STV provided programming, planning and concept design services for a new Marine and Environmental Field Station at Monmouth University’s seaside campus in West Long Branch, New Jersey. Designed to support the School of Science’s mission to advance research on New Jersey’s coastal ecosystems, the 4,200‑square‑foot envisioned complex will expand opportunities for hands‑on teaching, scientific inquiry and community engagement. Developed with a focus on resilience and environmental stewardship, the proposed facility establishes a new hub for coastal research and regenerative environmental studies.
What challenges did STV address?
Monmouth University sought to create a research facility capable of supporting a diverse range of wet and dry lab functions while withstanding coastal hazards such as flooding and storm surge. The design needed to protect sensitive equipment and infrastructure while delivering an academic environment that aligned with the neighborhood’s architectural character. Balancing resilience, functionality and a welcoming, residential aesthetic was a key challenge.
What solutions did STV deliver?
STV’s resilience-focused design elevates critical program elements, including labs, support spaces and mechanical systems, on upper levels, while lower floors accommodate less vulnerable functions. The concept includes wet and dry labs, a greenhouse, a teaching lab and student collaboration areas. A shingle-style, gabled exterior complements the surrounding coastal residential community, ensuring the building fits seamlessly into its context. The planning approach integrates long-term resilience measures while preserving architectural and programmatic goals.
How does this project benefit the community?
The Field Station strengthens Monmouth University’s role as a leader in coastal and environmental research. By providing flexible learning environments, specialized labs and resilient design strategies, the facility will enhance student experience, support faculty research and help advance regional understanding of climate impacts and coastal ecosystem health. The center also supports broader environmental stewardship efforts that benefit New Jersey’s shore communities.
Key stats and accolades
- 4,200‑sf concept facility
- Includes wet and dry labs, greenhouse and teaching lab
- Resilient design with critical systems on upper levels
- Gabled, shingle-style exterior reflecting local context
- Supports regenerative and coastal ecosystem research
