Relief Recovery Specialist

• SCHEDULE: On Call As Needed. This position is considered essential in the event of an emergency.
• Pay: $23.48 - $26.30 per hour DOE (Salary ranges provided are based on relevant experience and skill set)
• LOCATION: 170 Morton Street, Jamaica Plain, MA. This position works 100% on site.

Program Description

The Stabilization Program is a post-detox enhanced shelter-based SOAP (Structured Outpatient Addictions Program) that provides intensive treatment and support to 50 homeless men with a history of chronic substance abuse.

SUMMARY OF THE POSITION

The Relief Recovery Specialist is responsible for ensuring a safe and secure environment. The Relief Recovery Specialist contributes to supporting the success of the clients in their recovery. Job responsibilities include: conducting searches of clients and their personal property, completing regular rounds, assisting with routine and random drug testing, and responding to emergency/crisis situations. The incumbent will work as a team player by assisting staff in the delivery of client services as needed.

Acceptable results of annual CORI reviews will be required of all Relief Recovery Specialists.

Requirements

QUALIFICATIONS

EDUCATION/TRAINING

REQUIRED

• High School Diploma or G.E.D
• CPR/First Aid and CPI certification or ability to become certified within 30 days of employment

PREFERRED

• Bachelor’s degree

KNOWLEDGE/EXPERIENCE

REQUIRED

• Knowledge and understanding of a professional Code of Ethics
• Knowledge and understanding of confidentiality and HIPAA laws
• Excellent critical thinking skills
• Ability to communicate effectively through reading and writing in a log and using basic computer applications

PREFERRED

• Previous experience providing direct care in a homeless shelter or similar human service environment
• Demonstrated effective experience working with populations with co-occurring disorders
• Knowledge of substance abuse and mental health issues
• Training in trauma-informed care, crisis prevention, and harm reduction