This could be the moment that decides how Lower Manhattan stands up to rising seas for decades to come — and the stakes are enormous. But here's where it gets controversial: a massive public investment and years of construction in a densely populated neighborhood will change how people use the waterfront, and not everyone will agree on the trade-offs. And this is the part most people miss — the project is as much about creating public space and biodiversity as it is about concrete flood defenses.
Arcadis, a global leader in data-driven sustainable design, engineering, and consultancy (EURONEXT: ARCAD), has been awarded the construction-phase services contract for the Battery Park City Resiliency Project (BPCR). This move signals the project’s shift from planning and design into full construction of one of the nation’s most ambitious climate-resilience programs, valued at roughly $1.7 billion. The client is the Battery Park City Authority (BPCA), which has charged the team with protecting Lower Manhattan’s shoreline and nearby neighborhoods from hazards such as sea level rise, storm surge, and heavy rainfall — while improving public access and green space along the Hudson River.
The delivery team is led by a Turner Construction Company–SPC Construction Co. LLC joint venture, working alongside Arcadis, Bjarke Ingels Group (BIG), and SCAPE Landscape Architecture. Together they’ll construct an integrated coastal flood-risk management system that runs from First Place up to North Moore Street and then east to Greenwich Street. The on-the-ground work will include about 1.5 miles of flood walls and deployable barriers. It will also upgrade drainage systems with features like a new pump station and rain gardens, and add new landscaped and open public spaces.
A quick note for newcomers: this is New York City’s first large-scale Progressive Design-Build project. That delivery method blends design and construction responsibilities under a single contract so teams can collaborate earlier and adapt designs faster during construction. For residents and project managers, that can mean fewer gaps between planning and building — but it also requires tight coordination across many partners.
Alan Brookes, Arcadis’ CEO, framed the award as a continuation of the firm’s long-standing role with BPCA and the project’s transition into delivery. Arcadis has been the lead design and engineering consultant since the beginning, and during construction will keep steering engineering oversight, ensuring designs are followed, and providing ongoing technical support to maintain an integrated systems approach.
From a technical standpoint, the BPCR combines multiple layers of protection. Instead of relying on a single fix, the plan stitches together flood barriers, improved drainage, and raised landscapes to form a continuous defense against higher seas and more intense storms. Those raised landscapes aren’t just functional — they’re designed to expand waterfront access, add parkland, and encourage biodiversity through native plantings and habitat restoration. The design team worked closely with local stakeholders, city agencies, and the community to shape solutions that are resilient, adaptable, and consistent with Battery Park City’s priorities for sustainability, accessible public spaces, and long-term livability.
Turner’s joint-venture leadership praised Arcadis’ resiliency design expertise for helping reach this milestone and emphasized their commitment to continue the partnership as construction begins on the North/West Battery Park City Resiliency Project.
Context matters: BPCR is the third major resiliency push BPCA has advanced since Superstorm Sandy. It builds on previous initiatives such as the South Battery Park City Resiliency Project and the Ball Fields & Community Center Project, which together form part of a broader coastal protection network for Lower Manhattan.
Raju Mann, BPCA’s president and CEO, described Battery Park City’s approach as “progressive” and collaborative — a model that blends transparency and innovation to produce infrastructure that is resilient and community-minded.
A few practical details and implications to consider:
- Scale and scope: At about $1.7 billion and 1.5 miles of physical flood protections, BPCR is a major public works investment. That scale allows for multi-functional design — infrastructure that protects but also improves public realms.
- Ecological benefits: Native plantings and habitat restoration are intended to boost biodiversity in a built environment, offering both stormwater management benefits and improved quality of life for residents.
- Construction impacts: Large-scale projects in dense urban areas will bring temporary disruption — traffic changes, noise, and construction staging — that neighborhoods will feel over the life of the build.
- Delivery model trade-offs: Progressive Design-Build can speed decision-making and foster integration between designers and builders, yet it also relies heavily on partnership dynamics and tight contract management.
Now for the debate: should cities prioritize large centralized defenses like this, or invest more in distributed, nature-based solutions across broader areas? Some will argue that massive, engineered barriers are the fastest way to protect critical urban cores. Others will counter that they can be costly, disruptive, and may shift risks elsewhere. Which side do you take? Do you trust large-scale infrastructure projects to balance protection, public access, and ecology — or would you prefer a more distributed, community-led approach?
Share your thoughts: do you support BPCR’s strategy and scale, or do you have reservations about cost, disruption, or long-term impacts? If you live in or near Battery Park City, what changes would you like to see as construction gets underway? Join the conversation — agreement, skepticism, and constructive criticism are all welcome.
