Provide scientific leadership for the physiological and neurobehavioral assessment components of VESPER, integrating neuroimaging, neuroscience, physiological measurements, and computational methods to understand human health and neurological function.
Compensation
$80,891.00 - $120,000.00 Annual Rate
Responsibilities
Lead the scientific development, implementation, and interpretation of physiological and neurobehavioral assessments within VESPER
Oversee the selection and validation of assessment technologies and development of standardized acquisition protocols
Direct the use of wearable technologies, including WHOOP and Muse
Guide the scientific interpretation of physiological data and assess relationships between modalities
Supervise research personnel and coordinate assessment activities across remote and in-person study visits
Requirements
Bachelor's degree in Neuroscience, Human Physiology, Biomedical Engineering, Biological Sciences, Experimental Psychology or a closely related discipline
Advanced degree (MS, PhD, MD, or equivalent) in Neuroscience, Human Physiology, Neurophysiology, Biomedical Engineering, Experimental Psychology, or a related field
Lead a team of in vivo pharmacology scientists to design and perform pharmacology studies, evaluate therapeutic proteins, and advance novel therapeutics into development.
Compensation
The compensation range described below is the range of possible base pay compensation that the Company believes in good faith it will pay for this role at the time of thisposting based on the job grade for this position.
Responsibilities
Lead and mentor a multidisciplinary research team
Design and perform in vivo assays
Analyze pharmacological data
Develop and execute research strategies
Collaborate with cross-functional teams
Requirements
PhD in Biology, Pharmacology, Neuroscience, Biochemistry, or equivalent field
Assist in interdisciplinary research at the intersection of neuroscience and artificial intelligence, contributing to experimental and computational projects.
Responsibilities
Collect and analyse research data
Develop and document experimental and/or computational workflows
Contribute to presentations, grants and publications
Participate in lab meetings and collaborative research
Lead human factors research and design for Intuitive’s robotic systems, instruments, and accessories, focusing on human-robot interaction, neuromotor control, and neural interfaces.
Responsibilities
Apply deep expertise in robotics, HRI, and mixed-methods research to identify unmet user needs, performance limitations, and opportunities for future product innovation.
Independently generate, prioritize, and communicate actionable design insights that shape product strategy, influence development priorities, and advance human factors capabilities.
De-risk design strategies focused on the analysis of human performance, workflow, and usability factors, while identifying and mitigating systemic usability risks across product lines.
Serve as the human factors lead for complex initiatives, partnering with engineering, product management, quality, and regulatory teams to drive usability-centered design decisions.
Influence product and business decisions by balancing user needs, safety, usability, technical feasibility, and organizational priorities.
Conduct an independent doctoral research project investigating neural and neuro-immune mechanisms in chronic liver disease and liver cancer within the ERC Starting Grant project LIVER-CIRCUITS
Compensation
Compensation: Based on the TV-L collective bargaining agreement in pay grade E13, plus an annual bonus, provided you meet the personal requirements
Responsibilities
Conduct an independent doctoral research project investigating neural and neuro-immune mechanisms in chronic liver disease and liver cancer within the ERC Starting Grant project LIVER-CIRCUITS
Investigate how liver-associated neural circuits regulate immune, stromal, and epithelial cell states, tissue remodeling, and disease progression
Map and functionally perturb neural pathways using complementary genetic, pharmacological, and experimental approaches
Plan, perform, document, and evaluate experiments using relevant cellular and experimental disease models
Process and analyze biological samples from experimental models and human cohorts
Requirements
Master’s degree in biology, molecular medicine, biomedicine, biochemistry, biotechnology, microbiology, immunology, neuroscience, bioinformatics, nutritional sciences, or a related discipline
Apply scientific expertise to create, solve, and review challenging research problems within biology and related fields using Python.
Compensation
Compensation is output-based. Experts are paid per task that meets the project specifications. The time required to complete each task may vary depending on the expert’s experience and workflow. Minimum submission requirements apply.
Responsibilities
Create and solve technically rigorous scientific problems within your area of expertise.
Develop reproducible Python-based analyses, models, simulations, or data-processing workflows.
Review scientific solutions and code for correctness, clarity, and completeness.
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