Early Career Researcher Committee Members Elections 2026-2028
Early Career members of ISEK are entitled to participate in the election to select the members of the Early Career Researchers Committee the 2026-2028 term. Members in good standing will have received a link directly to the email on their membership account for the electronic vote. Only members who are fully paid for the current year (2026 membership expiry) are eligible to vote in the election. Please review the information below and vote before the election closing date of October 29, 2026.
If you have not received the voting link, please contact the Secretariat to confirm your membership.
Slate Selection
The shortlist of candidates was selected by a nomination committee comprising outgoing ECR members who did not submit an expression of interest and the elected incoming chairs (Sophie Jenz and Giacomo Nardese), with no direct involvement from other ISEK Council members.
2026 Elections Timeline
Elections open: October 15
Elections close: October 29
Slate Selection
There are seven positions available in the ECR Committee for the 2026 – 2028 term, which includes up to 4 graduate students (currently enrolled as a PhD student, >1 year since PhD commencement, not yet submitted thesis), and up to 4 postdoctoral/early career researchers (< 4 years since PhD thesis).
After receiving 16 eligible applications for post-doctoral positions and 8 for student positions, we conducted a short-listing process. As a result, the following 10 post-doctoral and 8 student applicants were selected for nomination.
Election Process
You may cast up to seven votes (between students and ECRs; i.e., 3 votes in one category and 4 votes in another category) to elect the next ECR Committee Members. The seven people (up to 4 students and up to 4 ECRs) with the highest cumulative votes will be elected for the 2026 – 2028 term.
Please consider the purpose, vision and goals of the ECR Committee when voting for the next members.
Purpose, Vision, and Goals of the ECR Committee
1. Purpose
The purpose of the ISEK ECR Committee is to increase ECR (student, postdoc, and other early career researchers) involvement within the society by enhancing and creating ECR orientated programs. The ISEK ECR Committee will communicate ECRs’ needs, questions, and initiatives to the Member Services Committee and ISEK Council in an effort to cultivate a spirit of interest and fellowship within the society.
2. Vision
The ISEK ECR Committee represents the voice of ECR’s (students, post-doctoral and other early career researchers) within the society. It aims to promote engagement, representation, and networking opportunities for ECR members by providing training, resources, and avenues for connecting with professionals within and outside the field with an interest in human movement and the neuromuscular system.
3. Goals
The Committee seeks to enhance the experience of ECR’s by organizing and overseeing initiatives answering their professional and career development needs, and by providing an avenue to offer input to, and engage with, the priorities of ISEK. The Committee also aims to strengthen the immediate and long-term retention of ECR members within the society and encourage the participation of less represented fields or groups with limited access to resources. We commit to be an inclusive, diverse, and equitable Committee.
Diversity Statement
We seek to assemble a diverse Early Career Researcher (ECR) Committee that embodies the wide-ranging backgrounds, perspectives, and expertise found within the ISEK community, ensuring comprehensive representation and inclusive decision-making.
Candidates
There are seven positions available for the 2026 – 2028 term.
- up to four for graduate students (currently enrolled as a PhD student, >1 year since PhD commencement, not yet submitted thesis)
- up to four for postdoctoral/early career researchers (< 4 years since PhD thesis acceptance, relative to opportunity).
Early Career Researchers
Frederique Dupuis
UCSD
USA
I am a physiotherapist, and I completed my PhD in Quebec, Canada. I am currently a postdoctoral fellow at UCSD in the orthopeadic surgery department. As a physiotherapist working with people with chronic musculoskeletal pain, especially spine related disorders, I am interested in understanding how muscle degeneration in chronic pain (fat infiltration, atrophy, devascularization) impacts pain-related disability and how it affects muscles’ adaptation capacity to exercise. My objective is to improve rehabilitation interventionsfor people living with chronic pain that would promote muscle health.
Statement
I would like to be considered for the ISEK Early Career Researcher Committee because I believe I can bring a complementary and diverse scientific perspective to the group. My research bridges clinical populations and fundamental science by combining exercise biomechanics with advanced imaging techniques to investigate deep muscle function, as well as laboratory methods such as histology and protein expression to better understand muscle degeneration and adaptation. This multidisciplinary expertise is relatively unique within the ISEK community while remaining highly complementary to the work of my colleagues.
Beyond my research, I am an enthusiastic and engaged team member who enjoys organizing activities that appeal to a broad range of interests and help foster connections within the community. As a researcher originally from Québec who will begin a faculty position there in January 2027, I would also be well positioned to contribute to the organization of the upcoming ISEK conference in Montréal and help strengthen local engagement.
