JBC was contracted by Loyola University to complete interior renovations to the existing Men’s Lacrosse and Basketball Team Rooms. The spaces were opened up with the removal of all existing casework and lockers, providing room for a more open and functional layout for the team. New lighting, sprinklers, HVAC ductwork, casework, flooring and lockers were installed. The colors and updated graphics elevate the space and bring the University’s branding to the forefront. JBC completed the work in time for the teams’ upcoming seasons.
JBC was contracted by Loyola University to complete interior renovations to the existing Men’s Lacrosse and Basketball Team Rooms. The spaces were opened up with the removal of all existing casework and lockers, providing room for a more open and functional layout for the team. New lighting, sprinklers, HVAC ductwork, casework, flooring and lockers were installed. The colors and updated graphics elevate the space and bring the University’s branding to the forefront. JBC completed the work in time for the teams’ upcoming seasons.
JBC was contracted by Loyola University to complete interior renovations to the existing Men’s Lacrosse and Basketball Team Rooms. The spaces were opened up with the removal of all existing casework and lockers, providing room for a more open and functional layout for the team. New lighting, sprinklers, HVAC ductwork, casework, flooring and lockers were installed. The colors and updated graphics elevate the space and bring the University’s branding to the forefront. JBC completed the work in time for the teams’ upcoming seasons.
JBC was contracted by Loyola University to complete interior renovations to the existing Men’s Lacrosse and Basketball Team Rooms. The spaces were opened up with the removal of all existing casework and lockers, providing room for a more open and functional layout for the team. New lighting, sprinklers, HVAC ductwork, casework, flooring and lockers were installed. The colors and updated graphics elevate the space and bring the University’s branding to the forefront. JBC completed the work in time for the teams’ upcoming seasons.
JBC was contracted by Loyola University to complete interior renovations to the existing Men’s Lacrosse and Basketball Team Rooms. The spaces were opened up with the removal of all existing casework and lockers, providing room for a more open and functional layout for the team. New lighting, sprinklers, HVAC ductwork, casework, flooring and lockers were installed. The colors and updated graphics elevate the space and bring the University’s branding to the forefront. JBC completed the work in time for the teams’ upcoming seasons.
JBC was contracted by Loyola University to complete interior renovations to the existing Men’s Lacrosse and Basketball Team Rooms. The spaces were opened up with the removal of all existing casework and lockers, providing room for a more open and functional layout for the team. New lighting, sprinklers, HVAC ductwork, casework, flooring and lockers were installed. The colors and updated graphics elevate the space and bring the University’s branding to the forefront. JBC completed the work in time for the teams’ upcoming seasons.
Restorative work performed on the building’s masonry, as well as the slate and metal roofing. The renovations encompassed construction of a new ADA accessible elevator, ADA compliant restrooms, and the replacement of exterior doors, storefront, and windows.
Restorative work performed on the building’s masonry, as well as the slate and metal roofing. The renovations encompassed construction of a new ADA accessible elevator, ADA compliant restrooms, and the replacement of exterior doors, storefront, and windows.
Restorative work performed on the building’s masonry, as well as the slate and metal roofing. The renovations encompassed construction of a new ADA accessible elevator, ADA compliant restrooms, and the replacement of exterior doors, storefront, and windows.
Restorative work performed on the building’s masonry, as well as the slate and metal roofing. The renovations encompassed construction of a new ADA accessible elevator, ADA compliant restrooms, and the replacement of exterior doors, storefront, and windows.
Restorative work performed on the building’s masonry, as well as the slate and metal roofing. The renovations encompassed construction of a new ADA accessible elevator, ADA compliant restrooms, and the replacement of exterior doors, storefront, and windows.
The Lillie Carroll Jackson Museum was originally constructed in 1890 as a home for Lillie Carrol Jackson who from 1935-1969 was the President of the NAACP. It was then turned into a Museum in 1978, but them became vacant in 1995 due to structural problems. It was then purchased by Morgan State University. This was the renovation of the recently restored building by outfitting it with an audio-visual system, text panels, and multiple exhibits.
The Lillie Carroll Jackson Museum was originally constructed in 1890 as a home for Lillie Carrol Jackson who from 1935-1969 was the President of the NAACP. It was then turned into a Museum in 1978, but them became vacant in 1995 due to structural problems. It was then purchased by Morgan State University. This was the renovation of the recently restored building by outfitting it with an audio-visual system, text panels, and multiple exhibits.
The Lillie Carroll Jackson Museum was originally constructed in 1890 as a home for Lillie Carrol Jackson who from 1935-1969 was the President of the NAACP. It was then turned into a Museum in 1978, but them became vacant in 1995 due to structural problems. It was then purchased by Morgan State University. This was the renovation of the recently restored building by outfitting it with an audio-visual system, text panels, and multiple exhibits.
