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  3. Introduction to Engineering Design

Introduction to Engineering Design

This course is structured to introduce participants to the core concepts and methodologies of design engineering, providing them with the tools and knowledge to develop innovative solutions to complex problems.

Anna Delgove
Anna Delgove
Electrical Engineering | core | 4 hours |   Published: Jun 2024
In partnership with:  Coursera

    Discussions

Overview

1KSTUDENTS*
96.9%RECOMMEND*

This course includes:

  • 4 hours of on-demand video  
  • Certificate of completion  
  • Direct access/chat with the instructor 
  • 100% self-paced online 
In today's rapidly advancing technological landscape, grasping the fundamentals of engineering design is essential for aspiring engineers and professionals. This course is structured to introduce participants to the core concepts and methodologies of design engineering, providing them with the tools and knowledge to develop innovative solutions to complex problems. It encompasses an overview of the engineering design process and the integration of creativity and functionality.  

Skills You Will Gain

Design Optimization
Innovation in Engineering
Product Development
Technical Analysis
User-Centered Design

Learning Outcomes (At the end of this program you will be able to)

  • Analyze the fundamental principles and concepts that underpin engineering design and their application in problem-solving.  
  • Identify and apply various stages of the engineering design process, from conceptualization to implementation.  
  • Develop skills in using essential design tools and software for creating, analyzing, and refining engineering projects.  
  • Assess and enhance quality, functionality, and performance of design solutions through critical thinking and iterative improvement.    

Prerequisites

A general interest in engineering and design, along with a basic understanding of mathematics and science.

Who Should Attend

Engineering Students, Aspiring Designers, Technical Project Managers, Product Developers, and professionals interested in the fundamentals of engineering and product design. 

   

Curriculum

Instructors

Frequently Asked Questions

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*Where courses have been offered multiple times, the “# Students” includes all students who have enrolled. The “%Recommended” shown is also based on this data.
1Module 1.1: Overview of Engineering Design Principles
2Module 1.2: Practical Applications of Engineering Design
3Module 1.3: Main Elements in the Engineering Design Process
4Module 2.1: Detailed Exploration of the Design Process Steps
5Module 2.2: Techniques for Brainstorming and Creative Problem-Solving
6Module 2.3: Introduction to Design Constraints and Considerations
7Module 3.1: Overview of CAD and Other Design Software
8Module 3.2: Basics of Prototyping and Simulation 
9Module 3.3: Materials Selection in Design
10Module 4.1: Case Studies on Application of Engineering Design in Various Fields
11Module 4.2: Discussion on Emerging Trends and Technologies
12Module 4.3: Conclusion: Recap of Key Learnings

Segment 05 - From Theory to Practice: Implementing Design Principles 

Segment 06 - Collaborative Design: Team Dynamics and Communication

Segment 07 - Design Evaluation and Feedback Integration

Anna Delgove

Anna Delgove

Driven by an insatiable thirst for knowledge and a profound commitment to addressing climate change, Anna’s journey has been marked by unwavering dedication and a relentless pursuit of excellence. From a tenacious spirit developed in childhood to becoming a resilient and pragmatic problem solver in adulthood, she approaches every endeavor with passion and creativity. A self-taught mindset and an innate drive to overcome obstacles have empowered her to embrace diverse and intellectually stimulating challenges.

Throughout her career, Anna has immersed herself in various roles that have deepened her understanding of sustainability and innovation. She has led R&D projects, advised on strategic sustainability initiatives, and consulted on internationally recognized certifications such as BREEAM, LEED, and WELL. Her expertise also extends to developing sustainability criteria for products, consulting on bioconstruction materials, and conducting research on the latest advancements in ecoarchitecture and construction technologies.

As a former Thermodynamics Lecturer at ASES Academia and currently serving as a Sustainability Product Owner at ITeC – Institut de Tecnologia de la Construcció de Catalunya, Anna excels in communicating complex concepts and fostering a deeper understanding of sustainability principles. With a background in Industrial Engineering and postgraduate studies in Bioclimatic Architecture, Energy Simulations for Buildings, and Applied Bioconstruction, she brings a rich blend of technical expertise and hands-on experience to empower learners on their educational journey.

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Segment 08 - Role of Innovation and People Related Issues within the Process

Segment 09 - Optimization of the Design Taking into Account All Relevant Factors

Segment 10 - Management of the Total Knowledge Needed for the Design Task

Segment 01 - Introduction to the Course and Instructor

Segment 02 - Fundamentals of Engineering Design

Segment 03 - The Engineering Design Process

Segment 04 - A Historical Overview of Engineering Design

Segment 25 - Introduction to Prototyping 

Segment 26 - Prototyping Techniques

Segment 27 - Fundamentals of Simulation 

Segment 21 - Introduction to Module 3

Segment 22 - Introduction to CAD Software

Segment 23 - Exploring Advanced CAD Features and Applications

Segment 24 - Complementary Design Tools and Integration

Segment 15 - Fundamentals of Brainstorming and Creative Thinking

Segment 16 - Techniques and Tools for Brainstorming

Segment 17 - Applying Creative Problem-Solving in Design

Segment 35 - Advances in Digital Design Technologies

Segment 36 - Sustainable and Smart Design Innovations

Segment 37 - The future of AI and Automation in Design

Segment 11 - Introduction to Module 2

Segment 12 - Initiating Design and Creative Discovery

Segment 13 - Concept Generation and Early Prototype Generation

Segment 14 - Optimizing Design and Bringing it to Market

Segment 31 - Introduction to Module 4

Segment 32 - Engineering Design in Consumer Electronics

Segment 33 - Engineering Design in Automotive and Transportation

Segment 34 - Engineering Design in Aerospace and Defense

Segment 18 - Functional and Performance Constraints

Segment 19 - Economic and Environmental Constraints

Segment 20 - Social and Cultural Constraints

Segment 28 - Fundamentals of Material Properties

Segment 29 - Material Selection Criteria and Considerations

Segment 30 - Real-life Examples and Application in Design 

Segment 38 - Synthesis of Engineering Design Principles

Segment 39 - Reflecting on the Design Process

Segment 40 - Fostering a Culture of Continuous Improvement 

Segment 41 - Wrap-up & Key Takeaways