Bohan Sun Email & Phone Number

Baltimore, Md, Us

Baltimore, Maryland, United States

Hopkins Extreme Materials Institute• Amplified material fatigue life tenfold and slashed crack propagation speed by 90% through engineering bio-inspired piezoelectric material systems, fostering self-healing and self-adaptation properties. • Pioneered a bone-inspired liquid-infused porous piezoelectric scaffold, employing a novel approach to resolve conventional mechanical performance degradation and trade-offs, resulting in a 28,000% self-stiffening and 18,000% dissipation increase under external loading.• Innovated a force-based, reprogrammable self-folding Origami actuator for soft robotics, incorporating reusability, self-adaptivity, and uniformity, while maintaining low-cost production; conducted simulations using Finite Element Analysis (FEA).• Spearheaded the development of piezo-driven metal-based self-healing multifunctional on-skin soft electrophysiological electronics, setting a new standard for performance and durability.

Columbia, Missouri, United States

Soft Materials and Bio-Electronics Laboratory• Enhanced patient comfort for multifunctional on-skin bioelectronics with EEG, ECG, EMG, temperature and hydration sensors based on laser-induced graphene through innovative design, achieving superior electrical performance and 18x greater gas permeability compared to silicone elastomers within 6 months.• Introduced passive self-cooling effects on patient skin, successfully reducing temperature by 6°C, by utilizing innovated multifunctional self-cooling on-skin electronics including electrophysiological, temperature, hydration, pressure sensors, and electrical stimulators, boasting exceptional electrical performance and comfort attribute.• Implemented multifunctional on-skin bioelectronics for cuffless blood pressure measurement, interactive virtual reality, and human–machine interfaces.• Assembled 3D hierarchical structures and soft actuators, exploring diverse electronic advanced application including artificial muscles lifting 110 times their weights, elastic metamaterials with gesture-controlled behaviors, and soft robotic fingers for on-demand ECG measurement.

Evanston, Illinois, United States

John A. Rogers Research Group• Revolutionized minimally invasive cardiac surgery with customizable diagnostic and therapeutic functions including electrophysiological sensing, stimulation, ablation and electroporation, by advancing an implanted sensing platform based on instrumented balloon catheters with arrays of multiplexed, multifunctional sensors and actuators involving 192 sensors and 400 bonding sites integrated into a 1cm2 area.• Slashed the feature sizes of robots to 10 μm through the development of bulked wireless 3D submillimeter-scale multimaterial terrestrial robots, enabling tunable and reversible mechanical movement such as crawling, walking, turning, and jumping.

Chongqing, China

Research Assistant to Professor Shiying Hou, Acting Head• Coordinated research on application of analog electric and digital electric including garage vehicle quantity statistics and recording system and the score recording system for table tennis.

Chongqing, China

Robot team of Chongqing University Innovation Center • Worked in a group on the preparation for the Robomaster competition, an annual robotics competition for University students. • Studied the movement and position analysis of the quadrotor unmanned aerial vehicle • Founded Chongqing University DJI robot club with other team members, cooperating with DJI company, and served as Minister of academic department

Chongqing, China

Research Assistant to Professor Guoqin Huang (Supported by National Training Program of Innovation and Entrepreneurship for Undergraduates)• Invented a crawler belt multi-legged mixed type wall-climbing robot device; and received the authorization of invention patent (CN106904224B) based on this research

Doctor Of Philosophy - Phd, Mechanical Engineering

Master'S Degree, Mechanical Engineering

Bachelor'S Degree, Mechanical Engineering, 3.91/4.00

Bachelor'S Degree, Mechanical Engineering, 3.81/4.00