The Merrick Road Bridge was the lowest rated bridge in Nassau County. In 2018, Nassau County secured a grant through the Bridge NY Program for the rehabilitation of Merrick Road over Milburn Creek. The project included the repairing of cracking and spalling throughout the structure, roadway excavation, pavement resurfacing, and replacement of sidewalks.
Hayduk Engineering was responsible for preparing Work Zone Traffic Control Plans and Staging Plans implemented during this multi-phase construction project.
NCDPW Merrick Road Over Milburn Creek Rehabilitation, Freeport, NYeverbeta2020-07-17T16:40:46+00:00
The Walkway over the Hudson is a steel cantilever bridge spanning the Hudson River between Poughkeepsie on the east bank, and Highland on the west bank. Built as a double track railroad bridge, it was originally completed on January 1, 1889, and formed part of the Maybrook Railroad Line. It was taken out of service on May 8, 1974, after it was damaged by fire. It was listed on the National Register of Historic Places in 1979 and it was reopened on October 3, 2009 as a pedestrian walkway as part of the new Walkway Over the Hudson State Historic Park.
Hayduk Engineering provided a constructability review during various stages of design development, QA/QC review of final design documents, and provided construction submittal reviews for the project to repair the structural steel in areas previously identified and prioritized in a 2012 report by others.
NYSBA Walkway Over The Hudson Steel Repairs, Poughkeepsie, NYeverbeta2020-05-14T15:25:07+00:00
Long Island Rail Road (LIRR) is planning to replace three (3) bridges under this contract, including the Wreck Lead Bridge, Cherry Valley Road Bridge, and Webster Avenue Bridge.
The Wreck Lead Bridge is a single-track bascule bridge that was built in 1988. The bridge connects LIRR service from Island Park to the City of Long Beach on the Long Beach Branch. The Wreck Lead Bridge is planned to be rehabilitated as part of this project.
The Webster Avenue Bridge was built in 1897 in Manhasset and serves the single track Port Washington Branch. The purpose for the replacement of this bridge is to enhance safety and reduce maintenance.
The Cherry Valley Road Bridge was built in 1871 in the Village of Garden City and serves the Hempstead Branch. This bridge replacement project is necessary to raise the bridge structure to avoid truck strikes that cause delays on the Hempstead Branch. There were 10 bridge strikes to this bridge in 2015 and 10 in 2016. The Cherry Valley Road Bridge will be raised to accommodate a vertical clearance of 14 feet to allow trucks to pass safely beneath it.
Hayduk Engineering provided preliminary engineering services for the Webster Avenue Bridge and the Cherry Valley Road Bridge locations. Hayduk Engineering’s role on the project included performing a wet study of the bridges, preparation of erosion and sediment control plans, preparation of maintenance and protection of traffic plans including detours for the duration of construction, and the preparation of a detailed drainage evaluation study and design of preliminary drainage improvements at the Webster Avenue.
Construction is planned to commence in mid-2020.
LIRR Replacement of 3 Bridges, Nassau County, NYeverbeta2020-05-14T15:23:22+00:00
Hayduk Engineering was the engineering consultant for this $2.5 million roadway infrastructure project to improve 4.1 miles of Village owned roads in the Village of Old Field, NY, including Quaker Path, Old Field Road, Mount Grey Road, Blueberry Ridge, and Conscience Bow. Hayduk Engineering provided services from project conception to closeout, including existing pavement/roadway evaluation, engineering design of proposed road and storm drainage improvements, bidding phase services, and full-time construction inspection/administration services.
The construction included full depth reconstruction of pavement in designated areas, key milling and overlay of the entire length of all Village owned roads, roadside erosion stabilization, installation of new traffic calming devices and signage, pavement striping, removal of unsuitable sub-base material, installation of thirty-seven (37) new storm drainage structures, and a new parking area for Village Hall at the Old Field Point Lighthouse.
Road and Drainage Improvements Project, Old Field, NYeverbeta2020-07-17T16:42:17+00:00
The Long Island Railroad (LIRR) Expansion Project (a.k.a., the “Third Track Project”) is rapidly advancing towards its scheduled completion in 2022. The long discussed LIRR Expansion Project came to fruition in December 2017 with the award of the design-build contract to 3rd Track Constructors (3TC), a consortium of contractors, subcontractors, engineers, architects, and related tradesmen and professionals. The project includes the addition of a third track, approximately 10 miles of additional railroad track, between the Hicksville and Floral Park LIRR Stations. The project will eliminate eight (8) at-grade crossings and will provide additional parking garages, retaining walls, sound walls, and improvements to rail bridges. Design for the project technically began during the request for proposals (RFP) stage of procurement and is ongoing to date by 3rd Track Constructors. Pre-construction activities began in early 2018 and major construction activities began in late 2018. Overall, the LIRR Expansion Project is anticipated to reduce trail congestion, provide true bi-directional service during peak hours, and enhance safety.
