5 Reasons to Study Toy Design

Peter Pan never wanted to grow up. As a toy designer, you don't have to either.

The toy design field puts your imagination and problem-solving skills to work every day, producing products that surprise, delight, and engage children of all ages. If you spent your childhood building worlds with LEGO bricks and K'Nex, tearing them down, and rebuilding them better, this career path turns that instinct into a profession.

This guide breaks down the 5 strongest reasons to pursue a toy design degree.

1. Engineering rigor, creativity of an art field

Toy design is classified as a STEM field. The toy designer follows the same principles and processes as a typical engineer: ideation and conceptualization, modeling, iteration, prototyping, and user testing.

Georgia Van de Zande, an engineering lecturer, puts it simply:

"The toy industry is a real science. There is a lot of engineering that goes into making toys durable but also whimsical and fun for kids."

"Math and physics concepts are built into every Lego project," says Tiffany Tseng, a graduate researcher in the MIT Media Lab Lifelong Kindergarten group. "Kids can build whatever's in their imagination and, at the same time, develop spatial reasoning and learn about structural integrity, design, and a practical sense of geometry." Toy designers apply these same mathematical and physics principles professionally, combined with CAD (Computer Aided Drawing) software, 3D printing, and advanced prototyping tools.

Students in toy design programs study drawing, engineering, sculpting, digital design, child psychology, product safety, and business practices. This makes them one of the most versatile and well-rounded programs out there.

The Fashion Institute of Technology (FIT) describes its BFA Toy Design curriculum as covering "design and engineering of soft and hard toys, game and doll design, product safety, child psychology, motor learning development, packaging, computer-aided industrial design, marketing, promotion, and the business of toys."

Safety and regulatory knowledge: a built-in professional advantage

Toy designers must understand safety standards and regulatory compliance, which vary by market.

• In the United States, knowledge of ASTM F963 (the U.S. toy safety standard) and CPSIA (Consumer Product Safety Improvement Act) is essential for any company selling products domestically.
• In Europe, the EU Toy Safety Directive and EN 71 standard govern toy design and manufacturing, with some of the strictest chemical and mechanical safety requirements in the world.
• In Asia, individual countries maintain their own standards, and organizations like the Asia Toy & Play Association (ATPA) work with regional governments to coordinate safety requirements.

Designers who understand multiple regulatory frameworks position themselves for international roles and make themselves valuable to companies selling across borders.

2. An exciting, collaboration-driven career

Toy designers don't work in isolation. The modern toy industry runs on partnerships that span film studios, space agencies, technology companies, sports brands, and fellow toy makers. For designers motivated by creative variety and meaningful collaboration, few careers offer this breadth.

Collaborations with film and entertainment studios

Matthew Ashton, vice president of the LEGO Group in Denmark, describes the experience this way:

"Having a toy design job was already ticking all the career boxes but being able to help make movies was something I had never even dreamed of!"

That kind of cross-industry work is standard these days.

• In early 2026, Disney Consumer Products confirmed new LEGO sets for three major films: The Mandalorian & Grogu, Toy Story 5, and the live-action Moana.
• At CES 2026, the LEGO Group, Disney, and Lucasfilm jointly announced LEGO SMART Play, a new interactive platform featuring over 20 patented technologies embedded into standard bricks. The system debuted with Star Wars sets, and actor Anthony Daniels (C-3PO) appeared at the Nuremberg Toy Fair to showcase the first-ever C-3PO SMART Minifigure. Designers on the Creative Play Lab team built the technology from scratch, miniaturizing sensors, accelerometers, speakers, and custom processing chips to fit inside a standard 2x4 brick.
• Mattel has more than 16 films in development based on its toy brands, including Polly Pocket, Hot Wheels, Uno, and Monster High.

Each of these projects requires toy designers to collaborate with screenwriters, production designers, and marketing teams to create products that connect physical play with cinematic storytelling.

Collaborations across rival companies

Even direct competitors work together when the creative opportunity is right.

