Arora Engineers Aviation / Terminal Qualifications

Aviation / Terminal Engineering Qualifications

CONTACT:

Adam Oliver Arora Engineers, Inc. 61 Wilmington-West Chester Pike Chadds Ford, PA 19317 T (610) 459-7900 aoliver@aroraengineers.com

Rethinking Infrastructure

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Arora Engineers, Inc. aroraengineers.com

P (610) 459-7900 F (610) 459-7950

Dear Prospective Client, Throughout our history of over 30 years, Arora Engineers, Inc. has worked at over 80 airports across the country from California, to Maine, to Florida and has grown into an Aviation centric firm. Arora’s aviation expertise includes a range of services for the complete project life cycle.

Our Geospatial team participates in aviation planning projects ranging from master plans and eALP’s to creating data standards and complete enterprise GIS programs.

Terminal design is at the core of Arora’s technical expertise. Ranging from greenfield terminals, to expansions and renovations, we can lead or support any of the design and engineering for a terminal’s building systems. We have dedicated disciplines in Mechanical, Electrical, Plumbing, Fire/Life Safety, and Special Systems (Security, Telecom, IT). We design terminals with the future in mind and live our tagline of Rethinking Infrastructure as we approach each unique project.

Our Construction and Program Management group (PM/CM) experience ranges from serving as airport extension of staff and owners rep running capital projects and programs, to field inspections, to working with general contractors as master systems integrators, performing constructability reviews, and managing and overseeing the design and construction process.

Outside of the terminal, Arora’s Airfield Electrical group has designed over a billion dollars of airfield projects. Our capabilities in this area range from airfield lighting, signage, and NAVAIDS, to field lighting vaults and Runway Incursion Mitigation (RIM).

No project is too big or too small, and we look forward to working with you and exceeding your expectations for quality and service.

Sincerely,

Manik Arora President and CEO

Aviation / Terminal | Engineering Qualifications

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TABLE OF CONTENTS

Table Of Contents

+ Company Overview

+ Terminal Experience

COMPANY OVERVIEW

Arora Engineers, Inc. At Arora Engineers, we believe infrastructure needs to do far more than provide a seamless, safe, sustainable and comfortable environment. Our goal is to maximize its role, impact and value through highly intelligent solutions that not only meet operational needs, but forward business objectives.

We meet the evolving needs of the world’s most critical industries – aviation, transportation and education – through more intelligent, sustainable and connected infrastructure solutions that maximize value for our clients and partners.

Expertise Throughout our history of more than 30 years, we have held ourselves to rethinking the role of the traditional MEP firm. As a result, we’ve evolved our practice to emphasize the technology and processes that connect systems infrastructure, improve operations and longevity and make life safer and easier for those who use it.

Arora specializes in providing engineering services tailored for clients in aviation, transportation, education, government and commercial sectors and has developed a unique understanding of the challenges and opportunities facing these critical industries.

Services SPECIAL SYSTEMS / TECHNOLOGY + Mass Notification & Public Address + WiFi systems + Voice/data systems + Network architecture + Data centers + MDF/IDF room layouts + Network design via fiber or copper backbone + Plant cabling systems + Fiber optic and copper structured cabling systems + Communications system design + CCTV/MATV/CATV systems

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+ Access control + Duress systems + Perimeter intrusion detection + Risk and needs assessments + Video walls + Security operations and procedures evaluation + Passenger/customer information display systems + Signage/Electronic video information display systems (EVIDS) + Software and equipment evaluation and recommendations + FIDS/BIDS/GIDS/CUPPS/SUPPS + Multi-lingual/International traveler

Aviation / Terminal | Engineering Qualifications

ELECTRICAL + Low and medium voltage power distribution + Emergency and standby power systems + Lighting design and photometrics + Substation/switchgear + Grounding and lightning protection + Single-line diagrams + Short circuit & coordination studies

+ Power and lighting equipment selection and specifications + Motor control centers + Electrical equipment sizing + Energy efficient systems + Electrical code analysis + Electrical plan review and master plan development ATLANTA

