Featured Projects

Laboratory Facilities

Setty Specialized Project Experience

Setty Project Experience with Laboratory Facilities

  • Army Corps of Engineers, Advanced Chemistry Lab, Aberdeen, MD*
  • AstraZeneca-MedImmune GB Childcare Center Cx, Gaithersburg, MD
  • Battelle Eastern Science and Technology (BEST) Center, Aberdeen, MD*
  • Center for Disease Control (CDC), Roybal Campus, High Pathogen Laboratory, Building 25 Atlanta, GA*
  • Department of Behavioral Health and Developmental Services (DBHDS), Virginia Center for Behavioral Rehabilitation (VCBR) Renovation, Crewe, VA
  • Fairfax Hospital, Falls Church, VA
  • FDA, Replacement of AHUs 6 & 7, Laurel, MD
  • Food and Drug Administration (FDA) – BRF Lab Renovation/Addition, Beltsville, MD
  • Food and Drug Administration (FDA) - BSL-3 Recertification, Irvine, CA
  • General Services Administration (GSA)-FDA Wiley Building, Steam & Hot Water Boiler Modification, College Park, MD
  • GSA, FDA Campus Consolidation, Life Science Building 1, White Oak, MD*
  • GSA, FDA Campus Consolidation, Life Science Building 2, White Oak, MD*
  • GSA, St. Elizabeth Hospital Central Building, Washington, DC
  • House of Good Shepherd, Hackettstown, NJ*
  • Howard Hughes Medical Institute, Janelia Farm Campus, Ashburn, VA*
  • Howard University Interdisciplinary Research Building (HUIRB), Washington, DC
  • Inova Alexandria Hospital 2010 Expansion Project, Alexandria, VA*
  • Inova Center for Personalized Health, Merrifield, VA
  • Inova Fairfax Hospital, New Inova Heart Institute, Falls Church, VA*
  • Inova Fairfax Hospital, New Inova South Patient Tower space, Falls Church, VA*
  • Inova Fairfax Hospital, New Inova Women’s/Children’s Hospital, Falls Church, VA*
  • Inova Loudoun Foulger Pratt Building Renovation, Loudoun County, VA
  • John Hopkins Hospital Halsted2/Nelson2 Cytogenetics Lab Relocation, Baltimore, MD
  • Johns Hopkins Hospital, Nelson Harvey 1 Office, Baltimore, MD
  • Johns Hopkins Hospital, Simulation Center, Baltimore, MD
  • Johns Hopkins University, Student Venture Hub, Baltimore, MD
  • Locus Discovery Inc., Biochemical Science Lab, Plymouth, PA*
  • Medimmune Inc., 35 West Watkins Laboratory, Gaithersburg, MD*
  • Medimmune Inc., Area 6 Laboratory, Gaithersburg, MD*
  • National Cancer Institute, Building 571, Fort Detrick, MD*
  • National Institute of Standards & Technology (NIST), AHU & Fume Hoods Repair Design Gaithersburg, MD
  • National Institute of Standards & Technology (NIST), CNST Nano-Fabrication Equipment Installation, Building 215 Clean Room, Gaithersburg, MD
  • National Institutes of Health, Building 33, Bethesda, MD*
  • Naval Research Laboratory, Cooling Tower Replacement, Washington, DC
  • Navy National Medical Center, Bethesda, MD
  • New York City Department of Health and Mental Hygiene (NYC DOHMH), Lab Space Needs Study, New York, NY
  • NIH Building 16 Basement Dehumidification, Bethesda, MD
  • NIH Cooling Towers Efficiency Study, Rockville, MD
  • NIH, Building 13, Exhaust Design for Room 3E-25, Bethesda, MD
  • NIH, Building 4, Renovation, Bethesda, MD
  • NIH, Building10, Radiochemistry Laboratory, Bethesda, MD
  • NIH, Building10, Renovation Rooms 8C106/215, Bethesda, MD
  • NIH, Building10, Sprinkler Retrofit, Bethesda, MD
  • NIH, Building4, Room B127 Grounding Wire, Bethesda, MD
  • NIH, Replace Steam-to-Water Converters, Various Buildings, NIH Campus, Bethesda, MD
  • NIST Building 226 – Design HVAC Replacement, Insulation, and Minor Architectural Finishes Gaithersburg, MD
  • NIST, Advanced Measurement Laboratory (AML), Gaithersburg, MD
  • NIST, BACnet Master Plan, Gaithersburg, MD
  • NIST, Bldg. 225 CCF Renovations, Gaithersburg, MD
  • NIST, Bldg. 301, Cafeteria, Gaithersburg, MD
  • NIST, Building 220, CDs Sheffield HVAC System, Gaithersburg, MD
  • NIST, Building 220, Reuse of Space from Labs to Offices, Gaithersburg, MD
  • NIST, Building 224, Mechanical Upgrades-Replacement of Office HVAC, Gaithersburg, MD
  • NIST, Building 225, Computer Room Study and Design, A02, Gaithersburg, MD
  • NIST, Building 225, Generator Installation, Gaithersburg, MD
  • NIST, Building 227, DDC System to Simplex System, Gaithersburg, MD
  • NIST, Campus Wide, Design Air Handling Unit (AHU) Repairs, Gaithersburg, MD
  • NIST, Center for Nanoscale Science and Technology (CNST), Nano-Fabrication Equipment Installation, Building 215 Clean Room, Gaithersburg, MD
  • NIST, Design for Fume Hood Replacement, Gaithersburg, MD
  • NIST, Various Lab Moves for AML, Gaithersburg, MD
  • NIST: Toxic Gas Monitoring AML Building 215, AE Services, Gaithersburg, MD
  • North Carolina State Laboratory for Public Health, CME Office, Raleigh, NC*
  • Philip Morris USA, Richmond, VA*
  • Smithsonian Institution, Smithsonian Tropical Research Institute (STRI), Replacement of Gamboa Laboratory Facility, Gamboa, Panama*
  • University of Maryland, Physics Science Complex (PSC Phase 1), College Park, MD*
  • US Army Corps of Engineers, WRAIR Building 511, Forest Glenn, MD*
  • US Pharmacopeia Consolidated Headquarters, Rockville, MD*
  • Vernon Medical Building, Internal Medicine Department Office, Lorton, VA
  • Virginia Polytechnic Institute and State University, Undergraduate Science Laboratories, Blacksburg, VA
  • VIVRA Dialysis and Renal Care Center, Rappahannock, VA
  • Walter Reed Army Medical Center, Washington, DC

