Learning Outcomes

An Overview of Principles of Engineering System Design

Engineering Systems Classification

Modern System Design Processes

Six Functions of Design Process

Lesson Summary

This module presents the introductory section of the course, which discusses the introduction to system design, engineering systems classification & examples, modern system design processes, and functions of the design process.

Tools for Enabling Creative Development

System Requirement Analysis

Originating Requirements: Example System Engineering Software

In this module, we will be discussing system requirements, how to analyze the requirements for the development of systems, the tools for enabling the development, and the originating requirements.

Functional Architecture Development

Functional Decomposition

The IDEF0 Diagram

In this module, you will learn how to use IDEF0 to decompose functions in sub functions and then learn to use those subfunctions to create a hierarchical function structure.

Physical Architecture Development

Implementing Fault Tolerance in Physical Architecture

Operational Architecture Development

Methods of Allocation of Function

Interface Architecture Development

In this module, you will gain a better understanding of the physical architecture of the system. The allocation architecture will be covered in more detail and you will learn how to identify the necessary requirements.

Advanced Diploma in Principles of Engineering System Design - First Assessment

This module enables you to review your learning so you can determine your knowledge and understanding of Modules 1 to 4 in the following course; Advanced Diploma in Principles of Engineering System Design.

Interface Standards and Design process

Integration and Qualification

Qualification Planning and Methods

In this module, you will learn about the Standards which exist for a communication system. The various stages in qualification like verification, validation, and acceptance will also be discussed with the top-level and bottom level cycles or the higher and lower level cycles of qualification.

Autolink system

Institute Service Kiosk Terminals(InSeKTs)

System Design Examples (InSeKTs)

This module covers the Acceptance Strategies, the Acceptance Stress Methods, and the plan for the Acceptance Test. You will learn how system design principles can be applied to some practical examples.

Graphical Modelling Techniques

Process Modeling

Behavior Modeling

Petri Nets

System Modeling and Simulation

In this module, you will learn about some of the most commonly used methods for system modeling, namely, Data Modeling, Process Modeling and Behavior Modeling. You will also cover physical system testing through simulations.

Bond Graph Modeling of Dynamic Systems

Decision Making in System Design

SAC vs OAT Function

In this module, you will learn the important elements in Bondgraph, how to make decisions and how to identify and quantify the conflicting criteria in decision making.

Advanced Diploma in Principles of Engineering System Design - Second Assessment

This module enables you to review your learning so you can determine your knowledge and understanding of Modules 6 to 9 in the following course; Principles of Engineering System Design.

Advanced Diploma in Principles of Engineering System Design - Final Assessment

In this free online course, learn about Engineering System Designs and how to integrate and manage complex systems.

Advanced Diploma in Principles of Engineering System Design

This free online course in Principles of Engineering System Design teaches learners how to be critical, creative, curious, capable, as well as ready to handle this constantly changing world. A wide range of discipline falls under the engineering title. No matter where your interest lies, there’s bound to be one facet of the sector you'll find enticing and engaging. If you like tinkering, creating or designing, this engineering course is for you.

Measuring Pressure

Measuring Force and Torque

Measuring Displacement and Acceleration

Measuring Sound

In this module, you will learn about measuring force, pressure, torque, displacement, acceleration, and sound, as well as the derivation for their respective formulae and units. Also, learn about the differences and similarities between force and torque, displacement and accelerations, and other vectors.

Measuring Thermo-Physical Properties

Flow Visualization

Measuring Air Pollution Sampling

Problem Solving II

In this module, you will learn about Thermo-Physical and Air Pollution Sampling Measurement. You will also learn how to measure thermophysical properties, visualize flow, measure air pollution sampling, as well as solve numerical problems related to thermo-physical and air pollution sampling experiments and research.

Mechanical Measurement System for Advanced Measurements - Course Assessment

Learn how to conduct advanced, accurate measurements using mechanical measurement systems in this free online course.

Mechanical Measurement Systems for Advanced Measurements

The free online course on Mechanical Measurement System for Advanced Measurements teaches you how to correctly conduct advanced measurements for pressure, force, torque, displacement, acceleration, soundwaves, thermal conductivity, viscosity, humidity and air pollution using the elements and functions of different mechanical measurement system instruments with relevant examples for each quantity. You will also learn about using shadowgraphs.

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