JBC was contracted by Johns Hopkins University to complete an interior fit-out within the Bloomberg Center for Physics and Astronomy, an existing academic research building on campus. Approximately 1,570 SF of existing lab space was renovated. Work included interior selective demolition, installation of new casework, new finishes, a new Teledata system, and mechanical, electrical, and plumbing upgrades. A dilution refrigerator with a magnet, used for a variety of tasks, including reaching temperatures below 1K (-457°F), was installed. As a result, only non-ferrous materials could be used within the space immediately surrounding the magnet.
JBC was contracted by Johns Hopkins University to complete an interior fit-out within the Bloomberg Center for Physics and Astronomy, an existing academic research building on campus. Approximately 1,570 SF of existing lab space was renovated. Work included interior selective demolition, installation of new casework, new finishes, a new Teledata system, and mechanical, electrical, and plumbing upgrades. A dilution refrigerator with a magnet, used for a variety of tasks, including reaching temperatures below 1K (-457°F), was installed. As a result, only non-ferrous materials could be used within the space immediately surrounding the magnet.
JBC was contracted by Johns Hopkins University to complete an interior fit-out within the Bloomberg Center for Physics and Astronomy, an existing academic research building on campus. Approximately 1,570 SF of existing lab space was renovated. Work included interior selective demolition, installation of new casework, new finishes, a new Teledata system, and mechanical, electrical, and plumbing upgrades. A dilution refrigerator with a magnet, used for a variety of tasks, including reaching temperatures below 1K (-457°F), was installed. As a result, only non-ferrous materials could be used within the space immediately surrounding the magnet.
JBC was contracted by Johns Hopkins University to complete an interior fit-out within the Bloomberg Center for Physics and Astronomy, an existing academic research building on campus. Approximately 1,570 SF of existing lab space was renovated. Work included interior selective demolition, installation of new casework, new finishes, a new Teledata system, and mechanical, electrical, and plumbing upgrades. A dilution refrigerator with a magnet, used for a variety of tasks, including reaching temperatures below 1K (-457°F), was installed. As a result, only non-ferrous materials could be used within the space immediately surrounding the magnet.
JBC was contracted by Johns Hopkins University to complete an interior fit-out within the Bloomberg Center for Physics and Astronomy, an existing academic research building on campus. Approximately 1,570 SF of existing lab space was renovated. Work included interior selective demolition, installation of new casework, new finishes, a new Teledata system, and mechanical, electrical, and plumbing upgrades. A dilution refrigerator with a magnet, used for a variety of tasks, including reaching temperatures below 1K (-457°F), was installed. As a result, only non-ferrous materials could be used within the space immediately surrounding the magnet.
Forest City contracted JBC as construction manager for the build-out of Rapafusyn’s new space within their 855 North Wolfe Street building. Rapafusyn Pharmaceuticals is an emerging pharmaceutical development company that develops novel pharmaceuticals to treat patients. With the award of new funding, the group was prepared to invest in a larger office and lab space closer to JHSOM. The project included a large casework and fume hood package, which required an extensive infrastructure of stainless-steel exhaust duct that was run from a strobic fan on the roof, down six stories through the mechanical shaft to the lab. The lab also required an independent nitrogen gas system fed from a new tank on the lower level.
Forest City contracted JBC as construction manager for the build-out of Rapafusyn’s new space within their 855 North Wolfe Street building. Rapafusyn Pharmaceuticals is an emerging pharmaceutical development company that develops novel pharmaceuticals to treat patients. With the award of new funding, the group was prepared to invest in a larger office and lab space closer to JHSOM. The project included a large casework and fume hood package, which required an extensive infrastructure of stainless-steel exhaust duct that was run from a strobic fan on the roof, down six stories through the mechanical shaft to the lab. The lab also required an independent nitrogen gas system fed from a new tank on the lower level.
Forest City contracted JBC as construction manager for the build-out of Rapafusyn’s new space within their 855 North Wolfe Street building. Rapafusyn Pharmaceuticals is an emerging pharmaceutical development company that develops novel pharmaceuticals to treat patients. With the award of new funding, the group was prepared to invest in a larger office and lab space closer to JHSOM. The project included a large casework and fume hood package, which required an extensive infrastructure of stainless-steel exhaust duct that was run from a strobic fan on the roof, down six stories through the mechanical shaft to the lab. The lab also required an independent nitrogen gas system fed from a new tank on the lower level.
Forest City contracted JBC as construction manager for the build-out of Rapafusyn’s new space within their 855 North Wolfe Street building. Rapafusyn Pharmaceuticals is an emerging pharmaceutical development company that develops novel pharmaceuticals to treat patients. With the award of new funding, the group was prepared to invest in a larger office and lab space closer to JHSOM. The project included a large casework and fume hood package, which required an extensive infrastructure of stainless-steel exhaust duct that was run from a strobic fan on the roof, down six stories through the mechanical shaft to the lab. The lab also required an independent nitrogen gas system fed from a new tank on the lower level.