AIRFIELD ELECTRICAL + Airfield Lighting and Signage + Approach Lighting Systems + Instrument Landing Systems + Navigational Aids

+ Airfield Lighting and Control Systems + Runway Incursion Mitigation + Pavement Surface Sensor Systems

BALTIMORE

HVAC / PLUMBING + Sustainable/Green Building design + HVAC + Central plant design + Underfloor Air Systems design + Constant and variable air volume systems + Radiant heating systems

+ Geothermal system design + Building automation and digital controls + Domestic water systems + Storm and sanitary system design + Fuel system design + Lifecycle Costing, Energy Analyses

BOSTON

CHARLOTTE

FIRE PROTECTION AND LIFE SAFETY + Fire alarm and detection system design + Standpipes and water-based sprinkler system design + Foam systems and special hazard suppression design + Fire pumps and fire protection water supply system design

+ Smoke management + Code analysis and consulting + Plan review + Due diligence reports + Performance based analysis + Risk/hazard assessment + Site conditions survey

CHICAGO

DALLAS

GEOGRAPHIC INFORMATION SYSTEMS (GIS) + Database setup and implementation plans + CAD to GIS conversion plans + FAA Airport GIS program compliance + Legacy data access integration

+ Web-based GIS portal development + Asset and utility data management + Field inspection and inventory + GPS data capture and attribution

FT. LAUDERDALE

NASHVILLE

PROGRAM MANAGEMENT + Project management + Procurement coordination + Information management + All-inclusive project control + Runway Incursion Mitigation

+ Pavement Surface Sensor Systems + Airfield Lighting Vaults and Power Distribution + Sustainable Solutions + Construction Safety and Phasing

PHILADELPHIA

CONSTRUCTION MANAGEMENT & INSPECTION + Project administration + Master systems integrator + Daily inspection + Project documentation + Submittal review/tenant permit reviews + Design support + Constructability reviews + Value engineering

Aviation / Terminal | Engineering Qualifications

NEW YORK

+ Critical path review + Materials testing + Cost estimating + Claims analysis + Runway Incursion Mitigation + Airfield Lighting Vaults and Power Distribution + Pavement Surface Sensor Systems + Construction Safety and Phasing

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SAN JOSE

LOS ANGELES

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TERMINAL EXPERIENCE

THE PORT AUTHORITY OF NEW YORK AND NEW JERSEY

EWR Terminal One Redevelopment Program Newark International Airport, Newark, NJ CLIENT STV – Buildings & Facilities Division Anton Nelson, PE 225 Park Avenue South New York, NY 10003 Anton.Nelson@stvinc.com 646-388-5104 CONSTRUCTION $1,200,000,000 PROJECT START 2018 PROJECT COMPLETION 2022 HIGHLIGHTS + Providing Special Systems, Fire/ Life Safety, Technical Systems, and Airside Design engineering and CA services for the EWR Terminal A Redevelopment Program

The Port Authority of New York and New Jersey (PANYNJ) is currently undertaking the Newark Liberty International Airport (EWR) Terminal A Redevelopment Program.

The new Terminal One will replace Terminal A and is estimated to be three (3) stories high and approximately 1.2 million square feet (SF) in area. Terminal One will include a centralized arrivals/departures hub, passenger and baggage processing systems, and 3 radiating concourses to service thirty-three (33) aircraft gates. Arora Engineers, Inc. (Arora) provided Fire/Life Safety and Special Systems engineering and construction administration services for this program under the Tutor Perini Design Build Team as a sub-consultant to STV. In addition, Arora is also serving as Master Systems Integrator (MSI) and Technical Systems Expert (TSE) under the electrical contractor Five Star Electric, as well as providing electrical, plumbing and special systems engineering services as a subconsultant to AERO Systems Engineering, Inc. (Aero) for the Airside Gates during design development, construction documents and construction administration phases of work.

SCOPE OF WORK INCLUDED: Special Systems – Special systems engineering design services provided for the new Terminal One included: + Low Voltage Design and Engineering + Electronic Video Information Displays (EVIDS) + Airline Operations and Support >>

+ Fire/Life Safety design includes the Pedestrian Bridge and Generator Building + Special Systems design includes MUFIDS/EVIDS, Common Use Systems, Public Address/Audio Paging Systems, etc.

