The Delve Blog

In art, an unfinished work remains unfinished. In design, an unfinished work opens up possibilities for the user.

For many years, digital products were designed separately from analog or physical devices, and the user experience was largely defined by screen size. That’s no longer the case.

Regardless of what you're designing, the options you present to users should be simple and straightforward.

Adding a sensor or touchscreen to just about any product has become cheap and straightforward. But it doesn't always make things better for the user.

The ballpoint pen eliminated the need for messy fountain pens and all the problems that came with them. This breakthrough invention forever changed the way we write.

The Pareto Principle is a great tool for project teams when they’re trying to decide where to focus their energy and efforts.

Convincing discerning consumers to buy a home robot isn't easy. To earn a spot in our homes and our lives, “home bots” (and those designing them) must answer four important questions.

The acceleration of tech, and especially the mobile revolution, has deeply affected both the consumer and medical device industries.

Design efforts to maximize battery run time typically focus on minimizing standby power, but an equal emphasis should be placed on designing for peak power.

Design for misuse is less about modifying users' behavior and more about allowing a tool to continue to be functional, given the likelihood of certain behavior.

In order to meet the needs of future users, companies must anticipate disruptive technologies and develop a path to innovation.

These four steps for repeatable technical innovation have proven trustworthy for us on project after project.

Creating product requirements can seem like a straightforward task, but it has plenty of potential pitfalls.

Delve helps clients develop innovative organizations, teams, and leaders. How can you tell if your business needs Innovation Enablement?

These early attempts at wearable technology were innovative but flawed—and paved the way for the more advanced devices we have today.

As product engineers, we use FEA simulations to develop, test, and refine designs. These best practices allow us to move quickly while keeping simulation results accurate, honest, and affordable.

Interaction designers have spent decades figuring out the best way to build an interface from scratch. A lot of what we know translates well to smart products.

Good product design considers how a product will be used, in what setting, and what the regulations affecting such usage might be.

More often than not, designing your cool new product relies on some new widget. You’re not sure if you should design your own or buy one from a supplier. What if there was a straightforward way to decide?

Often, users don’t know why they made a mistake. Human Factors researches use the art of Root Cause Probing to uncover what went wrong.

You’ve vetted your MVP design through low and medium-fidelity prototypes. Now use high-fidelity prototypes to amplify your MVP into a truly compelling offering.

Successfully troubleshooting these problems prior to product launch is in everybody’s best interest, and can be the most rewarding part of a project for an engineer.

Have you ever tried to pull open a door, only to look down and see a sign that says “push”?

Want to deliver a better patient experience? Start by mapping the patient journey. Here's how to do it.

I just spent six months researching experiential brand language for a client. Here's what it is, how to create it, and examples of great EBLs from Apple, Airbnb, REI, and, as the title promises, Taylor Swift.

Together, we can design a better world. Let’s start by leveraging our unique skillsets as change agents.

To achieve societal trust and move responsibly into an AI-enabled healthcare future, we need to put four elements in place.

What if you could plot your impact potential in real-time over the course of your project, allowing you to make necessary changes when it matters most?

It’s important to prototype and test soft materials at various stages in the product development process.

Fresh from our webinar, AI & Medical Device Development, we'd like to share a few takeaways from the discussion.