Clinical Research PT – Biomechanics & Gait Lab

Mayo Clinic; Rochester (MN); On-site; USD 85,000 - 128,000; Full time

Benefits offered by this job

Medical plan options

Dental coverage

Vision plan

Pre-Tax Savings: HSA/FSAs

Competitive retirement package

Job summary

Mayo Clinic in Rochester, MN, seeks a licensed physical therapist to join the Biomechanics lab, supporting research and clinical services. You will engage in instrumentation evaluation, protocol development, data collection, and manuscript preparation.

The role requires an advanced post-professional degree, 5 years of experience, and mentoring within an interdisciplinary team; familiarity with gait analysis and pediatric neuromuscular contexts is desirable.

Qualifications

• Graduate of an accredited physical therapy program.
• Current license (or the ability to obtain) to practice physical therapy in Minnesota.
• Advanced post-professional degree training.
• 5 years of experience in research, gait lab, or clinical practice with neuromuscular/pediatric patients desirable.
• Aptitude for research, high technology comfort, and strong writing/presentation skills.
• Interest in mentoring, teaching, and interdisciplinary teamwork.

Responsibilities

• Instrumentation evaluation and protocol development.
• Patient and subject assessment, data collection and analysis.
• Development of institutional systems and procedures; project planning and coordination.
• Grant development and manuscript preparation.

Skills

Research aptitude

Writing and presentation skills

Mentoring and teaching

Team leadership

Education

Licensed Physical Therapist in Minnesota

Job description

Mayo Clinic in Rochester, MN, seeks a licensed physical therapist to join the Biomechanics lab, supporting research and clinical services. You will engage in instrumentation evaluation, protocol development, data collection, and manuscript preparation.

The role requires an advanced post-professional degree, 5 years of experience, and mentoring within an interdisciplinary team; familiarity with gait analysis and pediatric neuromuscular contexts is desirable.