Image Credit: Grimshaw Architects

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Aviation / Terminal | Engineering Qualifications

THE PORT AUTHORITY OF NEW YORK AND NEW JERSEY

+ Common Use Systems

EWR Terminal One Redevelopment Program

+ Public Address/Audio Paging System

Newark International Airport, Newark, NJ

+ Emergency Mass Notification

+ Taxi Dispatch Systems + Visual Messaging Systems + Visual Docking Guidance System + Visual Paging + Virtual Apron, Control Room, Terminal Operations Center, and Emergency Operation Control Center, which comprise the Integrated Terminal Operations Control Center (ITOCC) Services included: + Identifying structured cabling for necessary equipment, including Audio, Visual systems and IT systems for workstations + Delivering the complete ITOCC system design + Structured Cabling System and Horizontal Backbone (SCS) + Telecommunications Spaces (MDF, IDF, Radio Rooms) + Telephone (VoIP and Traditional) Fire/Life Safety – As the lead engineer for Fire Alarm and Fire Protection, Arora performed engineering services for the new vertical structures of the new Terminal One, as well as the Pedestrian Bridge and Generator Building. The Pedestrian Bridge will connect Terminal A to the new parking garage, being designed and constructed separately, adjacent to the P1 Airtrain Station. >>

Image Credit: Grimshaw Architects

Aviation / Terminal | Engineering Qualifications

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THE PORT AUTHORITY OF NEW YORK AND NEW JERSEY

EWR Terminal One Redevelopment Program Newark International Airport, Newark, NJ

The standby Generator Building, located south of Terminal A, will support the new facility. The design includes standard wet and dry water-based sprinkler and standpipe systems as well as deluge sprinkler, pre-action sprinkler, and gaseous suppression systems for high value or high challenge assets.

Construction Administration – Arora is providing construction administration for special systems and fire protection engineering services to the design team, which includes reviewing submittals, reviewing RFIs, attending meetings, and performing inspection.

Technical Systems – Arora is providing Technical Systems Expert Services (TSE) to the Functional Systems Expert (FSE) to guide the FSE through construction phase services for the successful integration of airport systems. TSE services include but are not limited to the following: + Reviewing RFC drawings, and Identifying Performance Criteria vs. Out of Scope Items (Assessment) + Reviewing Vendor Shop Drawings, and Coordinating Vendor Interfaces and Shop Drawings with one another + Coordinating and Scheduling Third-Party Testing Agencies + Developing Special Systems Delivery and Construction Schedule + Developing Testing and Commissioning Plan(s) + Developing Tracking Mechanisms for Systems Tests and Requests + Reviewing Disparate Systems Product Data and Shop Drawing Submittals, Reviewing and Consolidating Shop Drawings + Generating Integration Shop Drawings containing Detailed Schematics, Data, Programming and Software, and Process Information for the Integrations between Access Control, CCTV and Fire Alarm Systems Together with FSE, Arora is verifying that all airport systems and integrations are tested and function in accordance with the design phase documentation, and is assisting in all testing, commissioning and operationalizing of airport systems.

Airside Design – Arora is providing Electrical, Plumbing and Special Systems engineering services for the Airside Gates as part of this redevelopment program, which includes a new 33 gate terminal building and ramp. Services for the Airside Gates are defined as follows: + Communications, Data, CCTV, Security supporting: + PBB’s, PCA, 400Hz, Potable Water, Bag Valet, ADGU, RIDS, eGSE Battery Charging, EFSO and Hydrant fueling system and fiber loop

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Aviation / Terminal | Engineering Qualifications

THE PORT AUTHORITY OF NEW YORK AND NEW JERSEY

EWR Terminal One Redevelopment Program Newark International Airport, Newark, NJ

Aviation / Terminal | Engineering Qualifications

+ Power supporting: + Potable Water, Bag Valet, ADGU, RIDS, eGSE Battery Charging, EFSO and Hydrant fueling system + Potable Water System and Plumbing + EFSO System controls Arora is responsible for plans, specifications and services related to the design development, construction documents and construction administration.

