Curious by Design

Jason Hardwick
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  • EDUCATION

Curious by Design is a podcast about how things get built, and why they end up the way they do. Every product, city, system, and business is the result of a series of choices. Some intentional. Some accidental. Some brilliant. Some… less so. Hosted by Jason Hardwick, this show explores the thinking behind the work: the history, the tradeoffs, the constraints, and the invisible decisions that shape the world around us. From design and engineering to culture, technology, and everyday systems we take for granted, each episode pulls on a single thread and follows it deeper than expected. This isn’t a how-to podcast. It’s a why-did-they-do-that podcast. If you’ve ever looked at something and wondered how it came to be—or how it could’ve been designed better, you’re in the right place. Welcome to Curious by Design.

  1. 27 APR

    Why Electric Vehicles Are Designed the Way They Are

    Think about an electric vehicle. No engine noise. Instant acceleration. A dashboard that feels more like a screen than a control panel. It looks familiar… but it behaves completely differently. In this episode of Curious by Design, we explore why electric vehicles are designed the way they are—and how removing the internal combustion engine reshaped the entire architecture of the car. Traditional cars were built around one dominant component: the engine. It dictated layout, weight distribution, and how power moved through the vehicle. Electric vehicles flipped that model. Batteries are spread across the floor. Motors are compact and often placed near the wheels. The result is a lower center of gravity, more interior space, and a completely different driving feel. We’ll break down why EVs accelerate instantly, how regenerative braking turns motion back into energy, and why range—and charging—drive so many design decisions. You’ll also see how software plays a central role. From battery management systems to over-the-air updates, modern EVs behave more like connected devices than traditional machines. Because designing an electric vehicle isn’t just about replacing fuel with batteries. It’s about rethinking the entire system— from performance… to efficiency… to how drivers interact with the car itself. The next time you see an electric vehicle glide silently past you, notice what’s really different. Not just the power source— but the design decisions underneath it… reshaping what a car can be. That’s Curious by Design. Support the show

    12 min

  2. 23 APR

    Why Cell Phones Work the Way They Do

    Think about your phone. You tap a screen… Send a message… Load a video… Make a call from almost anywhere. It feels instant. Effortless. Reliable. But behind that simplicity… is one of the most complex systems humans have ever built. In this episode of Curious by Design, we explore why cell phones work the way they do—and how a global network of invisible connections makes modern communication possible. Cell phones don’t actually connect directly to each other. Instead, they connect to a constantly shifting web of towers, signals, and frequencies. As you move, your phone quietly switches from one tower to another—sometimes dozens of times during a single call—without you ever noticing. We’ll break down how cellular networks divide entire cities into “cells,” why signals are split across frequencies, and how engineers solved one of the hardest problems in communication: sending millions of conversations through the air… at the same time. You’ll also see how design shapes the device itself. Why screens are touch-based. Why battery life is a constant tradeoff. Why apps are structured the way they are. And how your phone manages power, data, and connection all at once. Because cell phones aren’t just pieces of technology. They’re systems—balancing speed, reliability, and portability in real time. The next time your phone switches from Wi-Fi to cellular… or loads something instantly from across the world… remember what’s really happening. Signals traveling through space. Networks coordinating in milliseconds. Design decisions layered over decades… to make something incredibly complex feel completely natural. That’s Curious by Design. Support the show

    10 min

  3. 20 APR

    Why Video Games Are Designed the Way They Are

    Think about the last time you played a video game. You completed a level. Unlocked something new. Maybe lost… and tried again immediately. Games feel engaging. Addictive, even. But that pull isn’t accidental. In this episode of Curious by Design, we explore why video games are designed the way they are—and how developers use psychology, feedback loops, and systems thinking to keep players engaged. Early video games were simple. Limited graphics. Basic mechanics. But even then, designers discovered something powerful: players respond to progress. Points. Levels. Clear goals. Over time, those ideas evolved into structured systems—reward loops, difficulty curves, and progression mechanics that guide behavior without forcing it. We’ll break down how games use feedback to teach players without instructions, why difficulty is carefully balanced to stay just challenging enough, and how concepts like variable rewards and achievement systems keep players coming back. You’ll also see how game design borrows from behavioral psychology—how leveling systems, unlockables, and daily rewards create momentum, and why losing often makes a game more compelling, not less. From open-world exploration to competitive multiplayer systems, modern games are built as experiences—not just products. Every mechanic, every sound, every visual cue is designed to keep you moving forward. Because video games aren’t just about entertainment. They’re systems built to guide attention, reward effort, and turn interaction into engagement. The next time you pick up a controller, notice what’s really happening. You’re not just playing a game— you’re moving through a carefully designed system… built to keep you coming back. That’s Curious by Design. Support the show

