Products
In the School of Design, we believe 21st century product design is about designing with purpose and shaping experiences that are sustainable, meaningful, and responsive to our rapidly changing world. As a student in our Product Design track, you’ll take courses that will prepare you to be a systems-level thinker, to visually communicate complex ideas, and to design products for positive impact. As you engage in iterative and collaborative design processes, you’ll expand your knowledge and skills through human-centered research, modeling, evaluation, and critique. You’ll also learn about current production and manufacturing processes and explore new mediums and methods for creating thoughtful and responsible design approaches.
How we work
Instruction in the Product Design track blends theory and practice, enabling you to translate design thinking into sophisticated proposals, models and prototypes. You’ll utilize the traditions of both hand-crafted and industrial-made objects as you apply theory in highly material ways—refining how to express ideas and design innovation through artifacts. The primary studio curriculum is sequential and cumulative. Each year in the program, you’ll develop your unique product design skill set that prepares you to break barriers between the world as it is and the world you envision.
The School of Design provides Product Design students with access to its Advanced 3D Prototyping Laboratory. You’ll not only learn to use traditional power equipment such as bandsaws, routers, sanders, lathes, and table saws, but you’ll also gain experience with digital tools such as CAD modeling and rendering software; output tools such as laser cutters, 3D printers, and CNC milling machines; and specialty equipment for electronics, industrial sewing, and more.
Our Product Design track is also supported by Design Studies courses that introduce themes that will help you expand and refine your practice. Within one of the most technologically advanced and well-rounded universities in the world, you’ll discover unique ways of operating as a designer and engage with engineering, CS/HCI, robotics, business, entrepreneurship, and the humanities in educational and research opportunities that complement your core design training.
Fire Alarm Concept
The form of this fire alarm and call box is driven by both interaction and context. Situated within a surgical suite, the form provides for easy activation and feedback through proejcted light. This model is made from vacuum-formed styene, shaped tooling board, and acrylic with an embedded magnetic switch and LEDs.
By Conner Harden
The form of this fire alarm and call box is driven by both interaction and context. Situated within a surgical suite, the form provides for easy activation and feedback through proejcted light. This model is made from vacuum-formed styene, shaped tooling board, and acrylic with an embedded magnetic switch and LEDs.
By Conner Harden
Interactive Radio
This radio challenges the conventional methods of tunin, volume, and on/off using switches, knobs and buttons. Fabricated in walnut and cast concrete with embedded electronics, the radio encourages more delightful interactions through form and computation.
By Asher Blackburn
This radio challenges the conventional methods of tunin, volume, and on/off using switches, knobs and buttons. Fabricated in walnut and cast concrete with embedded electronics, the radio encourages more delightful interactions through form and computation.
By Asher Blackburn
Reimagine Emergency Water Response Needs
This project was a sponsored by Bollinger Motors headed by CMU Design Alum Robert Bollinger. Working with the Bollinger B2 platform — refered to a large mobile power plant that can go anywhere — and the team at Bollinger, students were challenged to focus on the city of Jackson Mississippi and its reoccuring water crises. They conceived of a new way to position "first responders" across broken systems and proposed realisitc and innovative services and products as responses. The important empathy they gained was by 1) understanding the complex political, economic, and unjust social systems that led to the current state of failure, and 2) learning to frame and respond to problems with limited access and resources.
By Tate Johnson, Zimmy Kang, Nicole Yu, and Quinten Staples
This project was a sponsored by Bollinger Motors headed by CMU Design Alum Robert Bollinger. Working with the Bollinger B2 platform — refered to a large mobile power plant that can go anywhere — and the team at Bollinger, students were challenged to focus on the city of Jackson Mississippi and its reoccuring water crises. They conceived of a new way to position "first responders" across broken systems and proposed realisitc and innovative services and products as responses. The important empathy they gained was by 1) understanding the complex political, economic, and unjust social systems that led to the current state of failure, and 2) learning to frame and respond to problems with limited access and resources.
By Tate Johnson, Zimmy Kang, Nicole Yu, and Quinten Staples
Identifying Unmet User Needs/Desires
Students were provided the agency and space to focus on a desired tangible and feasible product of their interest. It must have been user-driven and innovative in its goals, which was the focus of methods and discussion in this studio. Demonstrating feasibility was also a requirement. This response was called U: A modular virtual reality hardware platform.
By Tate Johnson
Students were provided the agency and space to focus on a desired tangible and feasible product of their interest. It must have been user-driven and innovative in its goals, which was the focus of methods and discussion in this studio. Demonstrating feasibility was also a requirement. This response was called U: A modular virtual reality hardware platform.
By Tate Johnson
High Tech, Heightened Interactions
This autonomous vehicle is a result of applying the people-centered research process for identifying new product opportunties. As an automated service that leverages Amazon Prime's databass, Toco is able to provide fresh produce and other products specific to the neighborhood and community needs. The design of the physical experience and digital app interaction was developed in consideration of the entire service.
By Joseph Kim
This autonomous vehicle is a result of applying the people-centered research process for identifying new product opportunties. As an automated service that leverages Amazon Prime's databass, Toco is able to provide fresh produce and other products specific to the neighborhood and community needs. The design of the physical experience and digital app interaction was developed in consideration of the entire service.
By Joseph Kim
High Tech, Heightened Interactions
This autonomous vehicle is a result of applying the people-centered research process for identifying new product opportunties. As an automated service that leverages Amazon Prime's databass, Toco is able to provide fresh produce and other products specific to the neighborhood and community needs. The design of the physical experience and digital app interaction was developed in consideration of the entire service.