Forest City contracted JBC as construction manager for the build-out of Rapafusyn’s new space within their 855 North Wolfe Street building. Rapafusyn Pharmaceuticals is an emerging pharmaceutical development company that develops novel pharmaceuticals to treat patients. With the award of new funding, the group was prepared to invest in a larger office and lab space closer to JHSOM. The project included a large casework and fume hood package, which required an extensive infrastructure of stainless-steel exhaust duct that was run from a strobic fan on the roof, down six stories through the mechanical shaft to the lab. The lab also required an independent nitrogen gas system fed from a new tank on the lower level.
Forest City contracted JBC as construction manager for the build-out of Rapafusyn’s new space within their 855 North Wolfe Street building. Rapafusyn Pharmaceuticals is an emerging pharmaceutical development company that develops novel pharmaceuticals to treat patients. With the award of new funding, the group was prepared to invest in a larger office and lab space closer to JHSOM. The project included a large casework and fume hood package, which required an extensive infrastructure of stainless-steel exhaust duct that was run from a strobic fan on the roof, down six stories through the mechanical shaft to the lab. The lab also required an independent nitrogen gas system fed from a new tank on the lower level.
This project consisted of converting existing labs to operating rooms to meet the current building codes. We had to ensure proper air changes per hour (ACH), medical gas access, lighting, electrical power per American Society of Heating, Refrigeration, and Air-Conditioning Engineers (ASHRAE), Facilities Guidelines Institute (FGI) and current building codes per local jurisdiction. Two operating rooms, an animal prep room, and an animal recovery room were also created.
This project consisted of converting existing labs to operating rooms to meet the current building codes. We had to ensure proper air changes per hour (ACH), medical gas access, lighting, electrical power per American Society of Heating, Refrigeration, and Air-Conditioning Engineers (ASHRAE), Facilities Guidelines Institute (FGI) and current building codes per local jurisdiction. Two operating rooms, an animal prep room, and an animal recovery room were also created.
This project consisted of converting existing labs to operating rooms to meet the current building codes. We had to ensure proper air changes per hour (ACH), medical gas access, lighting, electrical power per American Society of Heating, Refrigeration, and Air-Conditioning Engineers (ASHRAE), Facilities Guidelines Institute (FGI) and current building codes per local jurisdiction. Two operating rooms, an animal prep room, and an animal recovery room were also created.
This project consisted of converting existing labs to operating rooms to meet the current building codes. We had to ensure proper air changes per hour (ACH), medical gas access, lighting, electrical power per American Society of Heating, Refrigeration, and Air-Conditioning Engineers (ASHRAE), Facilities Guidelines Institute (FGI) and current building codes per local jurisdiction. Two operating rooms, an animal prep room, and an animal recovery room were also created.
The Johns Hopkins Genomics Center is part of the Johns Hopkins School of Medicine that is not only a prominent research facility for genetics, genomics and bioinformatics it is also one of the worlds largest facilities that specializes in research on genotyping and sequencing. This project was the build-out of a shell space into a research laboratory consisting of a reception area, 21 offices, three conference rooms, an open office area, and a cafeteria. It also included a significant amount of lab casework including fume hoods, freezer farms, growth chambers, robotics, and 50 mobile lab tables with service carriers positioned throughout the ceiling.
The Johns Hopkins Genomics Center is part of the Johns Hopkins School of Medicine that is not only a prominent research facility for genetics, genomics and bioinformatics it is also one of the worlds largest facilities that specializes in research on genotyping and sequencing. This project was the build-out of a shell space into a research laboratory consisting of a reception area, 21 offices, three conference rooms, an open office area, and a cafeteria. It also included a significant amount of lab casework including fume hoods, freezer farms, growth chambers, robotics, and 50 mobile lab tables with service carriers positioned throughout the ceiling.
The Johns Hopkins Genomics Center is part of the Johns Hopkins School of Medicine that is not only a prominent research facility for genetics, genomics and bioinformatics it is also one of the worlds largest facilities that specializes in research on genotyping and sequencing. This project was the build-out of a shell space into a research laboratory consisting of a reception area, 21 offices, three conference rooms, an open office area, and a cafeteria. It also included a significant amount of lab casework including fume hoods, freezer farms, growth chambers, robotics, and 50 mobile lab tables with service carriers positioned throughout the ceiling.
The Johns Hopkins Genomics Center is part of the Johns Hopkins School of Medicine that is not only a prominent research facility for genetics, genomics and bioinformatics it is also one of the worlds largest facilities that specializes in research on genotyping and sequencing. This project was the build-out of a shell space into a research laboratory consisting of a reception area, 21 offices, three conference rooms, an open office area, and a cafeteria. It also included a significant amount of lab casework including fume hoods, freezer farms, growth chambers, robotics, and 50 mobile lab tables with service carriers positioned throughout the ceiling.