    14 min

  4. 16 APR

    Why Sign Language Is Designed the Way It Is

    Think about language. Words. Sounds. Sentences spoken out loud. Now imagine communication without sound. Hands moving through space. Facial expressions carrying meaning. Entire conversations happening silently and with incredible speed. Sign language doesn’t just replace speech. It’s a completely different system, one designed around vision, movement, and the way humans perceive patterns. In this episode of Curious by Design, we explore why sign language is structured the way it is, and how it evolved into one of the most efficient forms of communication humans have created. Sign languages like American Sign Language (ASL) aren’t visual versions of spoken language. They have their own grammar, syntax, and rules. Instead of sound, meaning is built through handshape, movement, location, and facial expression, all working together at the same time. That simultaneity is key. While spoken language unfolds word by word, sign language can layer information in parallel, making it incredibly expressive and efficient. We’ll explore how sign languages developed historically, from early deaf communities to formal education systems shaped by figures like Laurent Clerc, and how visual communication influenced everything from sentence structure to storytelling. You’ll also see how the brain processes sign language, why facial expressions are essential (not optional), and how spatial grammar allows signers to “map” ideas in front of them. Because sign language isn’t just communication without sound. It’s communication redesigned around how humans see. The next time you watch someone sign, notice what’s really happening. Not just gestures but a fully developed language system, built for clarity, speed, and expression… without a single spoken word. That’s Curious by Design. Support the show

    11 min

  5. 13 APR

    Why Golf Is Designed the Way It Is

    Think about a golf course. Wide fairways stretching into the distance. Bunkers placed just close enough to matter. A flag sitting on a green that looks smooth… until the ball starts to roll. Golf feels calm. Quiet. Almost simple. But underneath that simplicity… is one of the most carefully designed sports in the world. In this episode of Curious by Design, we break down why golf looks and plays the way it does—and why every detail, from the shape of the course to the number of holes, exists for a reason. Golf didn’t begin as a perfectly planned sport. Early versions were played across natural landscapes in Scotland, where terrain—not design—dictated the game. Over time, something interesting happened. Instead of removing challenges, designers leaned into them. Hills became hazards. Wind became strategy. Imperfection became the point. We’ll explore why there are 18 holes, how course architecture evolved, and why features like bunkers and water hazards are placed exactly where they are. From legendary designers like Old Tom Morris to modern championship layouts, courses are built to test decision-making as much as skill. You’ll also see how psychology shapes the game. Why shorter putts can feel harder than longer ones. Why risk and reward are built into every hole. And why consistency—not perfection—is what defines great players. Even the equipment is engineered with precision. Club design, ball aerodynamics, and course maintenance all influence how the game is played—often in ways most players never notice. Because golf isn’t just about hitting a ball toward a hole. It’s about navigating a system designed to challenge you… mentally, physically, and strategically… one decision at a time. The next time you stand on a tee box, take a moment to look around. Every bunker. Every slope. Every distance. None of it is random. It’s all part of a design that turns a walk across a field… into a test of patience, judgment, and control. That’s Curious by Design. Support the show

