Learn how to write better, more organized code by leveraging core concepts of functional programming: immutability, data-function separation, and first-class functions.

Learn functional programming with PHP. Discover how to take up this popular programming paradigm to write more readable, maintainable code.

Write more readable, maintainable code by making the switch to functional programming. Learn about the key concepts of functional programming and how to apply them in Python.

Learn how to transition to functional-style programming using the new language features in Java 9, including lambdas and the streams framework.

Most design projects don't start from scratch. Instead, designers are usually asked to reimagine an existing brand. Redesigns can be challenging, but offer some distinct advantages, since you are dealing with clients that know their product and their market. In this course, designer Sean Adams show how to plan and execute a redesign that keeps what's working and jettisons what's not. First, learn how to identify if a change is necessary and understand the difference between a design evolution and a revolution. Sean then explains how to rework existing logos and identities, collateral and publications, and online media such as websites. In chapter three, he discusses the redesign process: from managing a client who may be attached to the old design, to launching the new identity. He closes with a series of case studies from renowned designers who have transformed company logos, packaging, websites, environments, and marketing materials, while remaining true to the original brand.

Dynamic programming makes it possible to solve challenging problems efficiently. Learn what it is, how and when to apply it to your algorithms, and how it's used in applications.

Explore the inner workings of some of the most influential pieces of pro audio equipment. Learn about different kinds of microphones, preamps, compressors, equalizers, and more.

Sustainability is a major concern across all realms of commerce these days. And as it turns out, the majority of greenhouse gas emissions are found in the supply chain: Product sourcing, manufacturing, distribution, and delivery have a huge impact on air, soil, and water. So when it comes to sustainability, it’s largely the responsibility of supply chain professionals to identify areas of impact where small changes can make a big difference. In this course, Sarah Barnes-Humphrey shares case studies, real world examples, and lessons from her 20 years of experience to give you practical advice on what you need to do to start building an effective and measurable sustainability plan that your whole business buys into. As Sarah shows, a thorough sustainability program won’t only have a positive environmental impact, it also touches on areas like human rights, ethical labor practices, and anti-corruption. Plus, it can reduce costs, create efficiency, mitigate risk, and increase brand value.

Get comprehensive training in Fusion 360, the cloud-powered 3D design and fabrication tool for product design, mechanical engineering, and fabrication.

Learn how to create adaptable, manufacture-ready 3D models in Fusion 360. Explore sketching, surface modeling, and T-spline modeling techniques and workflows.

Dive into 3D modeling techniques by learning how to build a familiar object—a table lamp—with the Fusion 360 tool from Autodesk.

Learn how to design product enclosures to manufacture a 3D printing of the design using Autodesk Fusion 360.

Fusion 360 is a unique CAD package for product design. In this course, which is a companion to Fusion 360: Design a Parametric Standing Desk, product designer Kevin Kennedy teaches you how to animate parts and assemblies to communicate design functionality and assembly operations to project stakeholders. Beginning with the completed design from the previous course, Kevin shares practical skills that apply to creating product animations and exploded views. He shows how to leverage the animation workspace in Fusion 360 to evaluate and communicate design functionality, and to illustrate assemblies.

Note: This course was created by Product Design Online. We are pleased to host this training in our library.

Learn how to create animations for your product assemblies in Fusion 360.

Learn how to measure and model real-world objects so you can create parts that are manufacture-ready.

Learn how to use CNC milling techniques to create stunning topographic site models in Fusion 360.

Fusion 360 is a unique CAD and CAM package for product design. In this course, product designer Kevin Kennedy showcases the unique abilities of Fusion 360 to design a piece of furniture and teaches how to create parametric designs that can be driven with dimensions and constraints. Kevin first shows how to fully define sketches as the building block for parametric design. He then covers how to assemble parts in their correct position with the use of joints. Along the way, Kevin goes over best practices and additional considerations you need to make when designing. By the end of the course, you’ll have the knowledge to set up models that can adapt to changes in requirements or user needs.

Fusion 360 is a world-leading mechanical design software. But it also has an overlooked toolset for mechanical–electrical (mechatronic) design. This course teaches engineers and designers how to create simple mechatronic projects and documentation using Fusion 360. Instructor Justin Flett recaps the basics of the software, showing how to generate simple mechanical parts for a robot. He then reviews the advanced tools for plastics and casting design—Draft, Shell, and Rib—commonly used for mechatronics enclosures and casings. He shows how to incorporate components, plus motors and fasteners, into an assembly and how to route wires and cables. Finally, Justin explains how to generate final output, including exploded views and drawing, STEP, and PDF files for use in manufacturing.

Use Fusion 360—the cloud-powered, accessible CAD and CAM tool—to design metal parts for machining.

Learn about designing for additive manufacturing in plastic using Fusion 360. Discover how to create a form, complete and visualize your design, and set it up for 3D printing.