Innovation Hub (iHub)
  • Home
  • General info
  • ECDC
  • CNC workshop feedback
    • PLC workshop feedback
    • Formula academy
  • Coworking Space
    • iAcademy >
      • iAcademy17
      • iAcademy_Survey >
        • iClubs >
          • iClubs 2020 Registration
      • iAcademy Personal Development Track
  • Programs
    • Entrepreneurship >
      • iSpark 2020 - Wave 1
      • Seminars >
        • Seminar Registeration Form
        • Seminars Feedback
        • Seminar Material
      • iCamp
    • iGP >
      • iGP2021
      • Apply
    • ZEH >
      • 17zeh-submission-form
      • 17ZEH_technical_support_form
    • iLab16
    • internships
    • EVER
  • Calendar
  • About
    • Media
  • CIB Internship
  • Front End Web Development 2021
  • NAID assistive technologies summer internship
  • iCamp Mobile Development
  • iCamp Web Development
  • NAID assistive technologies summer internship-2nd form
  • Category
  • ASU Innovates Researchers - Semi-Finals
  • Researchers'23 Interviews
  • ​​Researchers Interviews 2
  • ASU Innovates Researchers - Bootcamp

MATLAB Simulink

Instructor
Registration Status
Industry Partner
[Back to the iAcademy Technology Track]
The course spans more than 12 hours over 4 days.
Eng. 
Mohamed Abdelwahab
Class FULL
Picture
Course Description:
Simulink offers a block diagram environment for mathematical and model-based design, the students learn simulation, automatic code generation and continuous test and verification of embedded systems.
Simulink sessions provides the students with a graphical editor, customizable block libraries and solvers for modeling and simulating dynamic systems, the modeler is integrated with MATLAB enabling the students to incorporate MATLAB algorithms into models and export simulation results to MATLAB for further analysis.

Course Content
1.       Introduction to MATLAB.
2.       Simulink Basics and Features.
3.       Constructing and Running a Simple Model.
4.       Simulating a Model.
5.       Creating Subsystems.
6.       Using Simulink to Model Continuous Dynamical Systems.
7.       Modeling Transfer Functions.
8.       Modeling a System of Differential Equations.
Copyright © Innovation Hub ( iHub )  2013

  • Home
  • General info
  • ECDC
  • CNC workshop feedback
    • PLC workshop feedback
    • Formula academy
  • Coworking Space
    • iAcademy >
      • iAcademy17
      • iAcademy_Survey >
        • iClubs >
          • iClubs 2020 Registration
      • iAcademy Personal Development Track
  • Programs
    • Entrepreneurship >
      • iSpark 2020 - Wave 1
      • Seminars >
        • Seminar Registeration Form
        • Seminars Feedback
        • Seminar Material
      • iCamp
    • iGP >
      • iGP2021
      • Apply
    • ZEH >
      • 17zeh-submission-form
      • 17ZEH_technical_support_form
    • iLab16
    • internships
    • EVER
  • Calendar
  • About
    • Media
  • CIB Internship
  • Front End Web Development 2021
  • NAID assistive technologies summer internship
  • iCamp Mobile Development
  • iCamp Web Development
  • NAID assistive technologies summer internship-2nd form
  • Category
  • ASU Innovates Researchers - Semi-Finals
  • Researchers'23 Interviews
  • ​​Researchers Interviews 2
  • ASU Innovates Researchers - Bootcamp