Cortland
Construction Accident Lawyers

Cortland, known as "The Crown City" for its position atop the hills of central New York, has been a regional center since its founding in the early 1800s. Home to SUNY Cortland and historically significant for manufacturing—particularly typewriters and wire products—this small city serves as the seat of Cortland County. Today, Cortland's construction industry reflects the community's balance between educational development, manufacturing legacy, healthcare services, and the steady renovation of an aging housing stock that shelters a community transitioning from its industrial past to an education and service-based economy.

The Onondaga people inhabited this region for centuries before European settlement began in the late 1700s. The rolling hills of what would become Cortland County were part of the traditional territory of the Haudenosaunee Confederacy, who used the area for hunting and seasonal camps. European settlement began after the Revolutionary War, with the first permanent settlers arriving in the 1790s. The city was named for Pierre Van Cortlandt, first Lieutenant Governor of New York, though the Van Cortlandt family never resided in the area that bears their name.

Early Settlement and Construction

Cortland was incorporated as a village in 1853 and as a city in 1900, but construction activity preceded official incorporation by decades. The earliest construction consisted of log cabins and simple frame structures built by settlers clearing the forests that covered the region. As the community developed, more substantial buildings appeared—churches, commercial buildings, and homes built by skilled craftsmen who brought construction techniques from New England and eastern New York.

The early construction workers who built Cortland faced the hazards common to 19th-century building—falls from roofs and scaffolding, injuries from hand tools, and the physical strain of working with heavy materials without mechanical assistance. [Scaffold falls](/accidents/scaffold-falls) during construction of the first substantial buildings in downtown Cortland were largely unrecorded, as worker injuries were considered an unavoidable aspect of the building trades.

Agricultural and Commercial Development

Cortland developed as a commercial center serving the surrounding agricultural region. The city's location at the intersection of major routes—what would become US Routes 11 and 13—made it a natural hub for trade. Farmers from throughout the county came to Cortland to sell their products and purchase supplies, and the commercial district grew to serve this agricultural economy.

Construction workers built the commercial buildings, warehouses, and civic structures that served this commerce. The downtown's brick commercial buildings, many dating from the late 1800s, represent the craftsmanship of earlier construction eras. These structures required skilled masons who laid thousands of bricks by hand, carpenters who framed upper floors and installed ornate woodwork, and laborers who moved materials without forklifts or cranes.

The construction of Cortland's downtown commercial district created a built environment that still serves the community. Many of these buildings remain in use today, requiring ongoing maintenance and periodic renovation that employs current-generation construction workers who face hazards similar to those their predecessors encountered—[ladder accidents](/accidents/ladder-accidents) during facade maintenance, [scaffold falls](/accidents/scaffold-falls) during brick repointing, and the challenges of working on structures designed before modern building codes.

Manufacturing Era Construction

Cortland became known for manufacturing in the late 19th and early 20th centuries, and this industrial development drove significant construction activity. The Smith Corona typewriter company, which operated in Cortland for decades, employed thousands of workers at its peak and required substantial factory construction. Wickwire Brothers produced wire products that were used worldwide, with factory buildings that expanded repeatedly to meet growing demand.

Factory construction in Cortland was dangerous work. Building multi-story industrial structures required workers to operate at heights throughout the construction process. Ironworkers erected structural steel without the fall protection equipment modern workers consider essential. Masons built the brick facades that enclosed these factories while standing on wooden scaffolds that would not meet modern safety standards. [Scaffold falls](/accidents/scaffold-falls) and struck-by accidents were common hazards that workers accepted as part of the job.

Beyond the factories themselves, industrial development required worker housing construction. Neighborhoods of modest homes rose around the factory complexes, housing the workers who operated the machinery. Construction workers building these homes faced standard residential hazards—roof falls, [ladder accidents](/accidents/ladder-accidents), and injuries from hand tools—but the volume of construction during industrial growth periods meant these hazards affected many workers.

The infrastructure supporting manufacturing also required construction. Railroad connections to move materials and finished products in and out of Cortland employed workers who faced the hazards of railroad construction. Utilities—water, sewer, and early electrical systems—required workers who dug trenches, laid pipe, and strung wire. Each aspect of industrial infrastructure generated construction activity and corresponding workplace hazards.

SUNY Cortland: A Century of Campus Construction

The State University of New York at Cortland, founded in 1868 as a normal school for teacher training, has grown into a thorough university with over 6,000 students. The campus has expanded continuously over more than 150 years, with construction of academic buildings, dormitories, athletic facilities, and infrastructure providing steady work for construction trades across multiple generations.

The original normal school buildings were constructed in the 19th century, when construction methods and safety standards were primitive by modern measures. As the institution grew through the 20th century, construction techniques evolved, but hazards remained present. Workers building the campus expansion of the 1960s and 1970s faced fall risks from multi-story academic and residential buildings that were larger and more complex than earlier campus structures.

Today, SUNY Cortland continues to invest in campus facilities, and construction projects range from new buildings to major renovations of existing structures. The university's athletic facilities, including the Sports and Health Science Education Center and various outdoor athletic facilities, have required substantial construction. Academic building renovations update facilities for modern educational needs while preserving the character of historic campus buildings.

