Engineering Focused Plans of Study and Depth of Study

ESF courses allow IDE students the opportunity to focus on an area of interest in engineering or computing through the completion of twelve (12) credit hours. Students can choose their ESF from courses in a pre-determined concentration (see concentration areas listed below) or create their own ESF. The fundamental requirement for ESF courses is that they comprise twelve (12) credits hours offered in the College of Engineering and Computing and that nine of those credit hours be upper division courses within the college. Outside of that requirement. 

Students who wish to create your own ESFs must submit to SUCCEED for approval a written application for the courses that they wish to use as their ESF. These ESF applications are typically approved, provided they meet the fundamental requirement

  • You are given the opportunity to complete an ESF through twelve (12) credit hours from one of the five pre-determined concentration areas below. Under each area is an electronic form to submit an ESF approval request within that concentration. Note that the list of courses within each concentration lists more than twelve (12) credit hours, so on the form students should indicate the twelve (12) credit hours that they select for their ESF.
  • You may instead choose to create your own ESF if you choose not to select from one of the concentration areas below. To create your own ESF, you may select from different courses across the five concentration areas below, or other courses within the college. In creating your own ESF, be certain that your proposed ESF will incorporate depth, coherence, and rigor.
  • ESF request forms should be submitted at least four should be submitted at least four weeks before students Fall or Spring advicing appointments.

*For questions related to the IDE program, please email ide-upd@fiu.edu. Please only send general inquiries to this address, and refrain from sending sensitive data to this account.*

BELOW IS  A LIST OF ALL THE ESFs CONTAINING THEIR COURSES, PRE-REQUISITES AND ESF APPROVAL FORMS

  • Industrial Engineering
    Click HERE for Industrial Engineering ESF Form

    Name and Course Number

    Credit hours 

    Pre-requisites

    EIN 4220: Introduction to Total Quality Management
    3 ESI 3215: Evaluation of Engineering Data 
    ESI 4452: Project Management Systems Design
    3
    ESI 3321: Operations Research 1 - Deterministic Models
    3MAC 2282 Calculus 2 for Engineering or MAC 2312: Calculus 2 
    EIN 4389: Technical Forecasting
    3ESI 3215: Evaluation of Engineering Data 
    ESI 3523: Simulation Models of Industrial Systems
    3ESI 3215: Evaluation of Engineering Data

    EIN 3390: Manufacturing Processes
    3No pre-reqs

     

     

  • Robotics
    Click HERE for Robotics ESF Form

    Name and Course Number

    Credit hours 

    Pre-requisites

    EML 4312: Automatic Control Theory

    3

    • EGN 3321: Dynamics

    • MAP 2302: Differential Equations

    • EEL 2880: Engineering Software 

    EML 4840: Robot Design

    3

    EML 4806: Modeling and Control of Robotics or Instructor Approval

    EML 4806: Modeling and Control of Robots

    3

    • EGN 3321: Dynamics

    • EGM 3311: Analysis of Engineering Systems

    EML 4804: Intro to Mechatronics

    3

    • EML 3301L: Instrumentation Lab (1 credit)  or EEL 3003: Electrical Engineering 1

    • EEL 3110C: Circuit Analysis and Lab (4 credits) or EEL 3111L: Electrical Circuits Lab

    EML 4535: Mechanical Computer Aided Design

    3

    EML 2032: Programming for Mechanical Engineering 

    EML 4823: Introduction  to Sensors and Processing

    3

    EML 3301L: Instrumentation Lab (1 credit) or EEL 3110C: Circuits Lab

    EMA 3702: Mechanics and Materials Science 1

    3

    • EGN 3311: Statics

    • Upper Division Standing

    EML 3036: Simulation Software for Mechanical Engineers

    3

    • EGN 3343: Thermodynamics

    • EML 1533: Introduction to CAD for Mechanical Engineering 

     

  • Aerospace
    Click HERE for Aerospace ESF Form

    Name and Course Number

    Credit hours 

    Pre-requisites

    EAS 4105: Introduction to Flight Mechanics

    3

    EML 3126: Transport Phenomena

    EML 4200: Introduction to Design and Analysis of Aerospace Structures

    3

    • EML 3036: Simulation Software for Mechanical Engineers

    • MAP 2032: Differential Equations (3 credits) or EGM 3311: Analysis of Engineering System

    • EMA 3702: Mechanics and Materials Science

    EML 4419: Propulsion Systems

    3

     EML 3126: Transport Phenomena

    EML 4711: Gas Dynamics

    3

    • EML 3126: Transport Phenomena

    •  EGN 3343: Thermodynamics 

    EML 4712: Aerodynamic Shape Design

    3

    • EML 3126: Transport Phenomena

    • EML 4140: Heat Transfer

    EML 4721: Introduction to Computational Thermal-Fluids

    3

    EGM 3311: Analysis of Engineering Systems

     

