS I
    As published: “ENGC1250”
  25. ENGC 2100
    Basic Creo Parametric
    As published: “ENGC2100”
  26. FLPW 1400
    Engineering Drawings and Schematics
    As published: “FLPW1400”
  27. FLPW 1106
    Fluid Power Technology II
    As published: “FLPW1106”
  28. FLPW 1236
    Industrial Electricity II
    As published: “FLPW1236”
  29. FLPW 2020
    Advanced Programmable Logic Controllers
    As published: “FLPW2020”
  30. FLPW 1150
    Pneumatic Components
    As published: “FLPW1150”
  31. FLPW 1340
    Pneumatic Circuits and Air Logic
    As published: “FLPW1340”
  32. METS 2000
    Engineering Design Principles
    As published: “METS2000”
  33. METS 2100
    Statics and Strength of Materials
    As published: “METS2100”
  34. FLPW 2112
    Instrumentation of Fluid Power Systems
    As published: “FLPW2112”
  35. FLPW 2360
    Pneumatic Specialist Certification Review
    As published: “FLPW2360”
  36. FLPW 2460
    Pneumatic Specialist Certification Exam
    As published: “FLPW2460”
  37. METS 1200
    Industry Practices and Procedures
    As published: “METS1200”
  38. FLPW 1101
    Fluid Power Technology I
    As published: “FLPW1101”
  39. FLPW 1106
    Fluid Power Technology II
    As published: “FLPW1106”
  40. METS 1200
    Industry Practices and Procedures
    As published: “METS1200”
  41. FLPW 1231
    Industrial Electricity I
    As published: “FLPW1231”
  42. FLPW 1340
    Pneumatic Circuits and Air Logic
    As published: “FLPW1340”
  43. FLPW 2000
    Programmable Logic Controllers
    As published: “FLPW2000”
  44. ENGC 1100
    AutoCAD for Engineering
    As published: “ENGC1100”
  45. ENGC 1160
    Inventor
    As published: “ENGC1160”
  46. ENGC 1250
    SOLIDWORKS I
    As published: “ENGC1250”
  47. ENGC 2100
    Basic Creo Parametric
    As published: “ENGC2100”
  48. FLPW 1400
    Engineering Drawings and Schematics
    As published: “FLPW1400”
  49. FLPW 1236
    Industrial Electricity II
    As published: “FLPW1236”
  50. FLPW 2020
    Advanced Programmable Logic Controllers
    As published: “FLPW2020”
  51. FLPW 2112
    Instrumentation of Fluid Power Systems
    As published: “FLPW2112”
  52. FLPW 2360
    Pneumatic Specialist Certification Review
    As published: “FLPW2360”
  53. FLPW 2460
    Pneumatic Specialist Certification Exam
    As published: “FLPW2460”
  54. FLPW 1150
    Pneumatic Components
    As published: “FLPW1150”
  55. METS 2000
    Engineering Design Principles
    As published: “METS2000”
  56. METS 2100
    Statics and Strength of Materials
    As published: “METS2100”
  57. FLPW 1101
    Fluid Power Technology I
    As published: “FLPW1101”
  58. FLPW 1106
    Fluid Power Technology II
    As published: “FLPW1106”
  59. FLPW 1150
    Pneumatic Components
    As published: “FLPW1150”
  60. FLPW 1231
    Industrial Electricity I
    As published: “FLPW1231”
  61. FLPW 1236
    Industrial Electricity II
    As published: “FLPW1236”
  62. FLPW 2000
    Programmable Logic Controllers
    As published: “FLPW2000”
  63. ENGC 1100
    AutoCAD for Engineering
    As published: “ENGC1100”
  64. ENGC 1160
    Inventor
    As published: “ENGC1160”
  65. ENGC 1250
    SOLIDWORKS I
    As published: “ENGC1250”
  66. ENGC 2100
    Basic Creo Parametric
    As published: “ENGC2100”
  67. FLPW 1400
    Engineering Drawings and Schematics
    As published: “FLPW1400”
  68. FLPW 1340
    Pneumatic Circuits and Air Logic
    As published: “FLPW1340”
  69. METS 1200
    Industry Practices and Procedures
    As published: “METS1200”
  70. METS 2000
    Engineering Design Principles
    As published: “METS2000”
  71. METS 2100
    Statics and Strength of Materials
    As published: “METS2100”
  72. FLPW 2020
    Advanced Programmable Logic Controllers
    As published: “FLPW2020”
  73. FLPW 2112
    Instrumentation of Fluid Power Systems
    As published: “FLPW2112”
  74. FLPW 2360
    Pneumatic Specialist Certification Review
    As published: “FLPW2360”
  75. FLPW 2460
    Pneumatic Specialist Certification Exam
    As published: “FLPW2460”
  76. FLPW 1150
    Pneumatic Components
    As published: “FLPW1150”
  77. FLPW 1231
    Industrial Electricity I
    As published: “FLPW1231”
  78. FLPW 1236
    Industrial Electricity II
    As published: “FLPW1236”
  79. FLPW 2000
    Programmable Logic Controllers
    As published: “FLPW2000”
  80. ENGC 1100
    AutoCAD for Engineering
    As published: “ENGC1100”
  81. ENGC 1160
    Inventor
    As published: “ENGC1160”
  82. ENGC 1250
    SOLIDWORKS I
    As published: “ENGC1250”
  83. ENGC 2100
    Basic Creo Parametric
    As published: “ENGC2100”
  84. FLPW 1400
    Engineering Drawings and Schematics
    As published: “FLPW1400”
  85. FLPW 1101
    Fluid Power Technology I
    As published: “FLPW1101”
  86. FLPW 1106
    Fluid Power Technology II
    As published: “FLPW1106”
  87. FLPW 2020
    Advanced Programmable Logic Controllers
    As published: “FLPW2020”
  88. FLPW 2112
    Instrumentation of Fluid Power Systems
    As published: “FLPW2112”
  89. FLPW 2360
    Pneumatic Specialist Certification Review
    As published: “FLPW2360”
  90. FLPW 2460
    Pneumatic Specialist Certification Exam
    As published: “FLPW2460”
  91. FLPW 1340
    Pneumatic Circuits and Air Logic
    As published: “FLPW1340”
  92. METS 1200
    Industry Practices and Procedures
    As published: “METS1200”
  93. METS 2000
    Engineering Design Principles
    As published: “METS2000”
  94. METS 2100
    Statics and Strength of Materials
    As published: “METS2100”
Source. Hennepin Technical College, catalog 2026-2027 — https://hennepintech.smartcatalogiq.com/en/2026-2027/catalog/degrees-programs/manufacturing-engineering/fluid-power-engineering-motion-control/pneumatic-engineering-technician-diploma. Captured page pages/0259.html.gz. Assembled from the institution's published catalog as captured; every record names its captured page and source URL. Assembled, not asserted.