Aléxia Fernandes
University of Porto
Portugal
Aléxia Fernandes is an early-career researcher in Sport Sciences with a PhD from the Faculty of Sport of the University of Porto. Her research focuses on human movement variability, biomechanics, motor behaviour, and performance analysis, with particular expertise in swimming. She has contributed to multidisciplinary and international projects involving biomechanical assessment, training monitoring, athlete development, and rehabilitation, gaining extensive experience in the collection and analysis of kinematic, kinetic, physiological, and sensor-based data. Her scientific activity includes peer-reviewed publications, book chapters, and presentations at national and international conferences, including the ISEK Virtual Congress. She also has experience in scientific peer review, university teaching, research project implementation, and collaboration with athletes and sports organisations. Her previous work as a swimming coach and teacher further supports her ability to connect scientific research with applied practice. She aims to support initiatives that strengthen scientific communication, international collaboration, professional development, and networking opportunities for early-career researchers.
Statement
I would like to be considered for the ISEK Early Career Researcher Committee because I strongly identify with its mission of increasing the involvement, representation, and professional development of students, postdoctoral researchers, and other early-career researchers within the Society. As an early-career researcher in sport sciences, biomechanics, and human movement, I recognise the importance of having a dedicated forum through which ECRs can communicate their needs, questions, and initiatives to ISEK leadership. My experience in interdisciplinary research, university teaching, scientific communication, peer review, and collaboration with researchers and practitioners would allow me to contribute actively to the Committee’s activities. I would be particularly interested in supporting webinars, workshops, networking initiatives, methodological training, and the dissemination of funding, mobility, and career-development opportunities. I would also aim to help strengthen connections between ECRs and established professionals within and beyond ISEK. In addition, I would be committed to listening to and representing diverse ECR perspectives, including those from less represented disciplines, geographical regions, or groups with limited access to resources. I would seek to contribute to an inclusive and equitable Committee, while helping to create initiatives that encourage sustained participation, a sense of belonging, and long-term engagement with ISEK.
Valentin Goreau
France
I am a physiotherapist and early career researcher with master’s degrees in biostatistics and human movement sciences. My doctoral research investigates the behaviour and neural control of motor units in healthy individuals and people with spinal cord injury or stroke, with a particular focus on how these mechanisms are influenced by changes in muscle length.
My main work combines high-density surface electromyography and motor-unit decomposition to estimate the excitatory, inhibitory, and neuromodulatory inputs received by spinal alpha-motoneurons. I also use conditioned H-reflex techniques to study pre- and postsynaptic spinal inhibitory pathways during muscle lengthening. Alongside this mechanistic work, I have contributed to a randomised controlled trial examining the neuromuscular adaptations induced by eccentric exercise.
My research interests lie at the interface between fundamental and applied human movement science. In the longer term, I aim to connect neuromuscular physiology, motor control, biomechanics, rehabilitation, and neural engineering within a translational frameworkto improve the understanding, assessment, and treatment of movement impairments.
Statement
I would like to be considered for the ISEK Early Career Researcher Committee because I see ISEK as an important community for connecting researchers across neuromuscular physiology, motor control, biomechanics, rehabilitation, and neural engineering. For early career researchers, however, the value of such a society extends beyond presenting completed work: it should also provide opportunities to develop ideas, learn new methods, receive feedback, and build lasting collaborations.
My research lies at the intersection of motor-unit physiology, neural control of movement, and clinical neurophysiology. This multidisciplinary background would allow me to contribute to initiatives that connect ECRs working across different methods and research areas. In particular, I would be interested in helping to organise accessible scientific exchanges, such as short online seminars, work-in-progress sessions, methodological discussions, and peer-led workshops. These formats could give ECRs a supportive environment in which to discuss emerging ideas, technical challenges, and reproducible research practices.
I would also be enthusiastic about contributing to networking and career-development activities at future ISEK congresses. The sessions organised by the ECR Committee at the most recent congress, including discussions on career paths and research identity, addressed important questions that many early career researchers face. I would be keen to help develop similar initiatives for the next ISEK congress, while creating opportunities for meaningful exchanges between ECRs, peers, and more established researchers.
Overall, I would aim to contribute actively to an inclusive committee that listens to ECR needs and translates them into practical, accessible, and scientifically valuable initiatives.
Nijia Hu
University of Brescia
Italy
I am currently a Postdoctoral Researcher at the University of Brescia, Italy. I completed my PhD at the University of Jyväskylä, Finland, where my research focused on training-induced neuroplasticity, investigating how different exercise modalities, including endurance and skill-based training, influence neural adaptations and motor function. My current research expands this work by examining motor unit behaviour and neuromuscular function using advanced neurophysiological techniques to better understand the neural mechanisms underlying performance. My research lies at the intersection of exercise neuroscience, neuromuscular physiology, and biomechanics, with the overarching goal of developing evidence-based training strategies to enhance neuromuscular function and performance across diverse populations, including athletes, older adults, and individuals with neurological or musculoskeletal conditions. I am passionate about interdisciplinary collaboration, international networking, and supporting initiatives that promote the professional development and engagement of early career researchers.
Statement
I would be delighted to serve on the ISEK Early Career Researcher Committee because I believe that a supportive and connected research community is essential for the development of early career researchers. My academic journey has taken me from Beijing Sport University, China, where I completed my bachelor’s and master’s degrees, to the University of Jyväskylä, Finland, for my PhD, and now to the University of Brescia, Italy, as a postdoctoral researcher. These experiences have allowed me to work in diverse research environments and have reinforced the importance of networking and international collaboration.
