Provide scientific support for the planning and execution of specialized research described in grants, proposals, and other legal agreements in accomplishment of USAARL’s Injury Biomechanics mission. Support team-based research, analysis, and investigations in collaboration with Government personnel and external partners. Perform human and human surrogate laboratory procedures, testing, research activities, and other tasks in biomechanics, human performance, and kinesiology.
- Perform a variety of scientific and administrative tasks, with a certain degree of creativity and latitude supporting the objectives of Injury Biomechanics and Protection Group and specific projects, particularly those that investigate surrogate markers of human injury through human performance, fatigue, endurance, and other pre-injurious biomarkers from the field of kinesiology (the musculoskeletal system, nerves, kinematics, and sensor systems). All aspects of RDT&E are included, but particularly Human Subject Research, Research Not Involving Human Subjects (RNIHS), and cadaveric research.
- Interface with volunteers, collaborators, research team members, military personnel, military cadre members, and unit leadership. This includes, but is not limited to, recruiting and consenting volunteers; coordinating proposals, protocols, and data collections with collaborators; coordinating tasks with research team members; coordinating and briefing military personnel, cadre, and unit leadership.
- Support technical planning sessions and programmatic reviews, particularly when the Project PI is unavailable.
- Coordinate and communicate project, personnel, and resource schedules to ensure project and programmatic goals are achieved in a timely manner against project and programmatic timelines.
- Support and lead laboratory and offsite field studies for extensive periods of time, to include training and operational site visits, study preparation and packing, data collection, and study execution.
- Support the project team during preparation of protocol, test plans, and project design; documentation, design, assembly, and demonstration of scientific methodology and equipment required for project readiness reviews; collection of data, including documentation; and data handling, protection, and analysis.
- Develop research work plans, data collection logistics, and analyses to accomplish the goals of the projects assigned.
- Be responsible for documenting and reporting project data, data analyses, and analytical conclusions in laboratory notebooks and electronic systems in accordance with applicable regulations and procedures.
- Organize and assist team members with identifying and obtaining needed supplies and equipment, assembling such items for research, packing such items for off-site data collection, and ensuring proper documentation of such items for inventory, transport, shipping, etc.
- Other research duties as assigned as a study team member for the preparation, execution, and analysis required for successful completion of study objectives as determine by Group leadership and the study Principal Investigator.
- Record all laboratory procedures, research project data, and results in government-authorized notebooks and electronic systems in accordance with applicable regulations, procedures, and naming conventions.
- Supports team members with identifying and obtaining needed supplies and equipment, assembling such items for research, packing such items for off-site data collection, and ensuring proper documentation of such items for inventory, transport, shipping, etc.
- Rely on instructions and pre-established guidelines to perform the functions of the job, including but not limited to relevant standard operating procedures, national standards of research technical accuracy, and/or other written guidelines provided.
- Read, understand, and execute techniques and procedures within the quality standards and timelines prescribed by the research plan, protocol, Statement of Work, or test plan.
- Conduct injury biomechanics research with equipment and in field settings that may create potentially hazardous conditions.
- Other duties may be assigned.
- Bachelor’s Degree in engineering related field such as electrical, biomedical, mechanical, biomechanics, physics, etc.
- Must have a minimum 6 years of experience in biomedical engineering or clinical.
- Experience in laboratory procedures, testing and research activities.
- Knowledge of commonly-used concepts, practices, standards, and procedures within biomechanics and mathematics as demonstrated through a degree and coursework in a relevant STEM (Science, Technology, Engineering, and Mathematics) field from an accredited program.
- Experience in scientific programming and use of MATLAB.
- Must be able to read, understand and execute techniques and procedures within the quality standards and timelines prescribed by the research plan.
- Good written communication skills and a solid understanding of Government contracting and the professional services industry.
- Experience with biomedical engineering, MATLAB, SolidWorks, MTS, biomechanics, research applications, accelerometers, load cells, angular rate sensors, EMG and/or analysis.
Work is performed primarily in an office and /or laboratory setting. Laboratory environment includes human testing, so exposure may include but are not limited to: Blood-borne pathogens, bio-hazardous waste, chemicals, fumes, vapors, communicable diseases, etc. Employee will be exposed to a wide variety of people in differing functions, personalities and abilities.
Job Type: Full-time
Salary: $60,000.00 to $63,000.00 /year
- biomedical engineering or clinical: 6 years (Required)
- human injury: 3 years (Preferred)
- MATLAB: 3 years (Required)
- Security Clearance (Preferred)