bringing a character from imagination into physical reality
In the quiet corridors where imagination is made mechanical, a twelve-year-old named Eli was granted passage into one of the most closely guarded creative spaces in modern entertainment. Through Disney's long-standing partnership with Make-A-Wish, his wish — not for a vacation or a spectacle, but for understanding — was honored in May when the company opened its Imagineering labs to him. It is a reminder that the deepest wishes children carry are often not for things, but for knowledge, and that the most meaningful gifts we can offer the young are glimpses of what the world might ask of them.
- A twelve-year-old robotics enthusiast named Eli didn't wish for a theme park visit — he wished to understand how Disney engineers bring characters to life, a request that required opening doors rarely unlocked for anyone.
- Disney's Imagineering labs, where the mechanics and artistry behind Audio-Animatronics are developed, operate largely out of public sight, making Eli's access a genuine exception to institutional habit.
- Executive R&D Imagineer Leslie Evans guided Eli through the full arc of the work — from the foundational history of animatronic design to the active studios where the next generation of robotic characters is currently being built.
- The tour's centerpiece was the BDX droid, Disney's most advanced robotic creation, which Eli was not merely shown but allowed to operate himself — a hands-on encounter with technology that debuted at Galaxy's Edge in 2023 and has since appeared across multiple global parks.
- What began as a wish landed as something closer to a vocation: a young builder was shown not just the finished product, but the iterative, collaborative thinking that transforms an idea into something that moves and speaks and feels alive.
Disney's Imagineering division keeps its labs largely hidden — the spaces where engineers design the animatronic characters that populate the parks are not places the public typically sees. But in May, the company made an exception for Eli, a twelve-year-old robotics enthusiast who had submitted a specific and unusual wish through Make-A-Wish: he wanted to understand how Disney brings characters to life through engineering and storytelling.
Leslie Evans, an Executive R&D Imagineer, led Eli through the experience. She began with history — the foundational Audio-Animatronic work that established the technology decades ago — before moving into the active design studios where the next generation of characters is being built now. Eli saw the full scope of the process: the technology behind movement and speech, the physical sculpts that form a character's body, and the finishing work that transforms an engineering project into something that feels alive.
The tour's centerpiece was the BDX droids, Disney's most sophisticated robotic creations to date. These figures move with intention, respond to their environment, and can be programmed in ways earlier animatronics could not. Eli didn't just observe — he operated one himself. The BDX droids had debuted at Star Wars: Galaxy's Edge in October 2023 and have since appeared at parks in Tokyo, Paris, and Walt Disney World.
Evans framed the work not as pure engineering but as storytelling made possible by technology — a creative process that is iterative, collaborative, and inseparable from artistic vision. For a boy already building robots with his school team, the tour was less a wish fulfilled than a future glimpsed: proof that the thinking and labor behind a finished thing are as worthy of wonder as the thing itself.
Disney's Imagineering division rarely opens its doors to outsiders. The labs where engineers design and build the animatronic characters that populate the parks—the ones that move, speak, and seem almost alive—are kept largely hidden from public view. But in May, the company made an exception for a twelve-year-old named Eli, a robotics enthusiast from his middle school team who had wished for exactly this kind of access through Make-A-Wish, the nonprofit that grants wishes to children facing critical illnesses.
Eli's request was specific: he wanted to understand how Disney brings characters to life through engineering and storytelling. He wanted to see behind the curtain, to learn the mechanics and artistry that transform an idea into something that can walk across a stage or interact with a guest. Disney has maintained a long partnership with Make-A-Wish, and this wish aligned perfectly with what the company's creative teams do every day.
Leslie Evans, an Executive R&D Imagineer at Disney, led Eli through the spaces where this work happens. She showed him the history first—how the earliest Audio-Animatronic figures were conceived and animated, the foundational work that established the technology decades ago. Then she brought him into the active design studios where the next generation of characters is being built right now. Eli saw how engineers approach the problem from multiple angles: the technology that powers movement and speech, the physical sculpts that form the character's body, and the finishing work—textures, skins, paint, details—that transforms an engineering project into something that feels alive.
The centerpiece of the tour was the BDX droids, among Disney's most sophisticated robotic creations. These are not static figures. They move with intention, respond to their environment, and can be controlled and programmed in ways that earlier generations of animatronics could not. Eli didn't just observe them. He was given the chance to operate one himself, to feel what it was like to command a piece of technology that Disney had spent considerable resources developing. The BDX droids had debuted at Star Wars: Galaxy's Edge in Disneyland in October 2023, then appeared at multiple Disney parks over the following years—at Tokyo Disneyland, at Disneyland Paris, and during the summer at Walt Disney World. They represented the cutting edge of what Disney's engineers could do.
Evans described the philosophy behind the work in a way that framed it not as pure engineering but as storytelling made possible by technology. The team starts with a vision of the experience they want guests to have, she explained, and then uses the available tools—robotics, programming, materials science—to make that vision real. The creative process is iterative. Ideas are tested, refined, rebuilt. Eli got to see that process in action, to understand that bringing a character from imagination into physical reality requires both artistic vision and technical problem-solving, and that the two are inseparable.
For a twelve-year-old already interested in how things work, already building robots with his school team, this was more than a tour. It was a window into a possible future, a glimpse of what careers in engineering and creative technology might look like. Disney's partnership with Make-A-Wish has granted thousands of wishes over the years, but the ones that stick are often the ones that connect a child's curiosity to the real work of the world—that show them not just a finished product, but the thinking and labor that made it possible.
Notable Quotes
We start with a North Star of the experience we want to bring to life and then use technology to make it possible.— Leslie Evans, Executive R&D Imagineer at Disney
The Hearth Conversation Another angle on the story
What made Eli's wish different from the typical Make-A-Wish experience?
Most wishes are about meeting characters or getting a special day at the park. Eli wanted to understand the engineering—to see how the magic actually works. That's a different kind of curiosity.
Did Disney have to create something special for him, or was this an existing program?
It sounds like they built the experience around what he specifically wanted to know. They brought him into active Imagineering spaces, not a public exhibit. That's access most people never get.
Why do you think Evans emphasized the iterative process—the testing and rebuilding?
Because that's the real work. Kids often see the finished product and think it appeared fully formed. Showing Eli the false starts and refinements teaches him that engineering is creative problem-solving, not just following a blueprint.
The BDX droids seem to be the star of the story. Why?
They're the most advanced thing Disney has built. Letting him control one wasn't just a thrill—it was proof that he could understand and operate technology at that level. It's aspirational.
What does this say about Disney as a company?
That they're willing to invest time and access in a single child's education and curiosity. It's not a publicity stunt—it's a genuine partnership with Make-A-Wish that takes the child's interests seriously.