Hi! I’m Yara Samad, a designer learning at Carnegie Mellon and Central Saint Martins. Studying industrial design allows me to craft tools that reflect our history while solving present-day challenges, creating artifacts for future generations to learn from. I am curious about understanding how things work from mechanical and electrical understandings, and innovating to create forms that create ritualistic and intuitive interactions between humans and objects.
I view the world and my practice by looking at systems and power, human psychology, physiology, and neuroscience - how our physical traits relate to our emotional responses, and through cultural and historical lenses. I strive to create products that maximize positive impact while minimizing harm to the ecosystems involved in their production. As not only a designer but also an actor and performer, my biggest asset is understanding how people work. Humans are driven by love (our selflessness) and power (our self-interest), whether it is the search for these things or the exchange of them. I take the time to really listen to people and understand the lens in which they see the world. When I create, I see things through the perspective of the humans I design for, removing my ego and judgment, relating their lives to my own experiences. I love the process because it represents the best part of being human; going beyond empathy into compassion.
Email
yara.samad@gmail.com
LinkedIn
www.linkedin.com/in/yara-samad
Phone
(312)-342-0092
Awards
Future projects
In my academic and professional experience, I have honed skills in tools like AutoCAD, Photoshop, and InDesign, leveraging them to communicate ideas and manage complex projects. For example, I am currently collaborating with biomedical engineering students on designing a negative lung pressure ventilator. Unlike traditional ventilators that use damaging positive pressure to inflate the lungs, our device mimics natural chest movement by creating negative pressure around the lungs, allowing them to function as they would in the body. We are developing a cylindrical dome where the lung lobes can hang, using a needle-inspired mechanism to expand and contract the space for pumping. This experimental approach aims to deliver a working prototype by the end of the school year - my greatest contribution to the project has been 3D modelling the entire working prototype on Solidworks (CAD), and serving as the coordinator between the team of biomedical engineering students and the lung lab researchers. Through this project, I have honed my ability to revise renderings, organize material libraries, and assist in creative presentations—skills directly aligned with the responsibilities of this role.