By Joseph Kim
This autonomous vehicle is a result of applying the people-centered research process for identifying new product opportunties. As an automated service that leverages Amazon Prime's databass, Toco is able to provide fresh produce and other products specific to the neighborhood and community needs. The design of the physical experience and digital app interaction was developed in consideration of the entire service.
By Joseph Kim
Place-Based Ceramics
Clay is dug from three brownfield sites across Pittsburgh then slip cast into vessels—one for each site. Impurities in the clay cause the coloration, revealing a post-industrial “memory of place.”
By John Henley
Clay is dug from three brownfield sites across Pittsburgh then slip cast into vessels—one for each site. Impurities in the clay cause the coloration, revealing a post-industrial “memory of place.”
By John Henley
Customizable Wardrobe
This freestanding wardrobe was born out of a need for more flexible and beautiful garment storage solutions. By visualizing our clothes as a collection, we can better understand our personal style and clothing needs, thus developing a more fulfilling and sustainable relationship with what we wear.
By Teresa Lourie
This freestanding wardrobe was born out of a need for more flexible and beautiful garment storage solutions. By visualizing our clothes as a collection, we can better understand our personal style and clothing needs, thus developing a more fulfilling and sustainable relationship with what we wear.
By Teresa Lourie
Visualizing Connections
Our connections fulfill us, but maintaining them all cause burnout over time, so we need to balance meaningful connections sustainably. A mirror that uses sandflow as a form of data to visualize fulfilling connections captured through audio. Taking advantage of the prevalence of mirrors in morning and night routines to build rituals naturally.
By Catherine Liu
Our connections fulfill us, but maintaining them all cause burnout over time, so we need to balance meaningful connections sustainably. A mirror that uses sandflow as a form of data to visualize fulfilling connections captured through audio. Taking advantage of the prevalence of mirrors in morning and night routines to build rituals naturally.
By Catherine Liu
Modern Keepsakes
These variations of "birthday candle snuffers" reflect on how the global pandemic and other impactful, life changing experiences result in an adaptation of cultural practice. On a surface level these artifacts offer a "safer" approach to birthdays, but the result is bittersweet as we show restraint from engaging with our bodies and celebratory practices. Finishing out my senior capstone in isolation, I fabricated these brass snuffers in my home using self-taught techniques. These artifacts are currently on display at Pittsburgh's Society for Contemporary Craft.
By Eliza Pratt
These variations of "birthday candle snuffers" reflect on how the global pandemic and other impactful, life changing experiences result in an adaptation of cultural practice. On a surface level these artifacts offer a "safer" approach to birthdays, but the result is bittersweet as we show restraint from engaging with our bodies and celebratory practices. Finishing out my senior capstone in isolation, I fabricated these brass snuffers in my home using self-taught techniques. These artifacts are currently on display at Pittsburgh's Society for Contemporary Craft.
By Eliza Pratt
UltraMod system
The UltraMod system changes how we buy and own athletic sneakers. The athlete can interchange the shoe soles depending on what activity they are participating in. Owning multiple pairs of athletic shoes will no longer be necessary when you own the UltraMod upper and multiple soles.
By Asher Blackburn
The UltraMod system changes how we buy and own athletic sneakers. The athlete can interchange the shoe soles depending on what activity they are participating in. Owning multiple pairs of athletic shoes will no longer be necessary when you own the UltraMod upper and multiple soles.
By Asher Blackburn
Our History
The School of Design is one of the oldest Industrial Design programs in the world, and is considered one of the top international programs for ID education.
In the 1920s, Carnegie Tech offered Industrial Design classes in collaboration with regional technology and manufacturing partners such as Westinghouse. These classes aimed to provide state-of-the-art instruction for this newly defined discipline, blending technology and production with human experience, lifestyle, and the emerging consumer market. An applied creative practice was formed, one that was distinct from art and engineering, yet shared attributes of both.
In 1934, Carnegie Tech initiated the first degree-granting Industrial Design program in the United States and has since contributed to advancing the discipline through scholarly research, industry partnerships, innovative projects, and curriculum development. Today's Product Design track continues the legacy of the Industrial Design program and prepares students to design for physical, digital, and hybrid "phygital" worlds, — set against the backdrop of social, environmental, and technological issues.
Our Alumni
Our 4-year program will prepare you to work in many industries, including industrial products, safety devices, mobility and transportation, digital devices, medical and sporting equipment, apparel and soft goods, household goods and appliances, furniture, and architectural fixtures.
Many of our alumni work across disciplinary boundaries. Most pursue careers in product development in New York City, Chicago, San Francisco, Seattle, Detroit, Los Angeles, and here in Pittsburgh. Some pursue careers in tech or UX industries.
Our alumni have worked for companies such as Adidas, Adobe, Amazon, Apple, Autodesk, BMW, Deloitte, Facebook/Meta, FCA Fiat Chrysler/Stellantis, Frog Design, General Motors, Google, Herman Miller, IBM, IDEO, Instagram, Lyft, Microsoft, New Balance, Nissan, Proctor and Gamble, Puma, Salesforce, Smart Design, Radio Flyer, Rivian, Salesforce, Tupperware, Uber, VW/Audi, Whirlpool, Waymo, and many more. Others have founded their own product design consultancies or launched their own businesses, bringing innovative products to market such as the Bollinger Motors All-American Electric Truck.
Notable alumni have been associated with the design of the iPhone and iOS interface, the Nike Fuel Band, BMW's bobsled for Team USA in the 2014 Olympics, the GoPro camera, Warrior Hockey equipment, Roku, the Nest thermostat, and OXO housewares. Many of our alumni stay connected with our program as guest reviewers and informal mentors—aiming to inspire the next generation of designers.