Red Oak Recovery
Matthew Wilson has demonstrated a diverse career in logistics and supply chain management, with experience spanning several roles since 2011. Currently serving as a Recovery Guide and Shift Supervisor at Red Oak Recovery since May 2023, Matthew has previously held positions such as Transport Specialist at Amazon and various procurement roles at Boeing from 2019 to 2023. Earlier experience includes logistics coordination at Houzz, carrier operations at Nolan Transportation Group, and several internships focused on logistics and inventory management. Matthew earned a Bachelor's degree in Logistics, Materials, and Supply Chain Management from Auburn University, where studies were completed between 2011 and 2015.
Red Oak Recovery
Red Oak Recovery® is a premier clinically-driven, gender-specific treatment for young adult men, ages 18-30, struggling with trauma, substance use, and co-occurring mental health issues. Our multi-credentialed (clinical addictions and mental health) master’s level clinicians staff provide the most clinically sophisticated and integrative trauma, substance use and mental health treatment available. As a small clinically-driven program we meet each client where they are mentally, spiritually, physically, and emotionally to design a treatment experience that is unique to them and holistically treats the entire person. Red Oak Recovery® also offers recovery management services based on the Gorski-CENAPS model of relapse presentation and recovery for clients who have experienced or are about to experience a return to use after ninety days of being in recovery. Our dually licensed clinicians will work alongside a Gorski-trained manager to help clients receive the support they need to get back on track. The team places a significant focus on the thoughts, urges, actions, feelings, and reactions of the individual to work through any issues the return to use may create. Red Oak Recovery® programs are CARF accredited and are in-network with Blue Cross Blue Shield, Aetna, and First Health.