Campus construction presents the full range of construction hazards. Workers on new building projects face [scaffold falls](/accidents/scaffold-falls) during exterior work. Interior renovation projects create [ladder accident](/accidents/ladder-accidents) risks as workers access ceiling systems, install fixtures, and perform finishing work. The institutional nature of university buildings—high ceilings, large open spaces, and complex mechanical systems—creates work environments where fall hazards may be greater than in standard commercial construction.

The university's status as a state institution does not diminish workers' legal protections. Labor Law 240 applies fully to construction at state universities, and the State of New York, through its contractors, faces strict liability for gravity-related construction injuries just as private property owners do.

Healthcare Construction

Cortland Regional Medical Center serves as the healthcare hub for Cortland County and surrounding areas. The medical center has undergone multiple expansions and renovations over its history, and healthcare construction continues as medical technology and patient care standards evolve. Workers on healthcare construction projects face hazards specific to the healthcare environment in addition to standard construction risks.

Healthcare construction often involves work within or adjacent to operating facilities, requiring coordination with ongoing patient care that can restrict how work is performed. The sophisticated mechanical systems required by modern healthcare—imaging equipment, surgical suites, specialized air handling—require workers to operate in confined spaces and unusual positions. [Crane accidents](/accidents/crane-accidents) can occur during installation of heavy medical equipment. Falls during installation of ceiling-mounted equipment and utilities are common hazards in healthcare construction.

Residential Renovation in an Aging Housing Stock

Cortland's housing stock includes many homes built during the city's manufacturing heyday—solid structures that have sheltered families for generations but now require significant renovation to meet modern standards. The ongoing renovation of these older homes represents a significant portion of construction activity in Cortland and employs workers who face the particular hazards of working in older structures.

Renovation work in older homes presents hazards that new construction does not. Workers may encounter structural conditions that are not apparent until work begins. Flooring that appears solid may be compromised by water damage or decay. Roofing systems may have deteriorated beyond what visual inspection reveals. Workers on renovation projects can fall through compromised surfaces or be injured when structural elements fail unexpectedly.

Lead paint and asbestos, common in homes built before regulations banned these materials, add hazards specific to renovation work. Workers disturbing these materials face exposure risks, and the precautions required to address these materials can complicate work procedures and potentially increase other hazards.

Post-Industrial Transition

Cortland's transition from manufacturing to a service economy has changed construction patterns in the city. Factory closures have left industrial buildings vacant, and some of these structures are being repurposed for new uses. The conversion of industrial buildings to commercial, residential, or mixed use presents the same challenges and hazards seen in similar projects throughout New York—work in buildings designed for industrial use, structural modifications to accommodate new purposes, and the uncertainties of working in structures whose conditions may not be fully understood.

The departure of manufacturing has also affected the construction workforce. Workers who might once have found employment in Cortland's factories now work in construction, healthcare, retail, and education. Some former manufacturing workers have brought skills to the construction trades that translate well—an understanding of mechanical systems, experience with equipment, and familiarity with industrial environments.

Labor Law 240 in Cortland

Cortland's construction workers are protected by Labor Law 240, with cases filed in Cortland County Supreme Court located at 46 Greenbush Street. The court handles construction accident claims from throughout the county, applying the same established precedent that protects workers in New York's largest cities.

University construction, healthcare facility work, commercial projects, and residential renovation all involve height-related hazards that fall within Labor Law 240's protection. Falls during campus construction at SUNY Cortland, accidents at Cortland Regional Medical Center renovation projects, and injuries during downtown commercial building maintenance all receive the absolute liability protection that New York law provides.

The smaller scale of Cortland's construction market does not diminish workers' legal rights. A worker injured in a fall from a scaffold in Cortland has the same legal protections as a worker injured in Manhattan. The absolute liability standard applies equally, ensuring that property owners and contractors who fail to provide adequate safety equipment cannot escape responsibility by blaming the injured worker.

Legal and Safety Resources

Major Construction Projects

Construction activity in Cortland includes various residential, commercial, and infrastructure projects. The region benefits from proximity to major developments like Hudson Yards, Penn Station renovation, JFK Airport redevelopment, and Atlantic Yards/Pacific Park, which drive construction industry growth across the metropolitan area.

Union Representation

Construction workers in Cortland may be represented by unions including Laborers' International Union of North America (LIUNA) Local 6A, Laborers' International Union of North America (LIUNA) Local 66, Laborers' International Union of North America (LIUNA) Local 79, Laborers' International Union of North America (LIUNA) Local 78, Laborers' International Union of North America (LIUNA) Local 731. These building trades unions fight for worker safety, proper fall protection equipment, and adequate training. Union representation can significantly impact workplace safety outcomes and legal protections following construction accidents.

Historical Construction Context

The construction industry in Cortland has evolved significantly from early development periods. New York State's construction history includes landmark projects like the Erie Canal (1825), which employed over 50,000 workers, and the early skyscrapers that established fall protection standards. These historical projects shaped modern safety regulations including Labor Law 240, New York's "Scaffold Law."