My research focuses on understanding the neural mechanisms underlying human movement. During my PhD, I investigated training-induced neuroplasticity and how exercise interventions promote neural adaptations. In my current position, I study motor unit behaviour and neuromuscular function to better understand neural control of movement. My long-term goal is to develop evidence-based training strategies that improve neuromuscular function and performance across diverse populations.
If selected, I would contribute to initiatives that strengthen connections among students, postdoctoral researchers, and established scientists through networking, mentoring, webinars, and career development activities. I am particularly interested in promoting international collaboration and ensuring that early career researchers from different backgrounds have opportunities to feel represented within ISEK. I would be excited to help build a collaborative community for early career researchers.
Cinthuja Pathmanathan
Canada
I am Cinthuja, a physiotherapist with a research background in sex-specific changes in biomechanical outcomes associated with fatigue. I am passionate about advancing my research experience and expanding my clinical and scientific knowledge, particularly within clinical populations.
Statement
My diverse research experiences and educational background position me to contribute meaningfully to ISEK. As a physiotherapist and researcher who originated from a developing country, worked in higher education settings, and completed graduate-level studies in developed countries, I bring a unique perspective on the challenges and opportunities associated with capacity building, research collaboration, and knowledge translation across different healthcare and academic environments.
I am particularly interested in supporting initiatives that promote the application of biomechanical and neuromuscular research in resource-limited settings. Expanding research capacity in these contexts can strengthen the field by fostering innovative, practical solutions to challenges that may differ from those encountered in well-resourced environments. I believe that increasing global engagement and representation within ISEK can help facilitate knowledge exchange and create opportunities for broader scientific impact.
In addition to my research experience, I have served in leadership and organizational roles, including as a joint secretary and rapporteur on committees. These experiences have strengthened my skills in communication, collaboration, coordination, and stakeholder engagement. I would be pleased to contribute these skills to support ISEK’s activities, foster connections among members, and help advance the society’s mission.
I am eager to contribute my research perspective, professional experience, and commitment to international collaboration to support the continued growth and impact of ISEK.
Elmira Pourreza
Università degli Studi di Brescia
Italy
I am a Postdoctoral Research Fellow in the INcEPTION Lab at the Università degli Studi di Brescia, Italy, working on the ERC Consolidator Grant project led by Prof. Francesco Negro. My research centers on high-density surface electromyography (HD-sEMG) and motor unit decomposition, investigating how spinal motor neurons share synaptic inputs to control muscles during isometric and multi-degree-of-freedom tasks, with applications spanning motor learning, muscle synergy, and neurorehabilitation. My toolkit combines HD-sEMG (up to 256 channels), commonality analysis, and neuromodulation protocols including TMS, tDCS, and peripheral electrical stimulation, alongside the development of custom GUIs for real-time HDsEMG signal visualization and task delivery, and contributions to the open-source “openhdemg” platform.
I earned my Ph.D. in Biomechanics Engineering at Middle East Technical University (METU), Ankara, Turkey, where my doctoral work on infant postural development was recognized by the De Luca Foundation as one of the Top 30 Movement Science theses worldwide (2020). I have contributed to different projects presented within the ISEK community, at ISEK 2024 and 2026, and co-organizing/speaking at a workshop on HD-sEMG-based motor unit identification and coherence analysis at ISEK 2026 (Jyväskylä).
Statement
I am applying for early research career membership because ISEK represents the scientific community whose methods and questions define my own research: understanding how the nervous system encodes and controls movement through electrophysiological signals. My work on HDsEMG-based motor unit decomposition and linear and nonlinear analysis sits squarely within ISEK’s mission to advance electrophysiology and kinesiology as tools for understanding human movement, and membership would let me deepen my engagement with a community I already feel part of.
I would like to contribute in several concrete ways:
First, through continued dissemination of methodological expertise: I already co-organized the INcEPTION Winter School on High-Density Surface EMG and an ISEK workshop, and I would welcome opportunities to lead similar training sessions for early-career researchers within ISEK, particularly on motor unit identification and analysis.
Second, my background as a biomechanics engineer gives me a complementary lens on movement (bridging biomechanical and neurophysiological perspectives), which I hope to bring to interdisciplinary discussions within the society.
And third, as an early-career researcher who has moved across three countries and research cultures, I bring a genuinely international, cross-lab perspective that I hope to use in connecting early-career members and fostering collaboration. I see ISEK membership not just as a credential, but as a community I can actively give back to through teaching, tool-sharing, mentorship, and passing on what I’ve learned along my own path.
Cristian Riveros-Matthey
The University of Queensland
Australia
Currently I am working as a postdoctoral research fellow in neuromechanics at the University of Queensland. I hold a PhD in biomechanics and motor control from the University of Queensland and have more than 15 years of professional and academic experience in exercise science, human movement and rehabilitation research.