In 2025, Hasbro and Mattel announced a joint Play-Doh Barbie collection, combining Hasbro's iconic modeling compound with Mattel's Barbie dolls.

The line includes fashion-making tools that let children sculpt their own outfits. That kind of cross-brand project requires designers from both companies to merge two distinct product languages into a cohesive play experience.

Collaborations with scientists, engineers, and educators

The LEGO Group has maintained a decades-long partnership with NASA, producing sets based on real spacecraft and missions. In 2026, LEGO released a Technic NASA Artemis Space Launch System Rocket developed in collaboration with both NASA and the European Space Agency (ESA). The set was designed to replicate the real rocket's three-stage separation sequence. Designer Olav Krøigaard worked closely with aerospace engineers to ensure the mechanical functions accurately represented real launch physics, giving children a hands-on model of the same rocket that carried astronauts toward the moon. Denmark's first astronaut, Andreas Mogensen, even carried 26 custom LEGO figures to the International Space Station as part of a collaboration between the LEGO Group and ESA.

In May 2025, Moose Toys (Australia) signed an exclusive global partnership with CrunchLabs and YouTuber/engineer Mark Rober to launch a STEM-focused toy line designed to boost science and engineering play for children worldwide.

Rober, a former NASA engineer with over 60 million YouTube subscribers, brings real engineering credibility to the product line. Toy designers on that project work alongside practicing engineers and content creators to build products that teach through physical experimentation.

3. You directly shape childhood development

Well-designed toys produce measurable developmental benefits. The American Academy of Pediatrics (AAP) published a clinical report confirming that play with traditional toys and hands-on materials improves language acquisition, executive functioning, conflict resolution, creativity, and self-regulation in young children. Preschool children given blocks to play with at home showed measurable improvements in language skills at a six-month follow-up, particularly among low-income children.

A 2026 mixed-methods study reviewing 87 research articles found that structured play with educational toys (puzzles, robotics kits, building sets) enhanced cognitive skills in 71% of studies reviewed, while group play with toys fostered emotional growth in 47% of cases.

As a toy designer, you create the tools that shape these outcomes. Toys designed for open-ended and imaginative play increase a child's creative capacity and build collaboration, communication, and problem-solving skills that carry into adulthood.

4. You can drive social change through inclusive design

The toy industry is actively developing more gender-neutral products and marketing strategies.

A 2024 study found that gender-neutral toys encourage free-form play and help children explore interests and abilities beyond traditional gender expectations, opening up occupational avenues that restrictive toy categories may close off.

The National Association for the Education of Young Children (NAEYC) cites research concluding that strongly gender-typed toys appear less supportive of optimal development than neutral or moderately gender-typed toys.

Dr. Elizabeth Sweet, a sociologist and lecturer, notes:

"Studies have found that gendered toys do shape children's play preferences and styles. Because gendered toys limit the range of skills and attributes that both boys and girls can explore through play, they may prevent children from developing their full range of interests, preferences, and talents."

Toy designers working in this space directly influence which skills, roles, and identities children see as available to them. In a world shaped by algorithms, this kind of impact is truly meaningful, something to be proud of.

5. A strong career with many pathways

The toy design field has dedicated degree programs, structured career ladders, and strong industry connections.

Beyond dedicated toy design degrees, students can enter the field through industrial design, mechanical engineering, or product design programs that include electives in child development, play theory, or consumer product development.

A typical career progression in toy design

Where a toy design career can lead: the Gunpei Yokoi story

Career tables show a tidy ladder, but some of the most influential figures in toy and product design followed paths no one could have mapped in advance.

Gunpei Yokoi joined Nintendo in 1965 as a maintenance technician on the company's hanafuda card assembly line. In his spare time, he built a lattice-arm extending toy for his own amusement. Nintendo's president, Hiroshi Yamauchi, spotted it and asked Yokoi to turn it into a commercial product. The result was the Ultra Hand, which sold over 1.2 million units in Japan and launched Yokoi's career as a toy designer. From there, Yokoi developed a string of mechanical and electronic toys for Nintendo throughout the 1970s, including the Love Tester and the Ten Billion Barrel puzzle. Those projects built his expertise in miniaturized electronics and simple, durable mechanisms.