  • Materials
    Click HERE for Materials ESF Form

    Name and Course Number

    Credit hours 

    Pre-requisites

    EMA 3702: Mechanics and Material Science

    3

    EGN 3311: Statics

    EMA 3066: Polymer Science and Engineering

    3

    EGN 3365: Materials Engineering

    EGM 4522C: Materials Science 2

    3

    EGN 3365: Materials Engineering

    EMA 4121: Physical Metallurgy

    3

    EGN 3365: Materials Engineering

    EMA 4123: Mechanical Metallurgy

    3

    • EGN 3365: Materials Engineering

    • EMA 3702: Mechanics and Materials Science

    EML 4220: Mechanical Vibrations

    3

    • EGN 3321: Dynamics

    • EMA 3702: Mechanics and Materials Science

    • EML 2032: Programming for Mechanical Engineering

    EGM 4350: Finite Element Analysis in Mechanical Engineering

    3

    •  EGM 3311: Analysis of Engineering Systems

    • EMA 3702: Mechanics and Materials Science

    EML 4610: Introduction to Continuum Mechanics

    3

    EMA 3702: Mechanics and Materials Science

     

  • Heating, Ventilation, and Air Conditioning
    Click HERE for Heating, Ventilation, and Air Conditioning ESF Form

    Name and Course Number

    Credit hours 

    Pre-requisites

    EML 3450: Energy Systems

    3

    EGN 3343: Thermodynamics

    EML 4140: Heat Transfer 

    3

    • EML 2032: Programming for Mechanical Engineering

    • EGN 3343: Thermodynamics

    • EML 3126: Transport Phenomena

    EML 4601 and EML 4601L: Principles of Refrigeration and Air Conditioning and Lab

    3

    EML 3101: Applied Thermodynamics

    EML 4603:  Air Conditioning Design 

    3

    EML 4140: Heat Transfer

    EML 4608C: Mechanical Systems in Environmental Control

    3

    EGN 3343: Thermodynamics 

    EML 4706: Design of Thermal and Fluid System

    3

    EML 4140: Heat Transfer

    EML 4721: Introduction to Computational Thermo-Fluids

    3

    EGM 3311: Analysis of Engineering Systems

     

  • Ocean Engineering
    Click HERE for Ocean Engineering Brochure

    Name and Course Number

    Credit hours 

    Pre-requisites

    Engineering Secondary Field Courses 

    EML 4804: Intro to Mechatronics  

    3

    EEL 3110C: Circuit Analysis and Lab*

    CWR 4204: Hydraulic Engineering 

    3

    CWR 3201: Fluid Mechanics* 

    EMA 3702: Mechanics and Material Science

    3

    EGN 3311: Statics* 

    EGS 2030: Ethics and Legal Aspects in Engineering  

    3

    CWR 3201: Fluid Mechanics*

    ENV 4401: Water Supply Engineering

    3

    • CWR 3201 & 3201L: Fluid Mechanics and Lab* 

    • ENV 3001 & 3001L: Intro to Environmental Engineering 
        

    EGM 3520: Engineering Mechanics of Materials

    3

    CGN 2420: Computer Tools for Engineering

    EFPS Courses for Leadership & Expanded Perspective

    OCE 3014: Oceanography

     

    No pre-requisites 

    OCB 3043: Marine Biology and Oceanography and Lab

     4

    • BSC 2010 & BSC 2010L: General Biology 1 and Lab

    • BSC 2011 & BSC 2011L: General Biology 2 and Lab

     OCB 4004: Oceanography at Sea 1

    OCB 3043: Marine Biology and Oceanography 

     OCB 4005C: Oceanography at Sea 2

     OCB 4004: Oceanography at Sea 1 

     OCB 3002C: Physical Oceanography

     3

     

    • CHM1045: General Chemistry 1*  

    • PHY 2048/2053: Physics 1 with Calculus or w/o Calculus*

     
      *Pre-requisite is currently in the Interdisiplinery Engineering Flowchart *
  • Entertainment Engineering
    Click HERE for Entertainment Engineering Brochure
    Name and Course NumberCredit hours Pre-requisites
    Engineering Secondary Field Courses 
    BCN 2405: Structural Design 1 3No pre-requisites
    BCN 4431: Structural Design 23BCN 2405: Structural Design 1
    BCN 3730: Construction Safety3BCN 2405: Structural Design 2
    BCN 4465: Temporary Structures3No pre-requisites
    EEL 3657: Control Systems 13
    • EEL 3310C: Circuit Analysis and Lab*
    • EEL 3135: Signals and Systems
    EEL 4611: Control Systems 23EEL 3657: Control Systems 1
    EML 4806: Modeling and Control of Robots 3 EEL 3657: Control Systems 1
    EML 4846: Robot Design 3
    • EGN 3321: Dynamics
    • EGM 3311: Analysis of Engineering Systems
    ESI 4452: Project Management Systems Design3Permission of the Instructor
    EML 1533: Intro to CAD for Mechanical Engineering3No pre-requisites 
    EFPS Courses for Leadership & Expanded Perspective
    HFT 2441: Hospitality Information Technology 3No pre-requisites 
    HFT 4376: Intro to Entertainment Management
     3No pre-requisites
    HFT 3453: Lodging Operations Control
    No pre-requisites
    HFT 3754: Intro to Events Management
    No pre-requisites
    HFT 3373: Event Technology 
     3 No pre-requisites
    *Pre-requisite is currently in the Interdisiplinery Engineering Flowchart *
  • Create Your Own
    • You may instead choose to create your own ESF if you choose not to select from one of the concentration areas below. To create your own ESF, you may select from different courses across the five concentration areas below, or other courses within the college. In creating your own ESF, be certain that your proposed ESF will incorporate depth, coherence, and rigor.

    Students are encouraged to meet with the Undergraduate Program Director and their advisor to discuss their courses, prerequisites are satisfied, and ensure class selections are available for the progress of their degree and graduation.