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PORT AUTHORITY OF NEW YORK AND NEW JERSEY

Central Terminal Building LaGuardia Airport, New York, NY PROJECT DETAILS CLIENT HOK Jeannette Segal, LEEDÂŽ AP Senior Associate, Senior Project Manager 5 Bryant Park 1065 Avenue of the Americas 6th Floor New York, NY 10018 USA jeannette.segal@hok.com (212) 981-7301 CONSTRUCTION $4,000,000,000 PROJECT START 2015 PROJECT COMPLETION

Arora is providing engineering services for the LGA CTB project to the P3 team of Vantage/HOK/PB/Skanska and others. This scope is related to the Terminal Building portion of the project, which consists of the Terminal Headhouse, Concourses A and B, West Garage Connector, Portal Building, and Central Heating and Refrigeration Plant (CHRP). Arora is providing fire and life safety engineering services as a subconsultant to the LaGuardia Gateway Partners JV Team with HOK as the lead designer. This project is intended to follow the Design-Build procurement method.

The new terminal will be four stories in height and approximately 1,500,000 square feet in area, with approximately 35 gates. The majority of the space in the CTB will be classified as Assembly due to the larger occupancy loads and include hold rooms, screening areas, restaurants, airline clubs, baggage claim areas, and arrival check-in areas. The remaining uses will include: Business occupancies for offices, conference spaces with lower occupancy loads (i.e. not Assembly) and airport operations; Mercantile Occupancies for retail spaces; and Storage for miscellaneous storage and baggage handling areas.

SCOPE OF WORK INCLUDED: Fire Protection Scope: Arora will provide designs for the CTB to be a fully sprinklered building and will consist of a variety of protection systems due to the many hazards and conditions >>

2020 HIGHLIGHTS + P3 for 1.5 Million Square Foot Terminal + Fire alarm and suppression complete design scope + PS, Design Build Model

Image Courtesy of Gov. Andrew Cuomo’s Office

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Aviation / Terminal | Engineering Qualifications

PORT AUTHORITY OF NEW YORK AND NEW JERSEY

Central Terminal Building LaGuardia Airport New York, NY

present. There will be two, dual connections for the fire protection systems. One dual system will be used for the sprinkler systems. Electrical and Mechanical rooms will be protected. All baggage and handling areas and other inaccessible areas such as above and below the conveying systems will also be protected, and will include gaseous type suppression systems (eg. FM 200) for the control and data rooms, as well as deluge systems for protecting areas such as openings in fire resistance rated walls and along exterior glazed walls to protect the bridges and connectors.

Fire Alarm Scope: Arora is providing a comprehensive fire alarm and detection system throughout the CTB. The systems will include control panels, sub panels, annunciators and associated equipment, wire and conduit to provide a fully addressable fire alarm system. Arora will layout all smoke detectors, heat detectors, duct smoke detectors, pull stations, monitor modules, relay modules, horn, strobes and all other field devices pertaining to the fire alarm system. The system will be multi-faceted and will interconnect with the Fire/Life Safety, HVAC, Smoke Management, Smoke Purge Systems, Elevator Recall, Escalator, Baggage Conveying System, and Atrium Smoke Control.

The supervised fire alarm signal system will be a pre-signal system and incorporate an emergency voice/communications system in accordance with NFPA 72. This system will be designed for intelligibility throughout the concourses and hold rooms.

Visual notification devices will also be provided throughout. The system design will be a Positive Alarm Sequence in accordance with NFPA 72 to minimize false alarms and the evacuation of occupants in and out of secure spaces. This sequence, with specific requirements, allows for an initial investigation prior to evacuation the building. The fire alarm system will tie into the existing PANYNJ fire optic ring and will provide notification to the PANYNJ Wide Area Network at each MDF demarcation.