My research focuses on understanding how the nervous and musculoskeletal systems coordinate movement and hence action selections, with particular interests in muscle activation, motor control, spinal biomechanics, locomotion and sports performance. I combine experimental biomechanics, electromyography, motion capture, wearable sensing, medical imaging and computational musculoskeletal modelling to investigate human movement in laboratory and real-world environments.
My current work includes developing scalable methods to estimate spinal loading, applying artificial intelligence to biomechanical and electrophysiological data, and advancing novel sensing approaches for measuring muscle function. His broader research goal is to translate rigorous biomechanical methods into accessible technologies that support injury prevention, rehabilitation, clinical decision-making and human performance.
Statement
I would like to be considered for the ISEK Early Career Researcher Committee because the Society closely reflects both my scientific interests and my commitment to supporting researchers at the beginning of their careers. My work spans neuromechanics, electromyography, motor control, musculoskeletal biomechanics and emerging sensing technologies, with applications across exercise science, rehabilitation and human performance. This interdisciplinary perspective would allow me to contribute to initiatives that connect ECRs working across basic, clinical and applied research.
As an international researcher originally from Chile and currently based in Australia, I understand the challenges associated with developing a research career across different academic systems, including building networks, identifying funding and mentorship opportunities, and establishing collaborations. I would aim to help strengthen the representation and engagement of researchers from geographically dispersed and under-represented communities.
I would particularly like to contribute to professional-development and networking activities, online scientific events, ECR-focused communications, and opportunities that connect students and postdoctoral researchers with established ISEK members. I could also support initiatives related to emerging methods, including wearable sensing, computational modelling, artificial intelligence and novel electrophysiological technologies.
Through this role, I hope to contribute practical ideas, enthusiasm and a collaborative perspective while helping ISEK create an inclusive environment in which ECRs can develop meaningful connections, share their research and participate actively in the Society’s future.
Ava Schwartz
University of Central Florida
United States
This summer, I completed my PhD in Kinesiology at the University of Central Florida and will begin a Fulbright postdoctoral fellowship at La Trobe University in Australia in January. My research focuses on identifying novel force-based measures of muscle function, understanding their underlying neuromuscular physiology, and developing mechanism-driven interventions to improve recovery following knee injury. By bridging mechanistic neuromuscular research with clinically applied sports medicine, I bring a perspective spanning the spectrum of research represented within ISEK and can help inform initiatives relevant to a diverse range of researchers.
ISEK’s scientific focus aligns closely with my research interests, particularly in the areas of motor unit function, neuromuscular physiology, fatigue, and rehabilitation. Among the professional organizations I am involved in, ISEK provides the strongest scientific home for my work, making it a community I am eager to remain actively engaged with throughout my career.
Beyond shared scientific interests, I am drawn to ISEK’s commitment to collaboration and conducting research with real-world impact. This resonates with my own approach to science and has been evident throughout my experiences within the ISEK community. Collectively, these shared research interests and values make me incredibly excited to contribute to ISEK as an ECR Committee member.
Statement
My motivation for applying to the ISEK ECR Committee is the community I have found within ISEK. Since becoming a member four years ago, I am consistently impressed by a culture that values collaboration, open science, and collective impact over individual prestige. ECR initiatives have played a key role in my own growth, and I am excited by the opportunity to create those same experiences for others.
If selected, my goal would be to ensure ECR initiatives remain practical, relevant, and responsive to evolving needs of early-career researchers. I believe initiatives should support three key areas: (1) community and connection, (2) technical and research skill development, and (3) professional development and career advancement.
An approach I am particularly interested in exploring is using a webinar series to address all three areas. For community building, ECR-to-ECR conversations will provide a space for researchers to discuss common challenges, share lessons learned, and normalize the ups-and-downs of early-career research. For technical development, workshops on emerging methodologies or tools, such as AI, will help members build new skills while connecting researchers with shared interests and providing opportunities for ECRs to gain experience leading workshop-style sessions. For professional development, sessions focused on communicating research to different audiences, using social media effectively, and preparing application materials will provide guidance that members can immediately apply to their careers.
Guided by these principles, I am confident my fellow committee members and I will create meaningful, impactful opportunities for fellow ECRs and I am very excited by this possibility!
Raul Sîmpetru
Friedrich-Alexander-Universität Erlangen-Nürnberg
Germany
I am a PhD researcher at FAU Erlangen-Nürnberg, where I work on neural interfaces for restoring hand function. My research combines high-density surface EMG, movement science, and machine learning to decode complex hand movements in real time, with a strong focus on open-source tools and clinical translation. Alongside my research, I am an Invited Professor at Kutaisi International University in Georgia, where I teach topics including neurocomputing, signal processing, robotics, and deep learning. My work is driven by the aim of turning advanced computational methods into practical technologies for neuroscience and rehabilitation.
Statement
I would like to join the ISEK Early Career Researcher Committee because I genuinely feel at home in the ISEK community. My work spans electrophysiology, movement science, engineering, and machine learning, and ISEK is one of the few places where all of these interests come together naturally.
