Location: Rockland,ME, USA
Do you sometimes forget what your family looks like after a long week of working late? Ever wonder what it would be like to work in the vet field and still have a life? Well, look no further. Rockland Animal Hospital is seeking an experienced or Licensed Veterinary Technician to join its fantastic team!
At Rockland Animal Hospital, we take employee well-being seriously. We offer 4-day work weeks; we don't work nights; we enjoy weekends off; and we spend holidays with family. We also offer fantastic benefits to support a healthy and rewarding work environment, including:
Financial Benefits:
Wellness Benefits:
Workplace Benefits:
Lifestyle Benefits
Rockland, located in the MidCoast area of Maine, is a great place to live and work. There are abundant recreational and cultural opportunities. The area provides plenty of amenities to explore, with a vibrant dining and art scene. The landscape is also exceptionally beautiful, with direct access to the ocean, multiple lakes and rivers and plenty of hiking trails. Our community offers something special for everyone, there's no shortage of things to do in Rockland.
Our veterinary technicians should be ready to:
What we're willing to give in return:
As an experienced Veterinary Technician, you already know what it takes to be a successful veterinary professional.
This is an outstanding opportunity to join a hospital with a fun-loving yet professional atmosphere. Think youre the Veterinary Technician were looking for? Apply today so we can meet you!
Diversity, equity, and inclusion are core values at Rockland Animal Hospital and VetCor. We are passionate about building and sustaining an inclusive and equitable working and learning environment for all employees. Every team member enriches our diversity by exposing us to various ways to understand and engage with the world. That's why we're committed to a workplace culture where employees are comfortable being their authentic selves, feel a complete sense of belonging, and are empowered to reach their highest potential.