 

*Setty Employees Individual Experience

SUNY Old Westbury Natural
Sciences Building Addition &
Rehabilitation

MEP/FP Design

New York, NY

SUNY Old Westbury Natural Sciences Building Addition & Rehabilitation |
MEP/FP Design | New York, NY

The Natural Sciences Building has 69,386 gsf (40,471 nasf), and was constructed in 1985 with two (2) stories above grade and a basement. This building serves as the primary academic facility for the sciences and also houses the STEP/CSTEP program and the SUNY Neuroscience Research Institute. Most of the building components are approaching the end of their useful lives and are in need of rehabilitation.

Setty is providing MEP/FP design services and construction administration services for an Addition and Full Rehab of the Natural Science Building at SUNY Old Westbury.  As part of these services, and as per Fund's Directives, the Consultant shall provide an analysis of the overall project execution for the construction of the addition and renovation of the existing building. This project will achieve the modernization of the facility which includes classrooms, teaching labs, research labs, and faculty offices for Biological Sciences, Chemistry/Physics, and Public Health.

University of Georgia Poultry Sciences Research Facilities

Commissioning Services

Athens, GA

University of Georgia Poultry Sciences Research Facilities |
Commissioning Services | Athens, GA

The University of Georgia’s Poultry Science Department’s Poultry Research Center (PRC), originally built in 1998, is a multi-building complex under the university’s College of Agricultural & Environmental Sciences. World-renowned advances in nutrition, genetic-selection, environmental management, physiology, reproduction, and health advancements have been made by researchers in this facility for decades. UGA’s wish to upgrade the PRC is critical and with SETTY’s provided commissioning services, the PRC will continue to attract world-renowned poultry scientists and provide them with the facilities to be more competitive.

SETTY will provide the University of Georgia’s Poultry Sciences Research Facilities with commissioning services of approximately 26,100 sf. The project includes renovation of classroom buildings, ABSL labs and processing buildings. Our provided commissioning scope includes HVAC, fire and life safety, domestic hot water, and lighting systems and controls equipment. SETTY will also help develop and implement a commissioning plan and specifications specific to the PRC and its betterment.

