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Researcher for the neurosurgery Departement - Job Opportunity at Centre hospitalier universitaire vaudois

Lausanne, Switzerland
Contract
Mid-level
Posted: July 21, 2025
On-site
CHF 75,000 - CHF 95,000 annually (approximately USD 82,000 - USD 104,000), reflecting Switzerland's premium healthcare sector compensation, the specialized nature of neurotechnology research, and the high cost of living in the Lausanne region. The comprehensive benefits package significantly enhances total compensation value.

Benefits

Comprehensive 20-day paternity leave providing exceptional work-life balance support exceeding Swiss market standards
Extended 4-month maternity leave with additional 1-month breastfeeding leave option demonstrating superior family support policies
Performance-based salary progression system ensuring career advancement recognition and competitive compensation growth
13th salary bonus providing additional annual income security equivalent to an 8.3% salary increase
Generous 25-day annual vacation allocation promoting work-life balance and employee wellbeing
Guaranteed minimum 3-day annual training budget with access to both internal CHUV Training Center and external professional development providers
Relocation assistance through 500 furnished apartment options facilitating international talent acquisition
H-Oxygène association membership providing exclusive discounts on social, cultural events and employee services
Comprehensive mobility plan including public transportation discounts, car fleet access, and electric bike incentives supporting sustainable commuting
Premium on-site corporate dining facilities with employee discounts across all hospital buildings

Key Responsibilities

Drive breakthrough neurorehabilitation therapy development by supporting researchers and clinicians in implementing clinical study protocols and conducting advanced data analysis for spinal cord injury patients
Serve as critical patient advocate and communication bridge between study participants and multidisciplinary research teams ensuring optimal patient experience and study compliance
Lead coordination of cutting-edge rehabilitation sessions utilizing advanced neurorehabilitation technologies to restore motor function in patients with disabilities
Execute comprehensive motor function evaluations including sophisticated gait analysis and EMG sensor placement contributing to groundbreaking neurological research
Ensure regulatory compliance and data integrity through meticulous verification processes according to rigorous clinical study protocols
Maintain accountability for medical devices across multiple concurrent studies ensuring operational excellence and research continuity
Empower patients through comprehensive training on medical device usage enhancing treatment outcomes and patient independence
Expand research impact through strategic travel to partner clinics and external research sites supporting collaborative neurorehabilitation initiatives

Requirements

Education

Master's degree in health sciences, such as Biomedical Engineering, Neuroscience, Biology, or a related field, from an accredited institution (or equivalent qualification)

Experience

Entry to mid-level experience preferred with patient care and clinical research background

Required Skills

Strong data analysis skills Excellent team-working and problem-solving skills Excellent project and time management skills combined with strong demonstrated organizational and multi-tasking skills Excellent oral and written communication Fluent in English, French and German are a plus Experience with patient care and understanding of health environment Experience in conducting clinical research Good knowledge of clinical trial documentation
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Sauge AI Market Intelligence

Industry Trends

Neurotechnology and brain-computer interfaces are experiencing unprecedented growth driven by advances in AI, machine learning, and miniaturized implantable devices, with the global neurostimulation devices market projected to reach $13.3 billion by 2026. The convergence of engineering and neuroscience is creating entirely new therapeutic paradigms for treating previously incurable neurological conditions, making this one of the most rapidly evolving fields in medical technology. Clinical research engineering roles are becoming increasingly specialized and in high demand as healthcare institutions recognize the critical need for professionals who can bridge the gap between complex medical technologies and patient care. The integration of advanced data analytics, real-time monitoring systems, and personalized medicine approaches is transforming how clinical trials are conducted and managed. Switzerland's position as a global leader in medical technology innovation, combined with significant government and private investment in neuroscience research, is creating a robust ecosystem for neurotechnology development. The collaboration between EPFL, CHUV, and UNIL represents a world-class research triangle that attracts top international talent and generates breakthrough innovations in neurological rehabilitation.

Role Significance

Typically operates within a multidisciplinary team of 8-12 professionals including neurosurgeons, biomedical engineers, research scientists, clinical coordinators, and rehabilitation specialists. The role serves as a central coordinating function across multiple concurrent studies, suggesting management of complex stakeholder relationships and project dependencies.
This is a specialized mid-level position with significant autonomy and direct patient interaction responsibilities. The role combines technical expertise with clinical application, positioning the incumbent as a key bridge between research innovation and practical patient care. The daily interaction with study participants and coordination of rehabilitation sessions indicates substantial independent decision-making authority and clinical responsibility.

