Safety Engineer

At Revlon, we create beauty innovations for everyone that inspire confidence and ignite joy every day. Breaking beauty boundaries is in our company’s DNA. Since its game-changing launch of the first opaque nail enamel in 1932 (and later, the first long-wear foundation), Revlon has provided consumers with high-quality product innovation, performance, and sophisticated glamour. Elizabeth Arden made waves as a woman-led beauty company in the 1920s. In 1931, Almay became the original hypoallergenic, fragrance-free beauty brand. Today, Revlon resiliently continues its legacy as a leading global beauty company. Our diverse portfolio—which consists of some of the world’s most iconic brands and product offerings in color cosmetics, skincare, hair color & care, personal care, and fragrances—is sold around the world through prestige, professional, mass, and direct-to-consumer retail channels. These brands include Revlon, Revlon Professional, Elizabeth Arden, Almay, American Crew, CND, Cutex, Mitchum, Sinful Colors, Creme of Nature, Christina Aguilera, John Varvatos, Juicy Couture, Ed Hardy and more. We honor our heritage, embrace change, and applaud diversity. We champion our employees and celebrate our consumers. We are Revlon, together, transforming beauty. This role is an Onsite Role: This role requires full-time presence at our Oxford, North Carolina office. Overview: The Safety Engineer serves as the site technical authority for safety engineering, hazard identification, risk assessment, and risk reduction at the Oxford manufacturing facility. The position leads technical safety programs that reduce exposure to serious injury and fatality risks through engineering controls, safety-by-design principles, process hazard analysis, ergonomics, machine safety, electrical safety, and Management of Change reviews. The role partners with Operations, Engineering, Maintenance, Human Resources, Quality, Security and Environmental to identify hazards, strengthen safeguards, and implement sustainable corrective actions. Responsibilities: Technical Safety Leadership and Risk Reduction Lead site-level safety engineering assessments to identify hazards and drive corrective actions using the hierarchy of controls, with preference for elimination, substitution, and engineered safeguards before administrative controls or PPE. Lead or facilitate Process Hazard Analyses, What-If / Checklist reviews, Job Safety Analyses, Job Hazard Analyses, and risk-ranking activities for manufacturing operations, chemical processes, maintenance tasks, and facility changes. Identify serious injury and fatality exposure risks, develop mitigation plans, and verify effectiveness of engineering controls and procedural safeguards. Support root cause analysis and corrective action development for high-potential incidents, OSHA recordables, near misses, property damage incidents, and recurring safety trends. Machine Safety, Guarding, and Equipment Safeguards Lead the facility machine guarding assessment program and develop risk-based action plans for safeguarding gaps. Review machinery, conveyors, filling equipment, mixers, compactors, powered industrial equipment interfaces, and similar manufacturing equipment for safe access, guarding, interlocks, emergency stops, and energy-control considerations. Partner with Engineering and Maintenance to design, specify, implement, and validate guarding improvements and other engineered controls. Support Pre-Startup Safety Reviews for new equipment, modified equipment, automation projects, and capital installations before release to production. Management of Change, Capital Projects, and Safety by Design Participate in Management of Change reviews for new or modified equipment, chemicals, processes, materials, production layouts, utilities, and work methods. Provide safety input for capital projects from concept through commissioning, including equipment layout, maintenance access, ergonomics, fire protection, ventilation, LOTO provisions, confined-space implications, and emergency response considerations. Review specifications, drawings, and project scopes to ensure safety requirements are incorporated early in project planning. Verify that new or modified systems include necessary training, procedures, signage, preventive maintenance, and inspection requirements before startup. Life-Critical Safety Programs Serve as technical owner or subject-matter expert for Lockout/Tagout, confined space entry, arc flash / electrical safety, hot work, machinery safety, contractor safety interfaces, and other life-critical safety programs. Develop technical standards, inspection criteria, field-verification tools, and training materials to strengthen high-risk work controls. Support authorized employee qualification and competency verification for LOTO, confined space, hot work, and electrical safety programs. Partner with other EHS team members to validate field execution of life-critical controls and close gaps identified during inspections or observations. Industrial Hygiene and Occupational Health Exposure Controls Plan and coordinate industrial hygiene exposure assessments for noise, airborne contaminants, vapors, aerosols, heat stress, chemical handling, ventilation effectiveness, and other occupational exposure risks. Interpret sampling results and recommend corrective actions, including engineering controls, ventilation changes, process modifications, PPE updates, or training improvements. Support respiratory protection, hearing conservation, ergonomics, and exposure-monitoring programs with technical evaluation and data analysis. Partner with Occupational Health, HR, and leadership to support exposure-related follow-up while maintaining confidentiality and appropriate documentation practices. Fire Prevention, Flammables, Aerosols, and Combustible Dust Evaluate flammable-liquid, aerosol, combustible-material, and ignition-sour