The Johns Hopkins Genomics Center is part of the Johns Hopkins School of Medicine that is not only a prominent research facility for genetics, genomics and bioinformatics it is also one of the worlds largest facilities that specializes in research on genotyping and sequencing. This project was the build-out of a shell space into a research laboratory consisting of a reception area, 21 offices, three conference rooms, an open office area, and a cafeteria. It also included a significant amount of lab casework including fume hoods, freezer farms, growth chambers, robotics, and 50 mobile lab tables with service carriers positioned throughout the ceiling.
The Johns Hopkins Genomics Center is part of the Johns Hopkins School of Medicine that is not only a prominent research facility for genetics, genomics and bioinformatics it is also one of the worlds largest facilities that specializes in research on genotyping and sequencing. This project was the build-out of a shell space into a research laboratory consisting of a reception area, 21 offices, three conference rooms, an open office area, and a cafeteria. It also included a significant amount of lab casework including fume hoods, freezer farms, growth chambers, robotics, and 50 mobile lab tables with service carriers positioned throughout the ceiling.
JBC was the contracted Construction Manager for the renovation of two floors within the JHU Mergenthaler Building consisting of offices, conference rooms, meeting rooms, and open lab space. The research lab includes medical gas accessibility, secure access to laser and tissue culture labs, fume hoods, and hazardous gas containment cabinets. A walk-in cold box and multiple freezers were installed and tied into the building’s automated system.
JBC was the contracted Construction Manager for the renovation of two floors within the JHU Mergenthaler Building consisting of offices, conference rooms, meeting rooms, and open lab space. The research lab includes medical gas accessibility, secure access to laser and tissue culture labs, fume hoods, and hazardous gas containment cabinets. A walk-in cold box and multiple freezers were installed and tied into the building’s automated system.
JBC was the contracted Construction Manager for the renovation of two floors within the JHU Mergenthaler Building consisting of offices, conference rooms, meeting rooms, and open lab space. The research lab includes medical gas accessibility, secure access to laser and tissue culture labs, fume hoods, and hazardous gas containment cabinets. A walk-in cold box and multiple freezers were installed and tied into the building’s automated system.
JBC was the contracted Construction Manager for the renovation of two floors within the JHU Mergenthaler Building consisting of offices, conference rooms, meeting rooms, and open lab space. The research lab includes medical gas accessibility, secure access to laser and tissue culture labs, fume hoods, and hazardous gas containment cabinets. A walk-in cold box and multiple freezers were installed and tied into the building’s automated system.
This project consisted of two phases. The first phase was an office build-out of existing shell with storefront office walls and a glass surround Commons area in the middle of the space. The use of glass throughout created an open, bright work atmosphere. The second phase was comprised of the rework of an existing lab area that remained operable with testing and experiments running around the clock.
This project consisted of two phases. The first phase was an office build-out of existing shell with storefront office walls and a glass surround Commons area in the middle of the space. The use of glass throughout created an open, bright work atmosphere. The second phase was comprised of the rework of an existing lab area that remained operable with testing and experiments running around the clock.
This project consisted of two phases. The first phase was an office build-out of existing shell with storefront office walls and a glass surround Commons area in the middle of the space. The use of glass throughout created an open, bright work atmosphere. The second phase was comprised of the rework of an existing lab area that remained operable with testing and experiments running around the clock.
Renovations to the holding rooms and testing areas of a Bio-Safety Laboratory used for contract work with the government and various institutions. Numerous lab tests occur daily within the controlled spaces. The largest challenge was the removal of the old Auto-clave and installation of a new, larger Auto-clave using a crane to set in place. Once in place, the remainder of the room was built around it.
Renovations to the holding rooms and testing areas of a Bio-Safety Laboratory used for contract work with the government and various institutions. Numerous lab tests occur daily within the controlled spaces. The largest challenge was the removal of the old Auto-clave and installation of a new, larger Auto-clave using a crane to set in place. Once in place, the remainder of the room was built around it.
Renovations to the holding rooms and testing areas of a Bio-Safety Laboratory used for contract work with the government and various institutions. Numerous lab tests occur daily within the controlled spaces. The largest challenge was the removal of the old Auto-clave and installation of a new, larger Auto-clave using a crane to set in place. Once in place, the remainder of the room was built around it.
Renovations to the holding rooms and testing areas of a Bio-Safety Laboratory used for contract work with the government and various institutions. Numerous lab tests occur daily within the controlled spaces. The largest challenge was the removal of the old Auto-clave and installation of a new, larger Auto-clave using a crane to set in place. Once in place, the remainder of the room was built around it.
