On July 5, SJTU Paris Elite Institute of Technology (SPEIT) jointly organized an alumni exchange event with the Shanghai Jiao Tong University (SJTU) Beijing Alumni Association. Representatives from the SJTU Beijing Alumni Association, SPEIT alumni based in Beijing, faculty members of SPEIT, and current students gathered to discuss topics including alumni resource collaboration, talent cultivation, and career development. The event strengthened alumni connections and provided an opportunity to exchange ideas on the future development of SPEIT.

Recently, the PandaX Collaboration led by Shanghai Jiao Tong University has achieved important progress in the experimental investigation of neutrino and dark matter self-interactions. Using xenon-136 double beta decay data collected by the PandaX-4T liquid xenon detector, the collaboration imposed direct experimental constraints on neutrino self-interactions mediated by light scalar particles, attaining the world’s tightest experimental limits in the mass range of 0.8–2 MeV. The relevant findings, titled Probing Scalar-Neutrino and Scalar-Dark-Matter Interactions with PandaX-4T, have been published in Physical Review Letters (PRL), a top-tier journal in physics. SJTU serves as the primary affiliation of this work.

On the afternoon of June 26, the SJTU Paris Elite Institute of Technology (SPEIT) of Shanghai Jiao Tong University (SJTU) convened its 27th Joint Management Committee Meeting in a hybrid format, combining both online and in-person participation.

To further implement the fundamental mission of fostering virtue through education and encourage graduating students to strengthen their ideals and convictions, cultivate a strong sense of patriotism, and shoulder the responsibilities of their generation, SPEIT held a Departure Preparation Ceremony for the 2026 graduating class on June 17.

On June 18, the 3rd Sino–France Future Industry Cooperation Forum, themed “Shaping a New Vision for Future Industries and Building a New Industrial Ecosystem Together,” was held in Nanjing. The forum was jointly organized by the International Economic and Technical Cooperation Center of the Ministry of Industry and Information Technology (MIIT) and the Nanjing Investment Promotion Bureau, and hosted by the Electronics Information Industry Sub-Council of the China Council for the Promotion of International Trade and the Alliance Industrie du Futur.

Electroencephalography (EEG) signals are extremely subtle, yet they contain a wealth of information. They may be associated with emotional changes, help reveal how the brain processes semantics, and potentially support future applications such as brain-computer interfaces, intelligent rehabilitation, and human-machine interaction. However, enabling machines to truly understand EEG signals remains challenging. Significant variations exist across individuals, scenarios, and tasks, making it difficult for traditional models to generalize effectively.

To enhance safety awareness and emergency response capabilities among faculty and students during Campus Work Safety Month, SPEIT organized a fun safety knowledge challenge event in the institute’s first-floor lobby on June 10 under the theme: “Everyone Values Safety and Knows How to Respond to Emergencies — Identifying and Eliminating Potential Risks and Hazards.” Breaking away from traditional lecture-based safety education, the event adopted an immersive and interactive format that combined learning with entertainment, enabling Chinese and international faculty members and students to learn safety knowledge, develop emergency response skills, and identify potential hazards around them in a relaxed atmosphere.

May 20th afternoon, Yan Xuezhuan, Senior Director of the Technical Consulting Department at Dassault Systèmes, and Li Junxuan, Sales Director of the Education Partnership Department, visited the SJTU Paris Elite Institute of Technology. They were received by Zied Moumni, French Dean of the Institute, and Li Junyan, Director of the Academic Affairs Office, along with other faculty members. They exchanged views on industry-education integration, talent cultivation, and research collaboration. The meeting included a renewal ceremony for the school-enterprise cooperation.

Afin d’améliorer continuellement la qualité de ses formations et de répondre au plus près aux évolutions du monde industriel, l’École d’Ingénieurs Paris SJTU (SPEIT) a organisé, le 20 mai après-midi, la troisième réunion du Comité de perfectionnement. Cette réunion, organisée en format hybride (présentiel et distanciel), avait pour objectif d’échanger sur les perspectives de développement de l’Institut.

On May 19, Shanghai Jiao Tong University held the technical acceptance review meeting for its “Double World-Class” construction project—the “Luo Shu” neutron small-angle scattering spectrometer—in Mianyang, Sichuan. Following an on-site inspection, project presentation, expert questioning, and discussion, the expert panel unanimously agreed that the “Luo Shu” spectrometer had passed the technical acceptance review. This marks an important breakthrough in China’s independently developed advanced neutron scattering experimental platform.

 On May 16, 2026, Hufaguang Stadium was filled with a vibrant spring atmosphere. It was in this setting that students and faculty from SPEIT made a remarkable appearance at the 51st Sports Games of SJTU. Through their enthusiasm and competitive spirit, they showcased the vitality of a Sino-French institution.

On May 20, the SJTU Paris Elite Institute of Technology (SPEIT) and the East China Normal University Minhang Basic Education Group held the signing ceremony for the joint establishment of the “Descartes Academy” at the Minhang Zizhu Branch of the Second High School Affiliated to East China Normal University. Focusing on the early cultivation needs of innovative top-tier talents during secondary education, the two parties aim to build a progressive platform for students aspiring to engineering and technological innovation, centered on the concepts of “secondary-higher education articulation, science and engineering leadership, and integrated internationalization.” The program will provide middle school students with high-quality university educational resources including engineering enlightenment courses, advanced mathematics and science preparatory courses, scientific research practice, and international exchange opportunities, supporting the growth of outstanding regional talents.