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Techniques of Design-Oriented Analysis

Approx. 12 hours to complete

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Course Summary

Learn how to apply design-oriented analysis techniques to develop high-quality software systems with this course. Through lectures and hands-on exercises, you will gain a deep understanding of design patterns, domain analysis, and architecture evaluation.

Key Learning Points

Learn how to use design patterns to create reusable solutions to common software development problems.
Understand how to analyze domains and identify potential solutions to design problems.
Learn how to evaluate software architecture to ensure it meets quality requirements.

Job Positions & Salaries of people who have taken this course might have

Software Engineer
- USA: $85,000
- India: ₹8,00,000
- Spain: €35,000
Systems Analyst
- USA: $75,000
- India: ₹6,50,000
- Spain: €30,000
Software Architect
- USA: $120,000
- India: ₹15,00,000
- Spain: €50,000

Learning Outcomes

Develop a deep understanding of design-oriented analysis techniques
Gain practical experience applying design patterns and domain analysis to real-world problems
Learn how to evaluate software architecture to ensure it meets quality requirements

Prerequisites or good to have knowledge before taking this course

Basic programming knowledge
Familiarity with object-oriented design principles

Course Difficulty Level

Intermediate

Course Format

Self-paced
Online

Similar Courses

Software Architecture & Design
Agile Development
Object Oriented Programming in Java

Related Books

Description

This course can also be taken for academic credit as ECEA 5706, part of CU Boulder’s Master of Science in Electrical Engineering degree.

This is Course #2 in the Modeling and Control of Power Electronics course sequence. The course is focused on techniques of design-oriented analysis that allow you to quickly gain insights into models of switching power converters and to translate these insights into practical converter designs. The design-oriented techniques covered are the Extra Element Theorem and the N-Extra Element Theorem (N-EET). Through practical examples, it is shown how the EET can be used to simplify circuit analysis, to examine the effects of initially unmodeled components, and to design damping of converters such as SEPIC and Cuk to achieve high-performance closed-loop controls. The N-EET will allow you to perform circuit analysis and to derive circuit responses with minimum algebra. Modeling and design examples are supported by design-oriented MATLAB script and Spice simulations. After completion of this course, the student will gain analytical skills applicable to the design of high-performance closed-loop controlled switching power converters. We strongly recommend students complete the CU Boulder Power Electronics specialization as well as Course #1 Averaged-Switch Modeling and Simulation before enrolling in this course (the course numbers provided below are for students in the CU Boulder's MS-EE program): ● Introduction to Power Electronics (ECEA 5700) ● Converter Circuits (ECEA 5701) ● Converter Control (ECEA 5702) ● Averaged-Switch Modeling and Simulation (ECEA 5705) After completing this course, you will be able to: ● Understand statement and derivation of the Extra Element Theorem ● Apply the Extra Element Theorem to converter analysis and design problems ● Understand the statement of the N-Extra Element Theorem ● Apply the N-Extra Element Theorem to converter analysis and design problems ● Apply techniques of design-oriented analysis to analysis, design, and simulations of switching converters

Knowledge

Understand statement and derivation of the Extra Element Theorem
Apply the Extra Element Theorem to converter analysis and design problems
Understand the statement of the N-Extra Element Theorem
Apply the N-Extra Element Theorem to converter analysis and design problems

Outline

Extra Element Theorem
Introduction to Extra Element Theorem
EET Questions and Answers
EET Derivation
Practical applications of EET
EET Application - Effect of Capacitor ESR
Graphical Comparison of Impedances
Introduction to the Course
Comparison of Impedances Using MATLAB
Practice: Extra Element Theorem
Practice Problem: Zout Using EET
Practice: Graphical Comparison of Impedances
Extra Element Theorem (EET)

Design example: SEPIC frequency responses
Analysis of SEPIC Frequency Responses Using EET
SEPIC Example: ZN
SEPIC Example: ZD
Derivation of ZD Using EET
SEPIC Example: Undamped Frequency Response
SEPIC Example: Impedance Interactions
Practical Design of Damping
SEPIC Frequency Responses: MATLAB and LTspice examples
Cuk Converter Frequency Responses Using EET

N Extra Element Theorem (NEET)
Introduction to N Extra Element Theorem (NEET)
NEET Application Example: Two-Section Filter
NEET: Discussion
NEET - Application Example: Damped Filter Transfer Funciton
NEET - Frequency Inversion
NEET Application Example: Output Impedance
NEET - Summary
Two-section Filter Frequency Response Via MATLAB
Damped Filter: A Solved NEET Example
Practice: Analysis of SEPIC Frequency Responses Using NEET
Boost Analysis Using the N Extra Element Theorem (NEET)

Summary of User Reviews

Discover Techniques of Design-Oriented Analysis on Coursera. Read reviews from fellow learners, with an overall rating of highly recommended. Many users found the course to be engaging and informative.

Key Aspect Users Liked About This Course

The course was engaging and informative

Pros from User Reviews

The course content was well-organized and easy to follow
The instructor provided clear explanations and examples
The assignments and quizzes helped reinforce the concepts learned
The course applied real-world scenarios to the concepts taught
The course was a good introduction to design-oriented analysis

Cons from User Reviews

Some users found the course to be too basic
The course did not cover enough technical details
The pace of the course was too slow for some learners
The course did not provide enough hands-on experience
Some users experienced technical difficulties with the platform

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