    11 min

  6. 9 APR

    Why Space Missions Are Designed The Way They Are

    Think about a space mission. A rocket launches. A spacecraft travels millions of miles. A crew survives in a place humans were never meant to exist. From the outside, it looks like precision. Control. Perfection. But behind every mission… is a series of design decisions shaped by risk, physics, and failure. In this episode of Curious by Design, we break down why space missions are built the way they are—and why they often look slower, more cautious, and more complex than expected. Early spaceflight wasn’t just exploration. It was competition. During the Space Race, programs like NASA and the Soviet space program were pushing the limits of what was possible, often learning through trial and error. Rockets failed. Missions were lost. And every mistake reshaped how the next mission would be designed. From there, a new philosophy emerged: redundancy. Critical systems are duplicated. Sometimes triplicated. Because in space, failure isn’t an inconvenience—it’s catastrophic. We’ll explore why spacecraft use specific shapes, why trajectories look nothing like straight lines, and why missions take years of planning for moments that last minutes. From orbital mechanics to human survival systems, every detail is engineered around one core reality: Space is unforgiving. You’ll also see how psychology plays a role—how astronauts are trained, how control is distributed between humans and machines, and why mission timelines are designed to reduce risk, not maximize speed. And perhaps most interesting of all… Why the future of space travel may look very different from the past. Because as missions shift from government programs to commercial spaceflight, the balance between safety, cost, and speed is being redesigned in real time. The next time you watch a rocket launch, notice what you’re really seeing. Not just engineering. But decades of design decisions—layered, tested, and refined— to make the impossible… survivable. That’s Curious by Design. Support the show

    14 min

  7. 6 APR

    Why Baseball Is Designed the Way It Is : Subscriber Episode

    A Curious by Design Subscriber Special The crack of the bat. The pause before a pitch. The slow rhythm of a game that seems to move at its own pace. Baseball feels timeless—but every part of it was designed. In this subscriber special of Curious by Design, we explore how baseball became one of the most carefully structured games ever created. From the perfect geometry of the diamond to the precise distance of ninety feet between bases, the sport evolved through decades of experimentation until its rules produced the balance fans recognize today. The episode traces how early figures like Alexander Cartwright helped formalize the game’s structure, why the pitcher stands exactly sixty feet and six inches from home plate, and how the design of the baseball itself—its cork core and 108 red stitches—affects how pitches move through the air. We also look at what makes baseball unique among sports: a game without a clock, built around outs rather than time. That structure creates something rare in sports design—endless possibility. No matter the score, every team always gets its final chance. From the unpredictable geometry of ballparks to the rhythm of anticipation between pitches, baseball blends mathematics, physics, and psychology into a system built to produce unforgettable moments. Because baseball isn’t just a sport played on grass. It’s a design refined over more than a century— one built to create moments that last a lifetime. That’s Curious by Design. Support the show

    15 min

  8. 2 APR

    Why Cities Are Designed in Grids

    Why Cities Are Designed in Grids Look at a map of a city from above. Some places twist and wander with curving streets and irregular neighborhoods. But others look almost mathematical—straight lines, repeating blocks, and intersections that stretch for miles. In this episode of Curious by Design, we explore why so many cities are built on grids and how this simple pattern became one of the most powerful tools for organizing urban space. The idea dates back more than two thousand years to the work of Hippodamus of Miletus, an ancient Greek planner who believed cities could be arranged rationally using streets that intersect at right angles. The concept later influenced Roman settlements, military camps, and eventually modern cities like New York, Chicago, and Phoenix. Grids make cities easier to navigate, easier to build, and easier to maintain. Streets repeat in predictable patterns. Infrastructure like water, electricity, and transit can run in straight lines. And when traffic builds up, drivers and pedestrians have multiple routes to reach the same destination. But grids also come with tradeoffs. They don’t always follow natural landscapes, which is why cities like San Francisco climb steep hills and others produce strange intersections where grids collide. What looks simple from above is actually the result of centuries of experimentation in how humans organize space. The next time you look at a city map, notice the pattern beneath it—an ancient design that still helps millions of people move through modern cities every day. That’s Curious by Design. Support the show

    12 min
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About

Curious by Design is a podcast about how things get built, and why they end up the way they do. Every product, city, system, and business is the result of a series of choices. Some intentional. Some accidental. Some brilliant. Some… less so. Hosted by Jason Hardwick, this show explores the thinking behind the work: the history, the tradeoffs, the constraints, and the invisible decisions that shape the world around us. From design and engineering to culture, technology, and everyday systems we take for granted, each episode pulls on a single thread and follows it deeper than expected. This isn’t a how-to podcast. It’s a why-did-they-do-that podcast. If you’ve ever looked at something and wondered how it came to be—or how it could’ve been designed better, you’re in the right place. Welcome to Curious by Design.

Information

  • Creator
    Jason Hardwick
  • Years Active
    2k
  • Episodes
    29
  • Rating
    Clean
  • Copyright
    © 2026 Curious by Design
  • Show Website
    Curious by Design
  • Provider