I would like to help create the same sense of belonging for other students and early-career researchers, particularly those entering the field from different disciplines or with limited access to established networks. I would be especially interested in contributing to practical workshops, networking opportunities, and open discussions about methods, publishing, collaboration, and academic careers.
I also care strongly about making advanced EMG methods and open-source tools more accessible. I would bring an interdisciplinary perspective, practical ideas, and a willingness to help turn those ideas into useful activities. Serving on the committee would be a meaningful way to give back to a community that has played an important role in my own development.
Tamara Valencic
Loughborough University
United Kingdom
I currently work as a postdoctoral Research Associate at Loughborough University (UK), investigating the effects of neuromuscular electrical stimulation on neuromuscular function and physiology in chronic kidney disease patients, as part of a large NIHR-funded randomised controlled trial. My academic path began in Slovenia, where I completed my undergraduate degree in Kinesiology at the University of Ljubljana (2019) and worked as a Research Assistant in the Environmental Physiology and Ergonomics Laboratory at the Jožef Stefan Institute (2019-2020). I then completed an MSc in Exercise Physiology (2021) and a PhD in Neuromuscular Physiology (2025) at Loughborough University (UK). My PhD examined the long-term effects of ACL reconstruction using a hamstring tendon autograft on neural control of the knee extensor and flexor muscles. Broadly, my research focuses on neuromuscular mechanisms underlying human movement, with particular interest in motor unit physiology in chronic disease, injury, rehabilitation and exercise-induced fatigue. Beyond research, I am keen on connecting early career researchers internationally and building a community; I have been actively involved in ECR-focused initiatives throughout my PhD, including as a co-organiser of the International Student Motor Unit Journal Club (2022-2025), and a co-lead and presenter of the first and second ISEK ECR workshops, respectively.
Statement
I would welcome the opportunity to represent and advocate for students, postdocs, and other ECRs within ISEK, as well as to actively contribute to developmental and networking initiatives for the ECRs aimed at fostering a welcoming, inclusive, and diverse community. Through my experience co-hosting the International Student Motor Unit Journal Club (2022–2025), as well as co-leading and presenting at the ECR workshops at the 2024 and 2026 ISEK congresses, respectively, I have seen firsthand how such initiatives facilitate discussion, knowledge exchange, and connections among ECRs across regions, disciplines, and career stages, ultimately strengthening the sense of community and belonging. As a committee member, I would be eager to build on these initiatives while also contributing to other established ECR-focused programs and events. Having also experienced the power of strong mentorship in my own career development, I am keen to help expand mentorship initiatives for ISEK ECRs, particularly those from underrepresented fields or with limited access to resources. Since joining ISEK, I have been continually inspired by the strength and generosity of its community, and I would be honoured to work alongside fellow committee members and ISEK leadership to help ensure that the same spirit of support and connection remains for the current and future ECRs.
Graduate Students
Jacopo Bascherini
Edith Cowan University
Australia
I am a PhD candidate at Edith Cowan University in Australia. My current research employs high-density electromyography (HD-EMG) and non-invasive brain and nerve stimulation techniques to investigate the neural mechanisms underpinning neuromuscular fatigue and their interactions across the neuromuscular system. My long-term goal is to translate this knowledge into interventions that reduce the impact of fatigue among people living with neuromuscular and neurodegenerative conditions, for whom fatigue is a debilitating symptom that impacts daily life.
My academic journey has taken me across three countries and diverse research environments. I completed my undergraduate degree in Sports Science at the University of Pisa (Italy), followed by a graduate degree at the University of Jyväskylä (Finland), before commencing my PhD training in Edith Cowan University (Australia). In addition to my research, I contribute to undergraduate teaching in biomechanics and functional anatomy and provide laboratory demonstrations of electrophysiological techniques within the Clinical Exercise Physiology course.
Statement
When I first entered the field of HD-EMG, I found it both exciting and challenging due to its rapid development and the high level of technical expertise required. The resources provided by ISEK, including webinars, online materials, and the contributions of its members, played an important role in supporting my learning and allowing me to develop the skills required to conduct research using advanced techniques in the field.
Conducting my research from Perth (Australia), which is geographically distant from many major research hubs and conferences, together with the increasing challenges associated with research funding, has highlighted the importance of accessible opportunities for early career researchers (ECRs) to foster collaboration and networking, access practical training, and exchange knowledge. I believe that the ECR Committee can serve as an important platform for facilitating these opportunities. For this reason, I am eager to join the ISEK Early Career Researcher Committee and be involved in and promote initiatives such as online meetings, webinars, and events that allow ECRs to receive training, present their work, exchange ideas, and connect across disciplines and institutions.
Thank you for considering my application. I look forward to contributing to the ECR Committee and ISEK’s next chapter.
Zuyu Du
Trinity College Dublin
Ireland
Zuyu Du is a third year PhD candidate in the Academic of Neurology at Trinity College Dublin, supervised by Dr. Lara McManus. His research combines motor unit recordings with electroencephalography to investigate how neural inputs to motoneurons are altered in amyotrophic lateral sclerosis, also known as motor neurone disease (MND). He is also interested in developing algorithms to improve the accuracy and yield of motor unit decomposition, making it more effective for studying clinical populations.
