This luxurious 124,000 sq.ft. building consists of six floors, a parking garage in the cellar, and a church on the first floor. CSE provided the structural engineering for this project
This 7 story 36,000sq.ft. has two rooftop terraces and a dance studio on the first floor and is situated in the historic Hamilton Heights. CSE provided the structural design, SOE, and BPP for this project.
CSE provided structural design for this 3-structure building exceeding 200,000sq.ft. teaming up with Vescom's floor and wall system to accomodate 9 stories of 100 units and a cellar parking garage.
CSE is teaming up wiht Vescom to design this 370,000sq.ft 10 story with cellar parking and 3,328sq.ft. of retail. Thirty-Six percent of the units are 4-bedrooms, twenty-one percent are 2-bedrooms, twelve percent are 5-bedrooms, and eight percent are 1-bedroom.
CSE provided structural desing for this mixed-use development which consists of one 5-story residential/retail building containing 3,900 sq.ft. of cellar, 91 residential units and a 12,400sq.ft. of retail space.
CSE investigated and analyzeed this 3-story Class A office building with an underground parking garage in order to undergo major renovation since no as-built drawings were available.
The lot for this proposed 14-story 64,000sq.ft strucure was designed as a cast-in-place concrete structure by CSE. It contains 16 dwellings, 5,000sq.ft. of retail and 40 parking spaces. CSE also designed the Support of Excavation for the unique topography.
CSE designed the structural plans and support of excavation plans for this 12-story building comprised of 200,000sq.ft. with a parking garage.
This 13 story building is located in Manhattan. CSE provided concrete dimensional shop drawing services.
CSE reviewed the existing condition of the structure and performed a load analysis to determine adequacy for change in use of the structure.
CSE designed the SOE for this full city block for a proposed 4 structure development by use of soldier pile and lagging system with soil berms as appropriate.
Considerations were made for utilities and trees in the sidewalk at close proximity.
This steel structure is a double story tall structure with no floor system framed to allow natural light into the structure. CSE provided the structural design.
This 12 story structure totals 55,000 sq.ft and contains three levels of parking as well as 2 levels of commercial space. CSE provided the structural design as well as the SOE for this development.
CSE designed this 49,650sq.ft single occupancy residence from CMU masonry block and precast concrete floor planks.
This structure will house 81 beds and is 12 stories in height. The topography of the site lends itself to an atypical foundation design.
After the devastating earthquake to Haiti, CSE was pleased to have the opportunity to provide a pro bono structural review of the proposed community center accounting for high seismic and wind activity.
This 4 story townhouse complex consists of 38 buildings covering 144,000 sq.ft. The structural design consisted of CMU masonry walls with light gauge steel floor systems.
CSE designed the structure and SOE to account for the high water table of the site.
CSE performed forensic engineering services for this building. We determined the cause for the structural failures, prepared a repair plan and provided construction services as work progressed.
CSE was called in to review this timber addition to a residential structure.
CSE provided a reinforcement plan to stabilize the structure and support the appropriate loading in order to meet local building code requirements.
This site is a complex of 4, six story buildings totaling about 300,000 sq.ft. The buildings will have interconnected cellars for parking.
CSE provided the structural design consisting of CMU masonry walls, precast concrete floor planks and steel framing to accommodate the architectural layout.
CSE is to design a two story vertical addition to this existing brownstone. We will provide the structural design as well as foundation reinforcement as necessary.