Engineering Secondary Field

The Engineering Secondary Field (ESF) gives ESM Department students the chance to focus on an area of engineering or computing that interests them. To complete an ESF, a student must finish 12 credit hours. At least nine of those credit hours must be upper-division courses offered by CEC.

Students may choose a pre-approved ESF or create a custom ESF.

Pre-approved ESF

Students can select from one of five concentration areas, such as aerospace, HVAC, industrial or robotics. Each concentration includes an electronic form to submit an ESF approval request.

Each concentration lists more than 12 credit hours. On the form, a student should indicate the 12 credit hours they plan to complete. Students should meet with an academic advisor to finalize their selection.

Custom ESF

If none of the reproved concentrations fit a student’s goals, the student may build a custom ESF. Courses can be selected from different concentration areas or from other offerings within the college.

When creating a custom ESF, the plan should show depth, coherence and rigor. To request approval, the student must submit an application to the ESM Department that lists the selected courses. Most custom ESF applications are approved if they meet the basic credit hour requirements.

Students are encouraged to meet with the undergraduate program director and an advisor to discuss course selection, confirm that prerequisites are met and make sure courses are available to support progress toward graduation.

Pre-approved Engineering Secondary Fields

  • Industrial Engineering

    Choose 12 credits from the courses below and work with your advisor to have those courses formally documented.

    Industrial Engineering Course List
    Course nameCredit hoursPrerequisites
    EIN4220: Introduction to Total Quality Management3ESI3215: Evaluation of Engineering Data
    ESI4452: Project Management Systems Design3No prerequisites
    ESI3321: Operations Research 1 - Deterministic Models3MAC2282 Calculus 2 for Engineering or MAC2312: Calculus 2
    EIN4389: Technical Forecasting3ESI3215: Evaluation of Engineering Data
    ESI3523: Simulation Models of Industrial Systems3ESI3215: Evaluation of Engineering Data
    EIN3390: Manufacturing Processes3No prerequisites
  • Robotics

    Choose 12 credits from the courses below and work with your advisor to have those courses formally documented.

    Any prerequisites that are not part of the interdisciplinary engineering program of study can be included in these 12 credits.

    Robotics Course List
    Course nameCredit hoursPrerequisites
    EML4312: Automatic Control Theory3EGN3321: Dynamics
    MAP2302: Differential Equations
    EEL2880: Engineering Software
    EML4840: Robot Design3EML4806: Modeling and Control of Robotics or Instructor Approval
    EML4806: Modeling and Control of Robots3EGN3321: Dynamics
    EGM3311: Analysis of Engineering Systems
    EML4804: Intro to Mechatronics3EML3301L: Instrumentation Lab (1 credit) or EEL 3003: Electrical Engineering 1
    EEL3110C: Circuit Analysis and Lab (4 credits) or EEL 3111L: Electrical Circuits Lab
    EML4535: Mechanical Computer Aided Design3EML2032: Programming for Mechanical Engineering
    EML4823: Introduction to Sensors and Processing3EML3301L: Instrumentation Lab (one credit) or EEL3110C: Circuits Lab
    EMA3702: Mechanics and Materials Science 13EGN3311: Statics
    Upper Division Standing
    EML3036: Simulation Software for Mechanical Engineers3EGN3343: Thermodynamics
    EML1533: Introduction to CAD for Mechanical Engineering
  • Aerospace

    Choose 12 credits from the courses below and work with your advisor to have those courses formally documented.

    Any prerequisites that are not part of the interdisciplinary engineering program of study can be included in these 12 credits.

    Aerospace Course List
    Course nameCredit hoursPrerequisites
    EAS4105: Introduction to Flight Mechanics3EML3126: Transport Phenomena
    EML4200: Introduction to Design and Analysis of Aerospace Structures3EML3036: Simulation Software for Mechanical Engineers
    MAP2032: Differential Equations (three credits) or EGM3311: Analysis of Engineering Systems
    EMA3702: Mechanics and Materials Science
    EML4419: Propulsion Systems3EML3126: Transport Phenomena
    EML4711: Gas Dynamics3EML3126: Transport Phenomena
    EGN3343: Thermodynamics
    EML4712: Aerodynamic Shape Design3EML3126: Transport Phenomena
    EML4140: Heat Transfer
    EML4721: Introduction to Computational Thermal-Fluids3EGM3311: Analysis of Engineering Systems
  • Materials

    Choose 12 credits from the courses below and work with your advisor to have those courses formally documented.

    Any prerequisites that are not part of the interdisciplinary engineering program of study can be included in these 12 credits.

