Expedite – Skills for Industry: Design and Manufacturing

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Overview

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Design and Manufacturing is the third course in the Siemens Expedite - Skills for Industry microcredential. In this course, the newly hired engineer will explore design and manufacturing through Product Lifecycle Management (PLM). Learn how companies manage data, integrate systems, and leverage Industry 4.0 technologies like digital twins, AI, and IoT. The course covers key aspects of product development—design validation, iterative optimization, and change management—while also focusing on project planning, risk management, and sustainability. Gain a broad understanding of how PLM shapes modern engineering and manufacturing.

Syllabus

Foundations of Product Lifecycle Management (PLM)

Welcome to Design and Manufacturing, the third course in the Siemens Expedite - Skills for Industry microcredential, exploring the strategies, tools, and technologies shaping modern product development. You will start with the principles of Product Lifecycle Management (PLM), understanding the role of Industry 4.0 technologies in driving digital transformation. The course highlights structured workflows, collaboration, and data-driven decision-making through PLM. You'll learn how early-stage ideation and conceptual design ensure products meet functional, economic, and sustainability goals. Key topics include system integration, product optimization, and the impact of connected technologies in modern manufacturing. You will examine the product lifecycle stages and leverage PLM tools, digital threads, and smart manufacturing to address challenges such as design coordination, documentation management, and quality control. The course also covers risk management strategies and project planning methodologies for successful execution across the development cycle. Additionally, you'll explore advanced technologies, including digital twins, AI in design, and green manufacturing. By the end, you'll have the skills to drive innovation, efficiency, and sustainability in the evolving engineering landscape.

Data Management and Collaboration

Data management is the backbone of PLM, influencing every aspect of the system. You will explore methods for capturing, storing, and managing data to support informed decision-making throughout the product lifecycle. Additionally, you will discover how PLM fosters collaboration among cross-functional teams and integrates digital twins to enhance performance and coordination during development.

Project Planning and Risk Management

To effectively plan a project, you need to account for various resources, time, and potential issues that may arise. You will discover how PLM tools help to optimize resource allocation and scheduling, enabling proactive risk management throughout the product lifecycle. You will learn how to identify project requirements and scopes, develop efficient schedules, and tackle risk management challenges through real-life scenarios, crafting strategies that anticipate future needs.

Conceptual Design and Ideation

This is your opportunity to think creatively and contribute fresh ideas to the design process as you learn about digital prototyping and incorporating market trends and user feedback. You’ll collaborate with the team to refine product concepts using real-time feedback and insights. You will also discover how cutting-edge technologies like AI enhance design workflows, ensuring innovative and user-centered outcomes.

Product Development and Optimization

Dive deeper into the core aspects of product development by refining processes for efficiency and innovation within PLM systems. You will concentrate on managing Bills of Materials (BOM) and harnessing the transformative power of the Internet of Things (IoT). Examine different types of BOMs and learn how to use IoT data to gain “real-time” insights, which are important for optimizing product development.

Sustainability in the Product Lifecycle

With a focus on the future, you will apply eco-friendly principles throughout the product lifecycle. You will collaborate with the team to develop sustainable designs, select eco-friendly materials, implement green manufacturing practices, and devise effective end-of-life strategies. You'll also engage in a discussion aimed at producing an environmentally responsible product from conception to disposal, paving the way for a sustainable future in manufacturing.

Design and Manufacturing Assessment

Can you believe you've been at NGenius Engineering for this long? Six months! It is time for you to participate in your second performance review. This review assesses your understanding of key concepts from the course, including Product Lifecycle Management (PLM), data management, and Industry 4.0 technologies. It is an opportunity to reflect on your progress, demonstrate your understanding of design and manufacturing principles, and identify areas for continued growth.