When Nintendo moved into video games, Yokoi applied his toy design philosophy to create the Game & Watch handheld series, then the original Game Boy in 1989. The Game Boy became one of the best-selling consoles in history, with over 118 million units sold worldwide. Yokoi's design approach, which he called "Lateral Thinking with Withered Technology," was based on finding creative new uses for affordable, well-understood components rather than chasing the newest hardware. That principle came directly from his years designing physical toys on tight budgets.

Yokoi's trajectory illustrates a pattern that repeats across the toy industry: designers who start by making physical playthings develop a combination of engineering intuition, user empathy, and creative resourcefulness that transfers into adjacent fields. The career table above shows the conventional path, but toy design skills open doors into video game hardware, interactive entertainment, consumer electronics, theme park design, and children's media production.

Frequently asked questions about toy design careers

What degree do I need to become a toy designer?

Most (81%) toy designers hold a Bachelor's degree. You can either choose to specialize in toy design right away, or move into the field after getting a Bachelor's degree in industrial design, product design, or mechanical engineering.

How much do toy designers earn in 2026?

Salaries vary by experience, location, country, and employer. In the United States, the BLS classifies toy designers under "Industrial Designers" and reports a median annual wage of $79,450 (May 2024 data), with the top 10% of earners exceeding $134,840. In the UK, Glassdoor reports an average of £45,346. Salaries in Denmark, Japan, and Germany tend to be competitive with U.S. figures when adjusted for cost of living, particularly at companies like LEGO Group, Bandai Namco, and Playmobil.

What skills do toy designers need?

Toy designers need proficiency in CAD software, sketching and drawing, 3D modeling, prototyping (both physical and digital), and an understanding of child development and product safety regulations. Strong communication and presentation skills matter for pitching concepts to stakeholders. Increasingly, familiarity with AI tools, AR development, and interactive design also strengthens a designer's profile.

Are toy design jobs at risk from AI and automation?

AI and augmented reality are changing the toy industry, but they are expanding the designer's toolkit rather than eliminating the role. Companies like WowWee now use AI across their operations, from concept art to workflow automation. AR-enabled toys (like LEGO's interactive product lines) blend physical building with digital overlays.

These technologies create new specializations for toy designers to move into: interactive experience design, AI-driven personalization, sensor integration, and app-connected play systems. Designers who learn to work alongside these tools will find more opportunities, not fewer.

What companies hire toy designers?

Major global employers include Mattel (U.S.), Hasbro (U.S.), LEGO Group (Denmark), Spin Master (Canada), Bandai Namco (Japan), Tomy Company (Japan), Simba Dickie Group (Germany), MGA Entertainment (U.S.), Moose Toys (Australia), Melissa & Doug (U.S.), and Fisher-Price (a Mattel brand). European brands like Playmobil (Germany) and Smoby (France) also maintain dedicated design teams. Smaller specialty firms, design consultancies, and independent inventor studios hire toy designers in every major market. Some designers work as independent inventors and license their creations to manufacturers worldwide.

Can I work in toy design without a specialized toy design degree?

Yes. Many toy designers enter the field through industrial design, product design, or mechanical engineering programs at universities worldwide. Building a portfolio of toy-related projects, completing internships at toy companies, and developing CAD and prototyping skills can qualify you for entry-level positions even without a degree specifically in toy design. A specialized degree offers the most direct path, but alternative routes exist for motivated candidates in every market.

Bottom line: Is this creative degree practical enough?

Many students feel pressure to choose a traditionally "safe" field like computer science or finance, even when their interests point toward design. That concern makes sense, and it deserves a real answer.

Toy design sits at the intersection of art, engineering, and child development. The skills you build (CAD proficiency, prototyping, user testing, materials science, manufacturing knowledge) transfer directly to industrial design, product design, UX design, and consumer goods development.

A toy design degree does not limit you to one employer or one industry, so, if your heart is pulling you towards your path, you shouldn’t limit your options either :)