Thank you for visiting jobsincare.com. This website uses cookies.

Virtual MSK Physiotherapist inSalford inSalford PUBLISHED TUE 21 JAN 2025

Bupa Follow Bupa

Flexible working hours that accommodate personal lifestyles, including evening and weekend shifts.
Competitive salary of £43,000 full time equivalent, with annual performance-based bonuses.
Opportunities for continuous professional development and clinical skill enhancement.
Home-based work with occasional attendance at local Bupa Centres, offering work-life balance.
Access to a comprehensive benefits package, including health insurance, an enhanced pension plan, and additional family-friendly benefits.
The chance to make a meaningful impact on patients' lives by providing essential musculoskeletal support and management.
Working within a diverse and inclusive environment that champions personal identity and community representation.
Bupa is seeking a Virtual MSK Physiotherapist to join their team in Salford, primarily working from home with occasional visits to local Bupa centres. The role involves providing remote physiotherapy consultations for Bupa Insurance members, Occupational Health and Corporate Customers, focusing on musculoskeletal (MSK) conditions. The successful candidate will conduct assessments via audio and video, offer diagnoses, prescribe self-management techniques, and facilitate referrals as necessary, all while working within a flexible shift pattern that includes evenings and weekends.

Candidates should possess strong experience equivalent to a band 6 or 7 physiotherapist in an MSK setting, along with a relevant accredited qualification. Bupa offers an attractive salary, comprehensive benefits including flexible working options, holiday entitlement, health insurance, and a commitment to promoting diversity and inclusion in the workplace. The company encourages applications from candidates with diverse backgrounds and offers support for disabled applicants throughout the recruitment process.

 


in Salford click to show distance
Locations are approximate. Learn more