Hayduk Engineering is working as a subconsultant to Stantec, the lead engineer for 3TC. Our responsibilities include the engineering design of the security fence along the entire 10 mile long corridor, engineering design of ten (10) HiRail vehicle access points, the design of a vision screen at the Village of Floral Park Recreation Center, and civil engineering design support.
A HiRail is a vehicle that is capable of operating both on railroad tracks and on conventional roadways. HiRail vehicles are typically equipped with both conventional rubber tires and flanged steel wheels for operating on the tracks. Engineering design of the ten (10) HiRail access points was restricted by existing grades, available access from adjacent roads to the tracks, and maintenance of roadway and rail traffic. Turning movements were generated using AutoCAD Vehicle Tracking for the HiRail vehicles which provided the requirements for designing the alignment of the access point roads and the width of the security gates. The HiRails require access without fouling more than one set of tracks at a time.
The proposed HiRail access point security gates were designed using three functional modes; swing gates, sliding/rolling gates, and vertical lift gates. The access gate openings are as wide as 70’ in some locations with 2 leafs each at 35’ long, cantilevered outward from the gate posts. These conditions required detailed, case-specific foundation designs. The gate leafs are constructed of stretched metal with diamond cut openings.
The Floral Park Vision Screen is intended to provide privacy to the Village of Floral Park Recreation Center visitors, specifically for the pool and slide area. The screen is constructed of 8’ high 48’ long metal louvered panels.
LIRR Third Track Project, Floral Park to Hicksville, NYeverbeta2020-07-17T16:42:57+00:00
New York State Department of Transportation is implementing a $1.22 billion design/build project to widen the Van Wyck Expressway. The purpose of the project is to provide increased vehicular capacity on the VWE between the Kew Gardens Interchange and JFK Airport to improve vehicular access to and from the airport. In addition, the project will address operational, geometric, and structural deficiencies on the VWE between the Kew Gardens Interchange and JFK Airport.
The VWE corridor that will be affected by this project is approximately 4 miles in length and impacts not only the main line but also the northbound and southbound service roads. A major component of this project is the development of an additional fourth lane that will function as a Managed Use Lane (MUL). The MUL will accommodate commercial and high occupancy vehicles.
The project is complicated by the limited available right-of-way and the presence of the AirTrain located in the center median for most of the project corridor which transports commuters from the LIRR Jamaica Station to JFK Airport. Much of the VWE in this section is also depressed with tall retaining walls on either side supporting the service roads and buildings above.
There are twenty-two (22) bridges along this corridor that will be impacted by the MUL and other infrastructure improvements, . One of these structures is a major railroad bridge west of the Long Island Railroad (LIRR) Jamaica Station which carries trains into Manhattan. Each of the impacted structures will either be modified, rehabilitated, or replaced to facilitate the project. An additional bridge will also be constructed.
Hayduk Engineering, LLC worked as a subconsultant to WSP, who was responsible for completing the Draft and Final Environmental Impact Statements for the project (DEIS/FEIS). The DEIS and FEIS deliverables incorporated preliminary design plans prepared to 30% complete.
Our scope of services on this assignment included the development of a feasibility study to evaluate alternatives to build either a flyover bridge or tunnel at the LIRR Jamaica Station structure for the proposed Managed Use Lanes. In addition, we performed preliminary engineering for the design of all southbound service road improvements, stormwater modeling of existing and proposed conditions using HydroCAD, engineering design of additional drainage structures on the VWE mainline, engineering design for the replacement of all overhead sign structures along the VWE mainline and cost estimating services. The FEIS was completed in August 2019 and the design-build contract procurement began in August 2019 with a contract award anticipated for early 2020.
NYSDOT Van Wyck Expressway Capacity Improvements, Queens, NYeverbeta2020-07-17T16:43:42+00:00
Hayduk Engineering was responsible for the engineering design and construction supervision of The Highlands Condominiums in Port Jefferson, NY. The development consists of twenty-five (25) buildings containing a total of 264 condominium units. Hayduk Engineering’s design responsibilities included; roadway and parking lot design, site grading, drainage system design including two (2) innovative drainage ponds, RPZ and water distribution system design, sanitary sewer collection system and pumping station and force main connection into Suffolk County Sewer District #1 – Port Jefferson.