His background is in electrical/biomedical engineering, and he holds a BEng in Biomedical Engineering at Tianjin University and an MEng in Electrical Engineering at ShanghaiTech University. He received an ISEK 2024 Travel award to present work from his master’s research, which was also published in IEEE Transactions on Neural Systems and Rehabilitation Engineering. At ISEK 2026, he presented his research at the ALS symposium and also won first place in the Best Poster competition for his work on separating mixed motor units. He was also selected to present at MND EnCouRage 2026, where he shared his research with leading researchers, industry representatives, and people affected by MND.
Statement
I would like to join the ISEK Early Career Researcher Committee to contribute my expertise in electromyography, support open and accessible research tools, and help expand ISEK’s engagement with students and researchers across different regions. With several years of experience in electromyography, I believe I can provide valuable contributions to organise talks, workshops, and tutorials that translate specialist knowledge into useful activities for researchers and the wider public. I would also be interested in supporting the development and dissemination of open-source toolboxes that could benefit anyone wishing to study high-density surface electromyography.
I would also like to help broaden ISEK’s international reach. Many research groups in China are active in high-density surface electromyography, yet relatively few attend the ISEK conference. I hope to encourage greater engagement from these groups and contribute to increasing the geographical diversity and impact of the Society.
Finally, ISEK is personally very special to me, as I first met my PhD supervisor at ISEK 2024 in Japan. This experience showed me how valuable the Society can be in creating connections between students and potential supervisors. I would like to help promote society among master’s and undergraduate students and to support initiatives such as travel grants that make conference participation more accessible. These opportunities can help young researchers enter the field, develop international networks, and connect with potential PhD supervisors.
Overall, I am very enthusiastic about contributing my time, effort, and energy to society, and I would be grateful for the opportunity to serve on the Committee.
Ryan Foley
Ontario Tech University
Canada
Hi, I’m Ryan, a Kinesiology Lab Technician and PhD student. My research focuses on understanding human muscle fatigue and recovery processes to predict strength declines from physical work. My theoretical work investigates recovery rates of human motor units after neuromuscular fatigue through experimentation and computational modelling. My applied work, in collaboration with General Motors, develops and validates fatigue and recovery tools to improve predictions of worker recovery allowances in manufacturing assembly tasks.
Prior to my PhD work in Dr. La Delfa’s Neuromechanics lab, I completed my B.Sc. and M.Sc. at Wilfrid Laurier University under the supervision of Dr. Kalmar, investigating cortical pathways of movement coordination and later, the task dependence of intrinsic alpha motor neuron properties. In addition to research, I have served for eleven years as a full-time undergraduate laboratory technician, supporting courses in exercise physiology, biomechanics, ergonomics, and sports medicine, earning a staff excellence award for outstanding dedication to research and teaching. My multi-disciplinary expertise spans neuromuscular modelling, intramuscular EMG, HDsEMG, signal processing, force quantification, and motion capture. I have developed open-source tools for muscular endurance prediction and EMG data conversion, and presented at international conferences including multiple ISEK Congresses, the Society for Neuroscience, and International Ergonomics Association.
Statement
I want to contribute to the ECR committee from my unique perspective as a student ECR and university lab technician. My non-traditional path through academia has afforded me over a decade of institutional experience teaching students, consulting with vendors, and managing a high-throughput lab environment. My research predicts neuromuscular fatigue and recovery to prevent worker injury, demanding knowledge across research domains and making me an interdisciplinary connector.
My industrial internship at General Motors was transformational, and I will advocate for ECRs to explore such partnerships early, whether to broaden scientific perspectives or as a launchpad to careers in industry, government, or technology. Beyond research partnerships, running a lab demands skills nobody teaches: management, procurement, mentorship. Yet ECRs are expected to figure it out alone. I want to tap into senior ISEK members’ decades of collective experience and make that part of the society’s knowledge transfer process. My goal is to facilitate diverse perspectives on professional development beyond research.
A common frustration I hear from fellow ECRs is time lost to administration. I will champion emerging AI tools, not to perform research or writing, but to delegate those repetitive administrative tasks. I want to create opportunities for ISEK members to share their strategies for reclaiming their time. As a parent of two young children, I am passionate about supporting ECRs in building families alongside their careers. Success in science and family life should not be mutually exclusive, and I want to build a community where researchers feel supported in pursuing both.
Tim Green
University of Western Ontario
Canada
I am a Combined PhD/Master of Physical Therapy student at the University of Western Ontario (UWO). Prior to Western I completed both a Bachelor of Science in Kinesiology and a Master of Science in Kinesiology from the University of New Brunswick. My work at UNB was focused on using HDsEMG decomposition to investigate motor unit properties of the triceps surae.
