Luisa Chiesa Named Chair of Mechanical Engineering at Tufts
The superconducting materials researcher takes the lead at the Tufts School of Engineering effective September 2026.
Updated on Oct. 22, 2026 in Materials Science
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Luisa Chiesa, a longtime faculty member specializing in superconductivity research, assumed the role of chair of the Department of Mechanical Engineering at Tufts School of Engineering on Sept. 1, 2026. She has been a member of the Tufts faculty since 2009 and currently serves as the president of the IEEE Council on Superconductivity.
Why it matters
Chiesa's leadership transition in Medford places a researcher deeply involved in superconducting material durability at the helm of a department training the next generation of engineers. Her work focuses on the physical reliability of materials essential for high-energy physics infrastructure.
Chiesa’s lab tests superconducting ribbons by subjecting them to mechanical strain to verify performance capacity of 200 to 300 amperes. While these ribbons contain only 1% superconducting material by cross-section, her research uses finite element analysis to simulate full-scale magnet behavior.
The players
Luisa Chiesa
An expert in superconducting materials who assumed the chair position of the Tufts Department of Mechanical Engineering in September 2026.
Tufts School of Engineering
A Medford-based academic institution that hosts mechanical engineering programs and material science research.
IEEE Council on Superconductivity
A professional body overseeing technical standards and research advancement for superconducting technology.
The details
The laboratory investigates the physical limitations of superconducting ribbons by measuring performance while the materials are stretched, twisted, and bent. Finite element analysis — a computational method that breaks down complex structures into smaller elements to predict physical stress — is used to model how magnets behave under operational conditions. Research is currently exploring if acoustic detection via microphones can identify the precise moment a superconductor transitions to a resistive state.
Timeline
2001: Chiesa graduated from the University of Milan.
2009: Chiesa joined the Tufts faculty.
2025: Chiesa became president of the IEEE Council on Superconductivity.
September 1, 2026: Chiesa began her term as chair of the Department of Mechanical Engineering.
The Tech Race
Chiesa’s research focuses on the mechanical limitations of superconductors, which are necessary for the development of high-field magnets. This work supports the technical requirements for massive scale projects like the 27-kilometer Large Hadron Collider ring.
Students and faculty at the Tufts School of Engineering will now operate under Chiesa's administrative leadership regarding mechanical engineering curriculum and research initiatives. Her focus on superconductor testing continues to inform the material reliability standards used in high-energy physics.
The takeaway
Chiesa’s appointment aligns the Tufts mechanical engineering department with expertise in the reliability of materials that operate at 4.2 kelvin. Readers should monitor future publications from her lab regarding the use of acoustic sensors to detect superconducting transitions.
Further reading
For more research on superconducting performance and material testing, visit the Materials Science section.
Source note: This article includes information reported by The Tufts Daily.
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