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Architect, Environmental Health & Safety

Classification Information

Environmental Health & Safety
Environmental Health and Safety identifies and assesses risks to the health and safety of people in the workplace and the community. Recommends, develops, and administers effective programs to protect occupational health, environmental health, and physical assets of the university. Safely manages hazardous materials, radiation, and biosafety, and minimizes the impact of university operations on natural resources and public health.
Individual Contributor
In an individual contributor role, the positions work is primarily achieved through individual efforts or by participating as part of a team. Individual contributors may: Coordinate, influence, or review the work of others. Be the authority on a given program or process. Lead teams. A range of knowledge, complexity, autonomy, and impact may be needed to achieve results at certain levels. Individual contributor roles are reflected in the Academic Administration, Development, General Administration, Technical/STEM, and C1-C4 of the Clinical tracks.
Level 4
Advanced: These positions require an elevated level of experience and education, act independently, and provide team leadership and mentorship.
T - Technical/STEM
Technical roles, including technology and research.

Position Summary

The Architect within Environmental Health and Safety (EHS) at Virginia Tech plays a vital role in designing, implementing, and overseeing projects that enhance the safety, health, and environmental conditions on campus. This advanced-level position requires expertise in architectural design and an in-depth understanding of EHS regulations to ensure that the university's built environment meets safety and sustainability standards. The architect works closely with multiple campus departments to plan and execute design solutions that protect the health and safety of university staff, students, and visitors. This role involves collaborating on the design and modification of campus buildings and facilities to minimize hazards, manage hazardous materials, and ensure compliance with environmental health and safety regulations. The architect will assess existing campus infrastructure, conduct risk evaluations, and create design strategies that integrate EHS principles into construction, renovation, and maintenance projects. This may include managing the incorporation of biosafety protocols, hazardous materials storage, and radiation safety measures into building designs. The Architect within EHS is expected to work independently, providing expert guidance and recommendations on the most effective design solutions for addressing complex safety and environmental concerns. Additionally, the architect may provide mentorship to junior team members, lead design teams, and participate in policy development regarding the safe management of campus spaces. Their work directly impacts the university's ability to maintain a safe, functional, and sustainable campus environment.