The Lillie Carroll Jackson Museum was originally constructed in 1890 as a home for Lillie Carrol Jackson who from 1935-1969 was the President of the NAACP. It was then turned into a Museum in 1978, but them became vacant in 1995 due to structural problems. It was then purchased by Morgan State University. This was the renovation of the recently restored building by outfitting it with an audio-visual system, text panels, and multiple exhibits.
Renovation of existing rooms in The Xfinity Center to create a new locker room, player lounge, meeting space, storage room and vestibule entrance for the women's volleyball team.
Renovation of existing rooms in The Xfinity Center to create a new locker room, player lounge, meeting space, storage room and vestibule entrance for the women's volleyball team.
Renovation of existing rooms in The Xfinity Center to create a new locker room, player lounge, meeting space, storage room and vestibule entrance for the women's volleyball team.
Renovation of existing rooms in The Xfinity Center to create a new locker room, player lounge, meeting space, storage room and vestibule entrance for the women's volleyball team.
Renovation and modification of architectural elements to include doors and hardware; ceiling systems, finishes, acoustical panels; and signage. Modifications include a new air handling unit and replacement of hot water piping and pump system. Electrical modifications include lighting systems, audio-visual equipment, power wiring and fire alarm system.
Renovation and modification of architectural elements to include doors and hardware; ceiling systems, finishes, acoustical panels; and signage. Modifications include a new air handling unit and replacement of hot water piping and pump system. Electrical modifications include lighting systems, audio-visual equipment, power wiring and fire alarm system.
Renovation and modification of architectural elements to include doors and hardware; ceiling systems, finishes, acoustical panels; and signage. Modifications include a new air handling unit and replacement of hot water piping and pump system. Electrical modifications include lighting systems, audio-visual equipment, power wiring and fire alarm system.
A year-long renovation of the entire Fallston Hall building included interior and exterior work. Portions of the first floor slab was replaced and a new concrete slab was installed on the 2nd floor to close in the original two-story atrium. CMU walls were demolished with the entire building, making way for a complete renovation of the classrooms, offices, and restrooms. Several new windows were installed, as well as, new HVAC, lighting, plumbing, low voltage, millwork, flooring, and classroom accessories. Exterior work included sitework for a new patio and walkway, and EFIS replacement. The renovations brought new functionality to the building and a bright workspace for the students and faculty.
A year-long renovation of the entire Fallston Hall building included interior and exterior work. Portions of the first floor slab was replaced and a new concrete slab was installed on the 2nd floor to close in the original two-story atrium. CMU walls were demolished with the entire building, making way for a complete renovation of the classrooms, offices, and restrooms. Several new windows were installed, as well as, new HVAC, lighting, plumbing, low voltage, millwork, flooring, and classroom accessories. Exterior work included sitework for a new patio and walkway, and EFIS replacement. The renovations brought new functionality to the building and a bright workspace for the students and faculty.
A year-long renovation of the entire Fallston Hall building included interior and exterior work. Portions of the first floor slab was replaced and a new concrete slab was installed on the 2nd floor to close in the original two-story atrium. CMU walls were demolished with the entire building, making way for a complete renovation of the classrooms, offices, and restrooms. Several new windows were installed, as well as, new HVAC, lighting, plumbing, low voltage, millwork, flooring, and classroom accessories. Exterior work included sitework for a new patio and walkway, and EFIS replacement. The renovations brought new functionality to the building and a bright workspace for the students and faculty.
A year-long renovation of the entire Fallston Hall building included interior and exterior work. Portions of the first floor slab was replaced and a new concrete slab was installed on the 2nd floor to close in the original two-story atrium. CMU walls were demolished with the entire building, making way for a complete renovation of the classrooms, offices, and restrooms. Several new windows were installed, as well as, new HVAC, lighting, plumbing, low voltage, millwork, flooring, and classroom accessories. Exterior work included sitework for a new patio and walkway, and EFIS replacement. The renovations brought new functionality to the building and a bright workspace for the students and faculty.
A year-long renovation of the entire Fallston Hall building included interior and exterior work. Portions of the first floor slab was replaced and a new concrete slab was installed on the 2nd floor to close in the original two-story atrium. CMU walls were demolished with the entire building, making way for a complete renovation of the classrooms, offices, and restrooms. Several new windows were installed, as well as, new HVAC, lighting, plumbing, low voltage, millwork, flooring, and classroom accessories. Exterior work included sitework for a new patio and walkway, and EFIS replacement. The renovations brought new functionality to the building and a bright workspace for the students and faculty.