My dissertation at UWO has shifted slightly and now takes on a clinical lens. Specifically, my work integrates a multimodal approach to investigate neural control of movement and balance in patients with neurological conditions. To date, my research has included the use of electroencephalography (EEG), functional near-infrared spectroscopy (fNIRS), electromyography (EMG), transcranial magnetic stimulation (TMS), and wearable sensor technologies. I am particularly interested in understanding how the brain and muscles interact during voluntary movement to inform the development of improved rehabilitation strategies for individuals with neurological conditions.
Through my work, I aim to bridge neuroscience and clinical rehabilitation to improve functional outcomes and quality of life for individuals living with neurological impairments.
Statement
I would like to be considered for the ISEK Early Career Researcher (ECR) Committee because I am passionate about contributing to the growth of the ISEK community while supporting fellow students and early career researchers. I have attended the past three ISEK Congresses, and one aspect that has consistently stood out to me is the strong presence and support of the ECR Committee. Beginning a research career can be exciting and intimidating, but the workshops, networking events, and social activities organized by the committee have created an environment where students and early career researchers can connect, collaborate, and build lasting professional relationships.
These experiences have had a meaningful impact on my own professional development and have reinforced the importance of fostering a welcoming and supportive research community. I would value the opportunity to give back by helping create similar experiences for future ECR members.
Additionally, I believe I have a skill set that would be well suited for the ECR Committee. I am a current Co-Chair for the Lawson Association of Fellows and Students (LAFS) at St. Joseph’s Health Care (SJHC) London. In this role, I work alongside a team to organize academic, professional development, and social events for trainees, fellows, and students from diverse research backgrounds. This experience has strengthened my skills in collaboration, event planning, and building an inclusive research community. I would be excited to bring these experiences to the ECR Committee and contribute to initiatives that promote networking, mentorship, and engagement among early career researchers.
Paul Ritsche
University of Basel
Switzerland
My research sits at the intersection of human movement, image analysis, and open science. Muscles adapt to training, immobilization, and ageing, and the force they produce is a key marker of health. Yet the question how structural adaptations within muscle (its architecture) translate into function remains debated. Part of the answer is stuck behind a methodological bottleneck, because ultrasound assessments are hard to standardize and analyze, especially during dynamic tasks.
My PhD (supervised by Prof. Dr. Oliver Faude and Prof. Dr. Christoph Handschin) tackles both sides of this problem. On the scientific side, I investigate how muscle structure relates to function and strength across populations, from elite athletes to young, middle-aged, and older adults. On the methodological side, I work to make muscle ultrasonography more standardized and open. I have developed several openly available algorithms that automate the otherwise tedious image analysis (github.com/PaulRitsche), and built an open database that makes ultrasound datasets more findable while providing benchmarks to improve those algorithms (universalmuscledatabase.streamlit.app). I have also implemented and validated a three dimensional ultrasound setup, sharing the full protocol openly. Beyond ultrasound, I contribute to openhdemg, an open-source framework for analyzing high-density surface EMG.
Statement
I would like to be considered for the ISEK ECR Committee because the values that guide my research, openness and accessibility are in line with those the Committee represents. As a PhD student working at the intersection of muscle biomechanics, neuromuscular physiology, and open-source tool development, I experienced how much early-career researchers gain when data, methods, and standards are shared rather than siloed. Also, I have learned how often access to those resources is uneven across labs and regions.
Much of my work, openly available ultrasonography algorithms, a free muscle ultrasound database, and the openhdemg framework for high-density surface EMG, was built specifically to lower technical and financial barriers to rigorous research. I will bring that same practical, build-things-for-the-community mindset to the Committee.
Concretely, I would like to contribute by helping organize training and resource-sharing initiatives (e.g., open methods workshops, code challenges, or beginner-friendly ultrasound image analysis tutorials), drawing on my experience of running data analysis workshops and collaborative open-science projects. In my opinion, it is vital to show students and early career researchers practices of open science and reproducibility to increase the overall research quality for the community. Having collaborated across the ultrasound and EMG communities, I am also well placed to help connect ECRs across the society’s diverse sub-fields.
Macarena Soldan
University of Birmingham
United Kingdom
My name is Macarena Soldan, I am Physiotherapist by background I did my undergraduate degree in Chile where I also worked as clinical biomechanics for almost 9 years. During this time, I also worked in teaching positions for undergraduate and postgraduate programmes in different universities leading modules about biomechanics and research methodologies. In 2024 I finished my master’s degree in biomedical engineering, where I meanly focused or learning how to use machine learning techniques with clinical data. After completion of my degree, I decided to pursue my PhD at the University of Birmingham with the support of Becas Chile, ANID. I am currently a second year PhD student at the University of Birmingham working on understanding how pain and fatigue may affect muscle contraction.
Statement
I would like to be considered for the ECR Committee because I believe it plays an important role not only within the ISEK community, but also in promoting our field to broader audiences. During the last ISEK conference, I was very impressed on how the committee supports early-career researchers, promoting collaboration and networking within the community.
Prior to starting my PhD, I was involved in several biomechanics dissemination activities, primarily working with undergraduate students. I found these experiences extremely rewarding, both personally and professionally, as they allowed me to share scientific knowledge while encouraging students to become more engaged with research. These activities reinforced my belief that bringing science closer to people and creating accessible opportunities for learning can have a meaningful impact on career development and scientific engagement.