NYC Department of Health &

Mental Hygiene

Public Health Laboratory

Space Needs Study

New York, NY

NYC Department of Health & Mental Hygiene, Public Health Laboratory |
Space Needs Study | New York, NY

Established in 1892, the Public Health Laboratory was the world's first Municipal Bacteriological Laboratory. In the century since its first campaign, to control diphtheria in New York City, the bureau has expanded to provide a wide variety of clinical and environmental laboratory testing services. Today’s Public Health Laboratory performs testing on more than 200,000 specimens it receives annually, for everything from anthrax, HIV, rabies and Zika to food-borne illnesses, along with processing other tests conducted at the city’s public hospitals and sexual-health clinics. The feasibility study project for the new 9-story building for the New York City Public Health Laboratory system is to be located at 137th Street between 5th Avenue and Lenox Avenue in Harlem, Manhattan and contains approximately 230,000 sf.

Alongside Perkins Eastman, Setty provided a space needs study that includes the new facilities’ functional Space Program Requirements, a set of Conceptual Design plans and a Project Cost Estimate that will become the basis for moving forward with the new PHL building. Setty developed Mechanical, Electrical, Plumbing and Fire Protection systems and refined with DOH & PHL plant operations and facilities personnel input. These narratives were used to inform the construction budget that was developed for this study. The space types covered in this study included BSL-3 Laboratories, Chemical and cold room storage, specimen intake, processing lab, conference rooms, community clinics, auditorium, training lab, support facilities, & office work stations.

SUNY, AERTC Heat Recovery

Wheel Replacement

Design and Construction Administration Services

Stony Brook, NY

SUNY, AERTC Heat Recovery Wheel Replacement | Design and Construction Administration Services | Stony Brook, NY

Setty provided Mechanical/Electrical Engineering Design and Construction Administration Services to replace the existing heat recovery wheel governing the exhaust system. The replacement design avoids any possibility of exhaust/intake air cross contamination, which was the goal for the bioengineering research lab function of this building, a part of the Advanced Energy Research & Technology Center (AERTC). Two air-handling units (AHUs) serve The AERTC. The heat recovery system was constructed in three phases: Phase 1 was to isolate the existing energy recovery unit by designing and providing by-pass outside air intake and enabling existing exhaust air bypass damper to open. As this was critical facility with ongoing experiments, Phase 1 ensured that that both air handling units, exhaust system and the facility were still operational and occupied during construction. The existing energy recovery module was demolished and removed during Phase 2. The new energy recovery system was installed during Phase 3.

 Scope of Services:

  • M/E design services.
  • Field survey/site visit of existing engineering systems.
  • Electrical work related to design of Air Handling Heat Wheel system.
  • Heat recovery design.
  • CA Services: Review/approval of Submittals, RFI responses, Site observation and Progress meetings/visits, Punch-lists, Startup and Training, O&M reviews and As-Builts documentation.

University of Maryland College Park, The Brendan Iribe Center for Computer Science and Innovation

MEP/FP Design Services

College Park, MD

University of Maryland College Park, The Brendan Iribe Center for Computer Science and Innovation | MEP/FP Design Services | College Park, MD

SETTY is providing Mechanical and Electrical Support, Plumbing and Fire Protection design services for a new 215,000 GSF University of Maryland Computer Science Building.

The project is the new construction of a Computer Science Building to house the Department of Computer Science and the University of Maryland Institute for Advanced Computer Studies (UMIACS). This building will support the growth of the University’s computer science teaching and research programs, facilitate the integration of modern teaching and research activities into these programs, improve the ability of students and faculty to collaborate, and promote collaboration with industrial and community partners. This project will support Maryland’s and USM’s STEM initiatives and the 2010-2020 USM Strategic Plan’s goals.

The 215,000 GSF building will contain office, instructional and research space, 5,300-square-foot makerspace, 785 seats of instructional space, 13 computer labs, 8 classrooms, 5 seminar rooms and 20,000 square foot of community space.

Howard University
Interdisciplinary Research Building

Mechanical/Plumbing Design

Washington, DC

Howard University, Interdisciplinary Research Building 
Mechanical/Plumbing Design | Washington, DC

SETTY provided the mechanical/plumbing design for a new interdisciplinary research building for Howard University. Setty provided the mechanical and plumbing design for the five floor research facility, which includes chemistry and biology laboratories, with Class 100 clean room laboratories. After design was complete, commissioning services were provided for all the laboratories and its’ fume hoods.