Key Projects

Implementation and management of clinical trials for spinal cord injury rehabilitation using advanced neurotechnology implants and brain-computer interfaces Development and validation of novel gait analysis protocols and motor function assessment methodologies for neurological patients Coordination of multi-site international research collaborations focusing on breakthrough treatments for paraplegia, tetraplegia, and traumatic brain injuries Integration of AI-powered data analysis systems for real-time monitoring and optimization of neurorehabilitation therapies

Success Factors

Exceptional ability to translate complex neurotechnology concepts into practical patient care applications while maintaining the highest standards of clinical research integrity and regulatory compliance Strong emotional intelligence and patient advocacy skills essential for working with individuals facing life-altering neurological conditions, combined with the technical expertise to operate sophisticated biomedical equipment Advanced project management capabilities to coordinate multiple concurrent clinical studies while ensuring data quality, timeline adherence, and seamless collaboration across interdisciplinary research teams Continuous learning mindset and adaptability to rapidly evolving neurotechnology innovations, regulatory frameworks, and clinical research methodologies in one of the most dynamic fields in modern medicine

Market Demand

Very High - The intersection of clinical research, neurotechnology, and patient care represents one of the fastest-growing segments in healthcare, with severe talent shortages driving competitive compensation and accelerated career advancement opportunities.

Important Skills

Critical Skills

Multilingual communication abilities, particularly in English, French, and German, significantly enhance career prospects in Switzerland's international research environment and expand opportunities for collaboration with global neurotechnology research networks Understanding of regulatory frameworks for medical device development and clinical trials provides valuable expertise for career advancement into senior clinical research or regulatory affairs positions Experience with advanced biomedical instrumentation and neurotechnology platforms positions professionals for leadership roles in the rapidly expanding medical technology sector

Unique Aspects

Direct involvement in groundbreaking clinical trials that are literally helping paralyzed patients walk again through advanced spinal cord stimulation and brain-computer interface technologies
Opportunity to work at the intersection of three world-class institutions (CHUV, EPFL, UNIL) providing access to unprecedented research resources and collaborative opportunities
Exposure to the complete continuum from basic neuroscience research through clinical application, offering unique insights into the translation of laboratory discoveries into patient treatments
Access to cutting-edge neurotechnology platforms including implantable devices, real-time neural signal processing systems, and advanced rehabilitation robotics

Career Growth

Career advancement typically occurs within 3-5 years given the high demand for experienced neurotechnology professionals and the rapid growth of the industry. The specialized nature of the role and direct exposure to cutting-edge research provides accelerated learning opportunities and visibility to senior leadership.

Potential Next Roles

Senior Clinical Research Manager overseeing multiple neurotechnology programs and leading research strategy development Clinical Affairs Director at medical device companies specializing in neurotechnology and implantable systems Principal Clinical Scientist positions at pharmaceutical companies developing neurological therapeutics Academic research positions leading independent neurotechnology research programs at major universities Regulatory Affairs Manager specializing in neurotechnology device approvals and international market access

Company Overview

Centre hospitalier universitaire vaudois

Centre hospitalier universitaire vaudois (CHUV) is one of Switzerland's five prestigious university hospitals and stands among Europe's leading academic medical centers. As part of the NeuroRestore consortium with EPFL and University of Lausanne, CHUV operates at the forefront of neurotechnology innovation and has achieved global recognition for breakthrough treatments in neurological rehabilitation, particularly in spinal cord injury recovery and brain-computer interface applications.

CHUV maintains a premier position in the global neurotechnology research landscape, with its NeuroRestore center representing one of the world's most advanced programs for neurological function restoration. The institution's 15-year track record of rigorous preclinical studies and successful translation to human applications has established it as a key destination for international researchers and patients seeking cutting-edge neurological treatments.
Strategically positioned in Lausanne's thriving biotech ecosystem, CHUV benefits from proximity to EPFL's world-renowned engineering programs and the broader Lake Geneva region's concentration of pharmaceutical and medical technology companies. This geographic advantage provides unparalleled access to research collaborations, industry partnerships, and career opportunities across the European neurotechnology sector.
CHUV fosters a collaborative, innovation-driven environment that combines academic excellence with practical patient care applications. The institution's commitment to work-life balance, demonstrated through generous family leave policies and comprehensive professional development programs, creates an atmosphere that attracts top international talent while maintaining high employee satisfaction and retention rates.
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