As a committee member, I would be enthusiastic to bring the ECR members voice to the society, contribute to initiatives that support networking and mentorship opportunities, and help to develop activities that disseminate scientific knowledge beyond the immediate ISEK community.
Meghan Tanel
Loughborough University
United Kingdom
My research career has taken me from the United States to Finland, and now to the UK. Each step was driven by curiosity for neuroscience and exercise science, and a desire to experience diverse approaches to collaboration and research methods.
Upon completing my undergraduate degree in Neuroscience (USA), I wanted exposure to different lab cultures and perspectives, which led me to an MSc in Exercise Physiology at the University of Jyväskylä (Finland). In the Faculty’s NeuroMuscular Research Centre, I was able to integrate my academic interests – neuroscience and exercise science. I continued expanding my laboratory experiences through an Erasmus traineeship at Newcastle University (UK) as part of my master’s thesis.
Keen to deepen my expertise in neuromuscular physiology and further diversify my research experience, I moved into my current position as a Doctoral Researcher at Loughborough University (UK). My doctoral work investigates the efficacy of neuromuscular electrical stimulation as a treatment for sarcopenia in people with chronic kidney disease, with particular focus on how this intervention affects functional strength, motor unit behaviour, and muscle morphology. I am eager to continue building my expertise in methodologies assessing neuromuscular function, contributing to research benefiting clinical populations, and further internationalizing my research experience.
Statement
At my first ISEK conference in 2026, and through my engagement with online events organized by the ECR committee, I have experienced firsthand the support, kindness, and genuine commitment to inclusion that define this society. If elected to the ECR committee, I would sustain and contribute to these values at the core of ISEK.
While ISEK members are integral to seminal research related to human physiology, some ECRs lack the confidence or network to foster their career goals. I am especially invested in contributing to community-focused work in ISEK that provides ECRs with consistent connection to (and support from) our peers, as well as mid- to late-career researchers.
I am eager to expand on the existing diversity, inclusion, belonging (DIBs) initiatives among ECRs by creating more opportunities for engagement with ISEK. I would continue to promote the supportive, collaborative environment fostered by ISEK in future ECR events, with a particular focus on diversifying attendance and giving those who lack the resources to attend the ISEK Conference in-person an opportunity to engage meaningfully with the community.
I would be honored to be considered for the ISEK ECR Committee.
Xueqing Zhou
University of British Columbia
Canada
Xueqing Zhou is a PhD candidate in the School of Kinesiology at UBC. Her thesis leverages engineering tools to develop novel experimental paradigms to understand the neuromechanical control of human pelvic floor muscles. Her research training to-date also provided experience in wearable sensors, human neurophysiology techniques, neurorehabilitation after spinal cord injury, and biomedical visualization and communication. Her training has equipped her with interdisciplinary perspectives in developing creative solutions to research questions, as well as passions for knowledge translation and scientific communication.
In her capacity as the Community Outreach Lead on the ICORD Trainee Committee (since 2021) and Professional Development Lead/Trainee Rep on the VCHRI Trainee Committee (since 2023), she has coordinated and facilitated multiple trainee- and community-centered events aiming at fostering connections and opportunities for knowledge sharing and mutual learning. Examples include “The Impact of AI in Health Research” workshop (2024/06, 100+ attendees), VCHRI Trainee Career Day (2026/06, 80+ attendees), ICORD’s annual Women and Girls in Science Celebration (2024-2026/02, 100+ attendees), and research education sessions engaging patient partners at GF Strong Rehab Centre (ongoing).
Her academic achievement and community services have been recognized through the CIHR-Canadian Graduate Research Scholarship (Doctoral) (2026) and ICORD Outstanding Service Award (2025).
Statement
As a first-time ISEK attendee in Jyväskylä, I attended the General Assembly out of curiosity and am very grateful that I did. Hearing from a group of people who are genuinely passionate about the community and deeply committed to ECR development was both inspiring and heartening. It prompted me to reflect on the opportunities, mentorship, and unconditional support I was very fortunate to receive leading up to and throughout my first ISEK journey: the JEK tutorials, the graphic abstract initiative organized by the current ECR committee, the senior researchers who were so generous with their knowledge and time, taking a moment to stop in the crowd and answer my (long list of) questions – just to name a few. To me, the best way to return the favor is passing it along, and joining the ECR Committee is the perfect opportunity for that.
Experiences gained through my service roles on various Trainee Committees at my institution have well-prepared me to facilitate existing ECR initiatives. In addition, I would like to contribute by promoting training opportunities in scientific communication and knowledge translation. I believe it is the researchers’ responsibility to communicate scientific findings in an accurate and accessible way beyond journal publications, so that it can reach, impact, and benefit the people in need of the knowledge. Supporting this aspect of trainee development is something I remain committed to throughout my career, and the ECR committee offers the ideal platform to further this commitment by fostering and sustaining initiatives in this area.
