Tech Innovator Maia Hirsch Takes Center Stage at NYFW 2026

Maia Hirsch, a 24-year-old mechanical engineer, is set to showcase her groundbreaking designs at New York Fashion Week in 2026, marking a significant intersection of technology and fashion. Her creations, particularly the innovative “Blooming Dress,” feature advanced robotics and interactive elements that respond to human touch, illustrating a new frontier in wearable technology. This ambitious project represents not just a personal milestone for Hirsch but also a challenge to conventional views of both engineering and fashion.

Hirsch, originally from Ithaca, New York, discovered her passion for fashion design during the pandemic while studying in Florida. Seeking a creative outlet, she enrolled in a fashion design course at the Istituto Marangoni Miami. What began as an exploration of style has evolved into a serious career path, leading her to the prestigious platform of NYFW. “I’m so honored to be changing the idea of what an engineer or a roboticist looks like by breaking stereotypes,” Hirsch told The Post.

Her creations will debut at SFWRunway’s “Future of Fashion” show, hosted at the vibrant Times Square venue, Dramma. The “Blooming Dress” is a battery-operated garment that transforms into a beautiful flower when a model shakes hands. This stunning piece, crafted from cotton and organza, incorporates touch sensors and actuators that activate the dress’s movement. “There are very small touch sensors that go in the palm of the model’s hand,” Hirsch explained. “So whenever they come in contact with anything, it will activate the whole mechanism.”

Alongside the “Blooming Dress,” Hirsch will introduce her “Gazing Dress,” which features optical fibers and stretch sensors that illuminate in sync with the wearer’s movements. “Both dresses will be worn by models during the New York Fashion Week show,” she expressed with enthusiasm. Until now, she has only displayed her work on stationary mannequins, making this live presentation a significant leap forward.

Creating these avant-garde pieces has not been without its challenges. Prior to the runway show, Hirsch dedicated countless hours to sketching, refining, and troubleshooting her designs at the Cornell University Maker Club. The university’s state-of-the-art labs provided her with essential tools, including 3D printers and laser cutters, allowing her to bring her visions to life. Each piece took over four months to complete, requiring extensive research and trial and error, as well as significant funding. “Thousands” of dollars in grants were necessary to realize her artistic ambitions.

Hirsch aims to inspire other women in science and technology through her work. “I live by the phrase, ‘You cannot be what you cannot see,’” she stated. She emphasizes that women can pursue careers in engineering while embracing their love for fashion. Despite a notable increase in women entering STEM fields since the 1970s—when they accounted for just 7% of the workforce—only 30% of current jobs in these areas are held by women. The numbers drop further, with less than 20% of technical roles in computer sciences and engineering occupied by females, according to the US Department of Labor.

Hirsch’s aspirations are influenced by visionary designers like Iris Van Herpen, renowned for merging nature, architecture, and mechanics in her creations. Van Herpen’s work has earned acclaim for innovative designs, including the world’s first 3D-printed bridal gown, and she has dressed high-profile celebrities such as Beyoncé and Lady Gaga.

Although Hirsch’s creations are not yet ready for everyday wear, she hopes to spark excitement at NYFW. “They’re very delicate pieces, not meant for daily wear,” she cautioned, noting the potential for damage if exposed to harsh conditions. She acknowledges that logistical challenges, such as storage and maintenance, must be addressed before her garments can be widely available.

Hirsch remains committed to pushing the boundaries of fashion. “Fashion shouldn’t just be worn—it should also be experienced,” she asserted. With her background in mechanical engineering, she sees an opportunity to create unprecedented designs that merge technology with style, paving the way for future innovations in the industry.