Renovation of existing space was enclosed and re-purposed as a multi-purpose innovation space for use by the School’s Pharmapreneur initiative. Work included new all-glass walls, structural steel supports, new air devices, lighting, reconfiguration of sprinkler heads, new power and data utilities, acoustic wall panels, and more. The room will be used for meetings and is equipped with the features and technologies required for people to interact in a group setting, both locally and remotely.
Renovation of existing space was enclosed and re-purposed as a multi-purpose innovation space for use by the School’s Pharmapreneur initiative. Work included new all-glass walls, structural steel supports, new air devices, lighting, reconfiguration of sprinkler heads, new power and data utilities, acoustic wall panels, and more. The room will be used for meetings and is equipped with the features and technologies required for people to interact in a group setting, both locally and remotely.
Renovation of existing space was enclosed and re-purposed as a multi-purpose innovation space for use by the School’s Pharmapreneur initiative. Work included new all-glass walls, structural steel supports, new air devices, lighting, reconfiguration of sprinkler heads, new power and data utilities, acoustic wall panels, and more. The room will be used for meetings and is equipped with the features and technologies required for people to interact in a group setting, both locally and remotely.
Renovation of existing space was enclosed and re-purposed as a multi-purpose innovation space for use by the School’s Pharmapreneur initiative. Work included new all-glass walls, structural steel supports, new air devices, lighting, reconfiguration of sprinkler heads, new power and data utilities, acoustic wall panels, and more. The room will be used for meetings and is equipped with the features and technologies required for people to interact in a group setting, both locally and remotely.
Renovation of Towson Center Athletic Department’s north wing. The project encompassed interior renovations of the second and third floor of the wing as well as modifications to the mechanical, electrical and plumbing systems.
Renovation of Towson Center Athletic Department’s north wing. The project encompassed interior renovations of the second and third floor of the wing as well as modifications to the mechanical, electrical and plumbing systems.
Renovation of Towson Center Athletic Department’s north wing. The project encompassed interior renovations of the second and third floor of the wing as well as modifications to the mechanical, electrical and plumbing systems.
Renovation of Towson Center Athletic Department’s north wing. The project encompassed interior renovations of the second and third floor of the wing as well as modifications to the mechanical, electrical and plumbing systems.
Renovation of Towson Center Athletic Department’s north wing. The project encompassed interior renovations of the second and third floor of the wing as well as modifications to the mechanical, electrical and plumbing systems.
Installation of free-standing access control canopies, a building attached pedestrian entry protection awning, and a new attendant booth with finish upgrades. The package included new interior lighting, new HVAC systems, new exterior lighting, new concrete drive paving and curbs, and new plantings and turf.
Installation of free-standing access control canopies, a building attached pedestrian entry protection awning, and a new attendant booth with finish upgrades. The package included new interior lighting, new HVAC systems, new exterior lighting, new concrete drive paving and curbs, and new plantings and turf.
Installation of free-standing access control canopies, a building attached pedestrian entry protection awning, and a new attendant booth with finish upgrades. The package included new interior lighting, new HVAC systems, new exterior lighting, new concrete drive paving and curbs, and new plantings and turf.
JBC was contracted by Loyola University to renovate classrooms, office space and the campus’s main technology center within Knott Hall. The original building was constructed in 1888 and, has undergone minor renovations to keep up with technical advancements. The focus of this project was to fit-out the classrooms with all new, state of the art teaching technology, refresh the office space while accommodating more faculty, and update the technology service spaces. Since the building serves as the technology center for the entire campus, it could not be shut down to accommodate the renovations.
JBC was contracted by Loyola University to renovate classrooms, office space and the campus’s main technology center within Knott Hall. The original building was constructed in 1888 and, has undergone minor renovations to keep up with technical advancements. The focus of this project was to fit-out the classrooms with all new, state of the art teaching technology, refresh the office space while accommodating more faculty, and update the technology service spaces. Since the building serves as the technology center for the entire campus, it could not be shut down to accommodate the renovations.
JBC was contracted by Loyola University to renovate classrooms, office space and the campus’s main technology center within Knott Hall. The original building was constructed in 1888 and, has undergone minor renovations to keep up with technical advancements. The focus of this project was to fit-out the classrooms with all new, state of the art teaching technology, refresh the office space while accommodating more faculty, and update the technology service spaces. Since the building serves as the technology center for the entire campus, it could not be shut down to accommodate the renovations.
