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MATLAB for Engineering Students Part 2

Master advanced MATLAB techniques: strings, calculus, polynomials, and symbolic math. Enhance your programming & data analysis skills.

4.5(178)
2,082students
9h 50m
Certificate
Cherish Qualls, PhD
Cherish Qualls, PhDProfessional Engineer and University Professor

Course Content

MATLAB for Engineering Students Part 2 is an all-levels Udemy course taught by Cherish Qualls, PhD. It runs 9h 50m, is taught in English, and includes a certificate of completion. Learners rate it 4.5 out of 5 from 178 reviews, with 2,082 students enrolled. It is a paid course, last updated June 2019.

Unlock Advanced MATLAB Skills for Engineering!

Continue your MATLAB journey with MATLAB for Engineering Students Part 2 and take your programming abilities to the next level. This course builds upon foundational knowledge, empowering you to write more efficient and complex MATLAB code for a wide range of engineering applications. We dive into essential topics, expanding your toolkit for data analysis, modeling, and simulation.

Here's a detailed look at what you'll master:

  • Advanced User-Defined Functions: Learn to create functions with multiple outputs, enabling you to return comprehensive results from a single function call.
  • Subfunctions: Organize your code effectively by breaking down complex tasks into reusable subfunctions.
  • Persistent Variables: Understand and utilize persistent variables to maintain data across function calls, crucial for iterative calculations.
  • String Manipulation: Gain proficiency in working with strings in MATLAB, covering techniques like concatenation, sprintf formatting, and the powerful eval function.
  • Anonymous Functions: Create concise, anonymous functions for quick and efficient code snippets.
  • Function Handles & Function Functions: Explore the advanced concepts of function handles and how to create functions that return other functions.
  • Variable Input & Output (varargin & varargout): Develop flexible functions that accept a variable number of inputs (varargin) and return a variable number of outputs (varargout).
  • Polynomials: Work with polynomials – define, manipulate, and analyze them for various engineering problems.
  • Curve Fitting with Polynomials: Learn to fit polynomial curves to data, enabling accurate modeling of real-world phenomena.
  • Symbolic Expressions: Explore symbolic expressions in MATLAB for mathematical manipulation and analysis.
  • Integration & Differentiation: Apply MATLAB's capabilities for symbolic integration and differentiation.
  • And More! Discover a wealth of additional techniques to enhance your MATLAB programming skills.

What You'll Receive:

  • Downloadable Resources: Access PDF slides and examples for every section, reinforcing your learning.
  • On-Demand Video Lectures: Benefit from 10 hours of high-quality, on-demand lecture videos that you can access anytime, anywhere.
  • Practice Quizzes: Test your understanding with 10 downloadable quizzes, complete with video solutions to guide you through challenging concepts.

Prerequisites:

This course assumes you have a solid understanding of:

  • Matrices
  • if Statements
  • Looping (for, nested, while)
  • 2-D Plotting
  • User-defined functions with one output
  • fprintf, load, & save functions

Ready to enhance your MATLAB skills? Enroll now and unlock new possibilities in engineering!

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