Systems designed included:

  • Domestic Water
  • Type I Reagent Water
  • Type III Reagent Water
  • Sanitary Waste
  • Chemical Waste
  • Storm Waste
  • Natural Gas
  • N2
  • O2
  • Compressed Air
  • Vacuum
  • CO2
  • Non Flammable Gases
  • Flammable Gas
  • Bulk Gas Distribution Systems from Vented Cabinets
  • Fume Hood Controls

NIST Toxic Gas Monitoring AML Building 215

AE Services

Gaithersburg, MD

NIST Toxic Gas Monitoring AML Building 215 | AE Services | Gaithersburg, MD

The existing customized Toxic Gas Monitoring System (TGMS) in Bldg. 215 has lot of problems and deficiencies that need to be rectified. In the past, because of frequent false alarm the building had to be evacuated that caused lot of down time and inconvenience. When alarm goes off, someone with protection gear suit has to go inside the lab to figure out what is leaking. The central computer is installed in the same building, so when an alarm goes off and the building is evacuated, it becomes inaccessible.

SETTY as a part of Architect Engineering team is required to develop full blown design and construction documents for the general contract to fix the problem of Toxic Gas Monitoring System (TGMS) in the Advance Measurement Laboratory (AML) Building at NIST.

NAVFAC, Advance Hawkeye Research Facility

MEP Design Services

Patuxent River, MD

NAVFAC, Advance Hawkeye Research Facility | MEP Design Services | 
Patuxent River, MD

This project called for design and construction of a new 35,000 sf administrative and laboratory facility, to be located within an existing complex of secure facilities.  The facility was to be designed to support R&D, testing, and evaluation of the E-2D Advanced Hawkeye system.  The presence of numerous underground utilities on the proposed facility site necessitated an intensive site investigation prior to construction.

Setty's Scope of Work was to develop requirements for design M/E/P services by using integrated sustainable design strategies and features to minimize the energy consumption of facilities and to conserve resources and minimize adverse effects to the environment.

Additional aspects of the project included the following:

  • Addressing AT/FP requirements Developed RFP requirements for design to include features and characteristics achieving LEED credits.
  • Complete Direct Digital Controls (DDC) system for the facility
  • Plumbing systems
  • Electrical systems complete in place, tested and approved
  • Fire Protection systems
  • Compressed Air and Vacuum System.

National Institute of Standards & Technology (NIST)

CNST Nanofab Equipment Installation

Gaithersburg, MD

National Institute of Standards & Technology (NIST) | CNST Nanofab Equipment Installation | Gaithersburg, MD

Setty provided A/E services to design and develop Construction Documents and cost estimates for the installation of equipment in a clean room environment at this facility, following clean room protocols, and the original Advanced Measurement Laboratory (AML) specifications. We provided Post Construction Award Services to review submittals, shop drawings, as-built changes, and *consultation services.

Setty also provided Construction Management services, supervising the installation of specialized laboratory equipment into the Nano-Fabrication facility, including a stress analysis tool, Reynolds Wet Benches, Plasma Etchers, Mask Writer, and Atomic Layer Deposition equipment.*Uupgrades to gas distribution systems and the Toxic Gas Monitoring System, modification to the Ultra pure DI water system, and refitting LN2 distribution, all located in Building 215.

 

FDA: Beltsville Research Facility

Lab Renovation + Addition

+ BSL-3 Suite Recertification

Beltsville, MD

FDA: Beltsville Research Facility | Lab Renovation + Addition
+ BSL-3 Suite Recertification | Beltsville, MD

Setty completed the concept study and detailed cost estimate for the 4,000 sf addition for a vivarium, and expanded lab and office space at BRF.

The project required significant upgrades to the existing building systems (10,000 sf), as well as internal modifications to support the Core Imaging as a shared resource for several business units at the FDA. Several existing BSL-3 laboratories exhaust systems were also decommissioned and re-configured for use in new laboratory spaces.The project was fast tracked to meet FDA’s budget cycle.

National Institute of Standards & Technology (NIST)

Campus Wide Fume Hoods

+ AHU Repair

Gaithersburg, MD

National Institute of Standards & Technology (NIST) | Campus Wide Fume Hoods
+ AHU Repair | Gaithersburg, MD