    Materials Course List
    Course nameCredit hoursPrerequisites
    EMA3702: Mechanics and Material Science3EGN3311: Statics
    EMA3066: Polymer Science and Engineering3EGN3365: Materials Engineering
    EGM4522C: Materials Science 23EGN3365: Materials Engineering
    EMA4121: Physical Metallurgy3EGN3365: Materials Engineering
    EMA4123: Mechanical Metallurgy3EGN3365: Materials Engineering
    EMA 3702: Mechanics and Materials Science
    EML4220: Mechanical Vibrations3EGN3321: Dynamics
    EMA 3702: Mechanics and Materials Science
    EML 2032: Programming for Mechanical Engineering
    EGM4350: Finite Element Analysis in Mechanical Engineering3EGM3311: Analysis of Engineering Systems
    EMA 3702: Mechanics and Materials Science
    EML4610: Introduction to Continuum Mechanics3EMA3702: Mechanics and Materials Science
  • Heating, Ventilation and Air Conditioning

    Choose 12 credits from the courses below and work with your advisor to have those courses formally documented.

    Any prerequisites that are not part of the interdisciplinary engineering program of study can be included in these 12 credits.

    Heating, Ventilation and Air Conditioning Course List
    Course nameCredit hoursPrerequisites
    EML3450: Energy Systems3EGN3343: Thermodynamics
    EML4140: Heat Transfer3EML2032: Programming for Mechanical Engineering
    EGN 3343: Thermodynamics
    EML 3126: Transport Phenomena
    EML4601 and EML4601L: Principles of Refrigeration and Air Conditioning and Lab3EML3101: Applied Thermodynamics
    EML4603: Air Conditioning Design3EML4140: Heat Transfer
    EML4608C: Mechanical Systems in Environmental Control3EGN3343: Thermodynamics
    EML4706: Design of Thermal and Fluid Systems3EML4140: Heat Transfer
    EML4721: Introduction to Computational Thermo-Fluids3EGM3311: Analysis of Engineering Systems
  • Ocean Engineering

    Choose 12 to 21 credits from the courses below and work with your advisor to have those courses formally documented.

    At least nine of the credits a student identifies must be upper-division (3000-level or higher) courses offered by CEC.

    Ocean Engineering Course List
    Course nameCredit hoursPrerequisites
    EML4804: Intro to Mechatronics3EEL3110C: Circuit Analysis and Lab*
    CWR4204: Hydraulic Engineering3CWR3201: Fluid Mechanics*
    EMA3702: Mechanics and Material Science3EGN3311: Statics*
    EGS2030: Ethics and Legal Aspects in Engineering3CGN2161: Career Orientation in Civil Engineering (Co-requisite)
    ENV4401: Water Supply Engineering3CWR3201 and 3201L:Fluid Mechanics and Lab*
    ENV3001 and 3001L: Intro to Environmental Engineering
    EGM3520: Engineering Mechanics of Materials3CGN2420: Computer Tools for Engineering

     

    Ocean Engineering Leadership and Expanded Perspective Course List
    Course nameCredit hoursPrerequisites
    OCE3014: OceanographyNo prerequisites
    OCB3043: Marine Biology and Oceanography and Lab4BSC2010 and BSC2010L: General Biology 1 and Lab
    BSC2011 and BSC2011L: General Biology 2 and Lab
    OCB4004: Oceanography at Sea 13OCB3043: Marine Biology and Oceanography
    OCB4005C: Oceanography at Sea 23OCB4004: Oceanography at Sea 1
    OCB3002C: Physical Oceanography3CHM1045: General Chemistry 1*
    PHY2048/2053: Physics 1 with Calculus or without Calculus*

    *Pre-requisite is currently in the Interdisciplinary Engineering Flowchart*

  • Entertainment Engineering

    Choose 12 to 21 credits from the courses below and work with your advisor to have those courses formally documented.

    Any prerequisites that are not part of the interdisciplinary engineering program of study can be included in these credits. At least nine of the credits a student identifies must be upper-division (3000-level or higher) courses offered by CEC.

    Entertainment Engineering Course List
    Course nameCredit hoursPrerequisites
    BCN 2405: Structural Design 13No prerequisites
    BCN4431: Structural Design 23BCN2405: Structural Design 1
    BCN3730: Construction Safety3BCN2405: Structural Design 2
    BCN4465: Temporary Structures3No prerequisites
    EEL3657: Control Systems 13EEL3310C: Circuit Analysis and Lab*
    EEL 3135: Signals and Systems
    EEL4611: Control Systems 23EEL3657: Control Systems 1
    EML4806: Modeling and Control of Robots3EEL3657: Control Systems 1
    EML4846: Robot Design3EGN3321: Dynamics
    EGM 3311: Analysis of Engineering Systems
    ESI4452: Project Management Systems Design3Permission from the instructor
    EML1533: Intro to CAD for Mechanical Engineering3No prerequisites

     

    Entertainment Engineering Leadership and Expanded Perspective Course List
    Course nameCredit hoursPrerequisites
    HFT2441: Hospitality Information Technology3No prerequisites
    HFT4376: Intro to Entertainment Management3No prerequisites
    HFT3453: Lodging Operations Control3No prerequisites
    HFT3754: Intro to Events Management3No prerequisites
    HFT3373: Event Technology3No prerequisites

    *Pre-requisite is currently in the Interdisciplinary Engineering Flowchart*