Originally the project included the design of an on-site 58,000 gpd dual train extended aeration sewage treatment plant. Later it was decided to connect in to the SCSD #1 Port Jefferson system. The connection required HE to perform an inflow and infiltration study of pertinent SCSD #1 sewers which resulted in our recommendation that the deteriorated sewers be “slip lined” with Instituform. The rehabilitation project included slip lining approximately 150 LF of sewer pipe, installation of additional cleanouts, and concrete and joint repairs to two existing manholes. The constructed sewer collection system consists of approximately 4,000 LF of 8” PVC gravity sewers and 22 manholes, and cleanouts. The pumping station consists of a 8’ diameter, 22’ deep wet well containing two (2) 20 HP submersible pumps with an operating point of 161 gpm at 97’ total dynamic head, and a 1300 LF 4” diameter DIP force main connection to SCSD #1. The pumping station is also equipped with a 50 kW emergency generator.
The Highlands Condominiums, Port Jefferson, NYeverbeta2020-04-03T16:29:24+00:00
This 5+ acre commercial development features a new 90,000 SF Public Storage facility located on Middle Country Road in Middle Island, NY. Since the facility was occupied in May 2019, it has become one of the most successful storage facilities in the region. Hayduk Engineering was responsible for civil and site engineering for the project including; RPZ and water distribution system design, on-site sanitary sewers and septic system design, site grading and storm drainage, 3d earthwork modeling and cut/fill analysis, parking lot and pavement design, erosion and sediment control design, site lighting design, preparation of a Stormwater Pollution Prevention Plan, and landscape design. Hayduk Engineering managed submittals to the Town of Brookhaven, Suffolk County Department of Health Services, Suffolk County Water Authority, New York State Department of Environmental Conservation, and New York State Department of Transportation.
Public Storage Facility, Middle Island, NYeverbeta2020-04-22T21:44:48+00:00
Veteran’s Day 2019 marks the 28th anniversary of the completion of the Suffolk County Vietnam Veterans Memorial. Situated on top of Bald Hill, one of the highest points on Long Island, this monument was constructed under the guidance of the Suffolk County Vietnam Veterans Memorial Commission in 1991. Our Principal, Stephen G. Hayduk, P.E., is well known for his role in the development and construction of the Memorial wherein he served as Executive Director of the Suffolk County Vietnam Veterans Memorial Commission, Co-Chairman of the Site and Design Selection Committee, and Engineer-in-Charge of design and construction. He is credited as being the person most responsible for the creation of this landmark monument on Bald Hill in Farmingville, NY. Hayduk Engineering volunteered civil and site engineering design and construction administration and inspection services for the project. The monument, a sharply sloping pyramid, painted boldly in the colors of our nation’s flag, acknowledges the service and sacrifice of all Vietnam Veterans – those who died, those who were wounded, and the men and women who served.
Suffolk County Vietnam Veterans Memorial Parkeverbeta2020-04-02T20:44:06+00:00
Hayduk Engineering was the design engineer for The Parr Organization responsible for civil and site engineering design of the Tech Park Industrial Park (Phase 1) and Park Row Residential (Phase 2) developments on Carleton Avenue in Central Islip, NY. The Park Row Residential Development consists of 487 townhouses and community spaces and the Tech Park Industrial Park includes several industrial and commercial buildings. Tech Park and Park Row were built in the 1990’s and marked the beginning of a renaissance in the Central Islip community along Carleton Avenue. Since then the Long Island Ducks Stadium, Cohalan Court Complex, and various other shopping centers, hotels, and other residential developments opened nearby.
As part of the Tech Park Industrial Project (Phase 1) Hayduk Engineering was responsible for the engineering design and construction supervision of over 6,000 LF of PVC trunk sewers ranging from 8” diameter to 15” in diameter connecting the Park Row Residential Development on the east side of Carleton Avenue into Suffolk County Sewer District #3 – Southwest via Existing MH #1830 located on the west side of Carleton Avenue. Currently there is a sewer feasibility study in progress for the Downtown Central Islip area, north of Tech Park, that will propose to connect into this trunk line to provide sewer service to the area in an effort to further promote economic development in the region.
As part of the Park Row Residential Project (Phase 2), Hayduk Engineering was responsible for the engineering design and construction supervision of nearly 11,000 LF of 8” diameter PVC trunk sewers, lateral sewers, 99 manholes, a submersible pumping station and over 1,600 LF of 6” diameter PVC force main connecting into a manhole at the intersection of Park Row Drive and Carleton Avenue. Our responsibilities also included; RPZ and water distribution system design, site grading and storm drainage systems, and roadway and parking lot design.
Park Row, Central Islip, NYeverbeta2020-04-03T16:32:11+00:00