Program Learning Outcomes

Structural Design Technology, Certificate

Program Learning Outcomes:

     
  • Demonstrate knowledge of structural steel detailing/design and the AISC Standards.
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  • Create quality, industry level design drawings for the design discipline.
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  • Use industry standard design software when producing design drawings.

AS in Engineering Design Technology

Program Learning Outcomes:

     
  • Demonstrate knowledge of structural steel design and the AISC Standards.
    •  
  • Demonstrate knowledge of mechanical design and engineering reference materials (Machinery’s Handbook).
    •  
  • Demonstrate knowledge of architectural design, building codes, and construction methods and materials.
    •  
  • Demonstrate knowledge of electrical design and the basic concepts of electricity and electronics.
    •  
  • Demonstrate knowledge of civil design and related construction methods and materials.
    •  
  • Demonstrate knowledge of surveying, surveying equipment, technology, and procedures.
    •  
  • Demonstrate knowledge of algebra, trigonometry, plane and solid geometry, statics, and strength of materials.
    •  
  • Combine cross disciplinary knowledge to solve predictable and unpredictable engineering design problems while utilizing the latest technologies available.
    •  
  • Create quality, industry level design drawings for the various design disciplines.
    •  
  • Use industry standard design software when producing design drawings.
    •  
  • Cultivate an elevated commitment to work ethic, quality, productivity, and service.

Architectural Design Technology, Certificate

Program Learning Outcomes:

     
  • Demonstrate knowledge of architectural design, building codes, and construction methods and materials.
    •  
  • Create quality, industry level design drawings for the design discipline.
    •  
  • Use industry standard design software when producing design drawings.

AS in Geomatics

Program Learning Outcomes:

     
  • An ability to apply knowledge of boundary and tenure law, along with dispute prevention and resolution.
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  • An understanding of professional surveying best practices and standards of care.
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  • An ability to adapt to changing field conditions with appropriate tools and instrumentation.
    •  
  • An ability to communicate clearly, accurately, and thoroughly to clients and other professionals.
    •  
  • An ability to analyze and assess client problems and apply appropriate professional solutions.
    •  
  • Recognition of the need for continuing professional development.
    •  
  • Recognition of the need for health, safety, and accident prevention.

 

Civil Design Technology, Certificate

Program Learning Outcomes:

 Demonstrate knowledge of civil design and related construction methods and materials.
 
 Demonstrate knowledge of surveying, surveying equipment, technology, and procedures.
 
 Create quality, industry level design drawings for the design discipline.
 
 Use industry standard design software when producing design drawings.

Mechanical Design Technology, Certificate

Program Learning Outcomes:

 Demonstrate knowledge of mechanical design and engineering reference materials (Machinery’s Handbook).
 
 Create quality, industry level design drawings for the design discipline.
 
 Use industry standard design software when producing design drawings.

BS in Surveying and Mapping

Program Learning Outcomes:

 Sufficient knowledge, skills, and understanding to pass the national NCEES Fundamentals of Surveying Exam.
 
 An ability to apply knowledge of boundary and tenure law, along with dispute prevention and resolution.
 
 An understanding of professional surveying best practices and standards of care.
 
 An ability to adapt to changing field conditions with appropriate tools and instrumentation.
 
 An ability to communicate clearly, accurately, and thoroughly to clients and other professionals.
 
 An ability to analyze and assess client problems and apply appropriate profesional solutions.
 
 Recognition of the need for continuing professional development.
 
 Recognition of the need for health, safety, and accident prevention.

AAS in Engineering Design Technology

Program Learning Outcomes:

 Demonstrate knowledge of structural steel design and the AISC Standards.
 
 Demonstrate knowledge of mechanical design and engineering reference materials (Machinery’s Handbook).
 
 Demonstrate knowledge of architectural design, building codes, and construction methods and materials.
 
 Demonstrate knowledge of electrical design and the basic concepts of electricity and electronics.
 
 Demonstrate knowledge of civil design and related construction methods and materials.
 
 Demonstrate knowledge of surveying, surveying equipment, technology, and procedures.
 
 Demonstrate knowledge of algebra, trigonometry, plane and solid geometry, statics, and strength of materials.
 
 Combine cross disciplinary knowledge to solve predictable and unpredictable engineering design problems while utilizing the latest technologies available.
 
 Create quality, industry level design drawings for the various design disciplines.
 
 Use industry standard design software when producing design drawings.
 
 Cultivate an elevated commitment to work ethic, quality, productivity, and service.