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Tufts University stands at a remarkable crossroads of robotics research, spanning soft robotics innovation, bioinspired engineering, educational technology, and human-robot interaction. With over 9,000 cumulative citations across its most impactful work, Tufts has established itself as a globally recognized force in both advancing robotic systems and reimagining how humans—especially young learners—engage with them. At the heart of Tufts' engineering contributions is pioneering work in soft robotics. The lab's 2013 survey of bioinspired soft robotics has become one of the most cited works in the field, while the GoQBot—a caterpillar-inspired rolling robot—demonstrated how biological locomotion strategies can revolutionize robot design. Research into biohybrid actuators powered by living cells and 3D-printed deformable "softworms" further cements Tufts as a leader in next-generation compliant robotic systems. Contributions also extend to the cosmos: Tufts researchers played a role in the Mars Phoenix mission, providing robotic arm technology that yielded landmark discoveries about Martian soil chemistry, including evidence of perchlorates and calcium carbonate. Equally distinctive is Tufts' commitment to robotics education, centered in the DevTech Research Group. Decades of research have produced landmark findings on integrating robotics and coding into early childhood classrooms—from pre-kindergarten through second grade—consistently demonstrating measurable gains in sequencing ability, computational thinking, and engagement. This work has shaped curricula internationally, with studies conducted as far afield as Singapore. Tufts also probes the ethical and psychological dimensions of robotics, investigating moral decision-making in robot agents and the "uncanny valley" phenomenon. For prospective students and collaborators, Tufts offers a uniquely interdisciplinary environment where cutting-edge engineering meets education, ethics, and exploration.