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Ellison Student Center, Salem State College, Salem, MA
6,000 square feet of interior renovation to create a new campus student center.
completed in December, 2000
St. Mary’s of the Annunciation School, Danvers, MA
25,000 square feet of interior renovations converting open basement space into classrooms and administrative offices.
completed in October, 2000
Triton Jr./Sr. High School, Byfield, MA
New 3,000 square feet new, free standing masonry building. Constructed adjacent to the school’s athletic field, it was built as temporary classrooms and later used for concessions and storage.
completed in October, 2000
Whittier Regional Vocational Technical High School. Haverhill, MA
$2.3M project involved the removal of the 4” CMU exterior facade of the entire school, installing new windows, flashing and brick veneer, and also construction of a new brick plaza in front of the school and the reconstruction of several parking areas. The original construction schedule provided for phasing in the work over a 2-year period. Because of its ability to self-perform all of the demolition, masonry, and site work, DeIulis Brothers was able to achieve great efficiencies and completed the project eighteen months ahead of schedule.
completed in January, 1996
Salem High School Automotive Technology Center
Salem, MA
$1M project consisting of new free-standing masonry building that would provide automotive education and training for the vocational high school students. DeIulis Brothers received recognition for its masonry work on this project, being nominated for an Excellence in Masonry Award from the International Masonry Institute.
completed in June, 1991
Addition to Ayers Ryal-Side Elementary School, Beverly, MA
DeIulis Brothers completed this single story wood framed addition with masonry veneer valued at $1M+.
completed in April, 1987
Addition to Ford Elementary School, Lynn, MA
$1.2M project which added a third floor on top of an existing elementary school. The addition was masonry load bearing over a concrete roof slab supported by structural steel with a joisted deck roof system. Construction activities for this project took place during the school year while the building was occupied.
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