ppOrganisation / Company CEU San Pablo University Department Department of Medicine Laboratory BIOMECHANICS RESEARCH GROUP Is the Hosting related to staff position within a Research Infrastructure? No /ppUSP‑CEU is seeking excellent postdoctoral researchers interested in applying for the bMSCA Postdoctoral Fellowships (MSCA‑PF 2026) /b.The University CEU holds the HR Excellence in Research (HRS4R) Award and is strongly committed to attracting and supporting international research talent. /ppUSP‑CEU is a competitive and supportive host institution for MSCA‑PF candidates, with a strong track record including b10 awarded fellowships /b, an exceptional b100/100 score /b, and btwo recent successes in the MSCA‑PF 2025 call /b. We offer personalised guidance throughout the proposal preparation process, as well as our bInternational Talent Retention Programme /b, which provides successful MSCA Fellows with an additional b6–12‑month contract /b to support long‑term career development. /ppbHosting Research Group /b /ppThe Neuromusculoskeletal and Biomechanics Research Group (NeumBReG) focuses on advancing knowledge in neuromusculoskeletal science and human biomechanics, with a primary emphasis on chronic ankle instability, isokinetic performance, and movement analysis. The group conducts experimental and applied research integrating physiotherapy, sports science, and biomedical engineering. /ppNeumBReG benefits from a modern Physical Therapy Research Laboratory equipped with inertial motion sensors (XSENS), force platforms, isokinetic dynamometry (ISOMED 2000), linear encoders, EMG systems, and 3D motioncapture technology. This infrastructure supports highprecision assessment of motor control, athletic performance, and neuromuscular function. /ppBeyond research, the group leads the Master’s Programme in Sports Biomechanics and supervises multiple PhD theses in related fields, fostering a vibrant scientific environment with strong mentorship,



international collaborations, and a track record of high‑impact publications and clinical innovation. /ppThe supervisor, Francisco García‑Muro is Full Professor of Physiotherapy and PI of the Neuromusculoskeletal and Biomechanics Research Group (NeumBReG). He serves as subdirector of the Physical Therapy Research Unit, providing access to advanced biomechanics infrastructure. He also directs the MSc in Sports Biomechanics and supervises multiple doctoral projects, ensuring strong scientific guidance and an active research environment. /pullib2025. /b Functional and Neuroplastic Effects of Cross-Education in Anterior Cruciate Ligament Rehabilitation: A Scoping Review with Bibliometric Analysis. JM Vélez‑Gutiérrez, A Rojas‑Jaramillo, JD Ascuntar‑Viteri, JD Quintero, Applied Sciences 15 (15), 8641 /lilib2023 /b. Treatment of glenohumeral internal rotation deficit in the general population with shoulder pain: An open single‑arm clinical trial. R Jácome‑López, J Tejada‑Gallego, JM Silberberg, F García‑Sanz, et al, Medicine (Baltimore) 102 (38), e35263 /li /ulpbResearch Project Description /b /ppThis project aims to investigate biomechanical risk factors and performance‑related markers associated with lower‑limb injuries in football and basketball players. Using wearable inertial sensors, force‑platform assessments, surface electromyography, and 3D motion‑capture technologies, the study will characterize movement patterns during high‑demand actions such as cutting, landing, sprinting, and jump‑landing sequences.



These actions are highly prevalent in both sports and are strongly linked to injuries such as ankle instability, ACL tears, patellofemoral pain, and muscle strains. /ppThe project will combine laboratory‑based testing with on‑field assessments to capture ecologically valid data. Machine‑learning models will be applied to identify dysfunctional neuromuscular strategies, asymmetries, and kinetic‑kinematic deviations that predispose athletes to injury. Longitudinal monitoring will allow the detection of early changes in motor control associated with fatigue or overload. /ppBased on these findings, the project will develop individualized intervention protocols integrating strength diagnostics, neuromuscular training, and sport‑specific corrective drills. The ultimate goal is to create a predictive and preventive framework that enhances athlete safety, supports evidence‑based return‑to‑play decisions, and optimizes performance in football and basketball. /ppbCandidate requirements: /bP ostdoctoral candidates of any nationality (max. 7 years after defense) with: /pulliPhysiotherapy, Biomechanics, or sportsinjury–related fields. /liliStrong background in sports performance and biomechanics, with solid knowledge of musculoskeletal injury mechanisms. /li /ulpFor MSCA-PF 26 call, at the deadline for the submission of proposals (09/09/2026) candidates bmust not have resided or carried out their main activities in Spain for more than 12 months in the 3 years immediately prior to the above mentioned deadline. /b /ppThose files received bbefore 15th of June /bwill be considered for MSCA-PF 2026 call. Applications received bafter this date /b, will be considered for bother calls after discussion with the candidate. /b /ppKeywords: Chronic Ankle Instability; Sport Biomechanics; Physiotherapy; Sports Performance Assessment; Isometric and Dynamic Strength Profiling /p /p #J-18808-Ljbffr

📌 MSCA Postdoctoral hosting in Sport Biomechanics (España)
🏢 Ceu San Pablo University
📍 España