JBC was contracted by Loyola University to renovate classrooms, office space and the campus’s main technology center within Knott Hall. The original building was constructed in 1888 and, has undergone minor renovations to keep up with technical advancements. The focus of this project was to fit-out the classrooms with all new, state of the art teaching technology, refresh the office space while accommodating more faculty, and update the technology service spaces. Since the building serves as the technology center for the entire campus, it could not be shut down to accommodate the renovations.
JBC was contracted by Loyola University to renovate classrooms, office space and the campus’s main technology center within Knott Hall. The original building was constructed in 1888 and, has undergone minor renovations to keep up with technical advancements. The focus of this project was to fit-out the classrooms with all new, state of the art teaching technology, refresh the office space while accommodating more faculty, and update the technology service spaces. Since the building serves as the technology center for the entire campus, it could not be shut down to accommodate the renovations.
This project ran during summer break. Complete demolition and build-out of a new conference room and lounge space for the students.
This project ran during summer break. Complete demolition and build-out of a new conference room and lounge space for the students.
This project ran during summer break. Complete demolition and build-out of a new conference room and lounge space for the students.
JBC was contracted by the University of Maryland, Baltimore, to demolish its existing recycling center building and construct a new central electric substation where the original building once stood. This new electric substation will power both the UMB and UMD campuses. The building will have water for facilities and all new sprinklers installed, which the old building did not have. As part of this new construction, JBC relocated and tied into the city sewer for the new sewer entrance for the electric substation building. JBC also relocated the water main and the vault for the new structure and installed two bio-ponds, which can hold thousands of gallons of water. These concrete bio-ponds are filled with gravel and mulch, and the top of the bio-ponds have plants, which absorb some of the rainwater hitting the building, lessening the pressure put on Baltimore City's stormwater system. JBC did tie into Baltimore City's stormwater system, which is where excess rainwater will go. In addition to the water tie-ins, JBC removed a steam line from the old building, capped it, and installed a new steam line underground, which was tied back into the vault so that all buildings this steam line serviced were provided heat.
JBC was contracted by the University of Maryland, Baltimore, to demolish its existing recycling center building and construct a new central electric substation where the original building once stood. This new electric substation will power both the UMB and UMD campuses. The building will have water for facilities and all new sprinklers installed, which the old building did not have. As part of this new construction, JBC relocated and tied into the city sewer for the new sewer entrance for the electric substation building. JBC also relocated the water main and the vault for the new structure and installed two bio-ponds, which can hold thousands of gallons of water. These concrete bio-ponds are filled with gravel and mulch, and the top of the bio-ponds have plants, which absorb some of the rainwater hitting the building, lessening the pressure put on Baltimore City's stormwater system. JBC did tie into Baltimore City's stormwater system, which is where excess rainwater will go. In addition to the water tie-ins, JBC removed a steam line from the old building, capped it, and installed a new steam line underground, which was tied back into the vault so that all buildings this steam line serviced were provided heat.
JBC was contracted by the University of Maryland, Baltimore, to demolish its existing recycling center building and construct a new central electric substation where the original building once stood. This new electric substation will power both the UMB and UMD campuses. The building will have water for facilities and all new sprinklers installed, which the old building did not have. As part of this new construction, JBC relocated and tied into the city sewer for the new sewer entrance for the electric substation building. JBC also relocated the water main and the vault for the new structure and installed two bio-ponds, which can hold thousands of gallons of water. These concrete bio-ponds are filled with gravel and mulch, and the top of the bio-ponds have plants, which absorb some of the rainwater hitting the building, lessening the pressure put on Baltimore City's stormwater system. JBC did tie into Baltimore City's stormwater system, which is where excess rainwater will go. In addition to the water tie-ins, JBC removed a steam line from the old building, capped it, and installed a new steam line underground, which was tied back into the vault so that all buildings this steam line serviced were provided heat.
JBC was contracted by the University of Maryland, Baltimore, to demolish its existing recycling center building and construct a new central electric substation where the original building once stood. This new electric substation will power both the UMB and UMD campuses. The building will have water for facilities and all new sprinklers installed, which the old building did not have. As part of this new construction, JBC relocated and tied into the city sewer for the new sewer entrance for the electric substation building. JBC also relocated the water main and the vault for the new structure and installed two bio-ponds, which can hold thousands of gallons of water. These concrete bio-ponds are filled with gravel and mulch, and the top of the bio-ponds have plants, which absorb some of the rainwater hitting the building, lessening the pressure put on Baltimore City's stormwater system. JBC did tie into Baltimore City's stormwater system, which is where excess rainwater will go. In addition to the water tie-ins, JBC removed a steam line from the old building, capped it, and installed a new steam line underground, which was tied back into the vault so that all buildings this steam line serviced were provided heat.