Special Systems Scope: Design peer reviews for the following systems:

+ Structured Cabling + Network (LAN&PAWANET) + Airport Operational Systems (AODB, AOS, EVIDS, Etc.) + Security + Public Address

Image Courtesy of Gov. Andrew Cuomo’s Office

Aviation / Terminal | Engineering Qualifications

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AMERICAN AIRLINES

Terminal 8 Capacity Enhancement John F. Kennedy International Airport (JFK), Queens, NY PROJECT DETAILS CLIENT American Airlines Palmina Whelan, CCM, FCMAA, MCIOB Managing Director, Real Estate | Facilities JFK International Airport, T8 Jamaica, NY 11431 palmina.whelan@aa.com 718-674-8802 CONSTRUCTION $344,000,000 PROJECT START 2018 PROJECT COMPLETION est. 2022 HIGHLIGHTS + Part of a $13 Billion campaign to modernize JFK airport and increase passenger capacity. + MEP, Fire Life Safety, and Special Systems engineering services + Additional 70,400 SF for T8 + Refurbishing 57,500 SF at T8 + Addition of five gates + Baggage system upgrades

Arora Engineers, Inc. (Arora) was selected to be part of the team responsible for the renovation and enhancement of Terminal 8 at John F. Kennedy International Airport (JFK). Arora is a member of the construction team and is serving as a subconsultant to AECOM, who along with Merchant Aviation is leading design services with Holt Construction serving as the construction manager. The project scope includes 70,400 SF of added space, including 33,000 SF of public space, and 57,500 SF of refurbished existing space. Terminal amenities include five gates, new premium lounges, improved baggage systems, and upgraded check-in areas and concessions. In addition, the project includes five new wide-body gates to allow for more flights, and four nearby onairfield plane parking and unloading areas to accommodate the added flights.

The expansion of Terminal 8 is part of JFK’s $13 Billion modernization program, aimed at transforming the Airport into an ultramodern global hub with new and restructured terminals adding 4 million square feet and increasing the airport’s capacity by 15 million passengers annually.

Arora provided lead Mechanical, Electrical, Plumbing, Fire Life Safety, and Special Systems engineering design services from 30% Conceptual Design through 100% Implementation Document Phase, as well as construction support services for the duration of the project. Arora’s is providing professional design and engineering services as the lead engineer for the following disciplines:

+ Mechanical, Electrical, Plumbing (MEP) + Fire Life Safety (including): + Fire Suppression + Fire Alarm >> 18 |

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Aviation / Terminal | Engineering Qualifications

AMERICAN AIRLINES

Terminal 8 Capacity Enhancement John F. Kennedy International Airport (JFK), Queens, NY

+ Special Systems – (Less Security and Surveillance) Scope of work includes: + Baggage Handling System (BHS) existing conditions survey + Apron lighting + Head House Extension (30ft) on arrival and interstitial levels + Extension of the concourse adjacent to gate 14 & 16 to the East, a total of 60’ (Zone 1) + Extension to gate 18/20 on ramp, interstitial and boarding level + Buildout of space on the 4th level of the Terminal, including relocation of American Airlines Staff + Development of shell space of 22,300 SF for a future lounge construction on the fourth level + Installation of three new 777-300 capable hardstands of the existing Parcel M + Separate gate 14 & 16 common boarding to allow for parallel boarding and deplaning of the two gates + Addition of line zero of Security Screening + Reinstallation and Modification of screening subsystem (CTX9800) + Reconfiguration of the existing Premium Service check-in + Up-gauge gate 31 to a 777-300 capable gate + Up-gauge gate 32 and 46 to a 777-200 capable gate + Installation of new CBR area + Addition of a new international claim devices

Aviation / Terminal | Engineering Qualifications

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PORT AUTHORITY OF NEW YORK AND NEW JERSEY

New Terminal One John F. Kennedy International Airport, Queens, NY PROJECT DETAILS CLIENT Syska Hennessey Group Sergiu Pelau, PE, LEED AP Principal 1515 Broadway, 15th Floor, New York, NY 10036 spelau@syska.com (212) 556-3320 CONSTRUCTION Approx. $3.2B PROJECT START 2019 PROJECT COMPLETION Est. 2025 HIGHLIGHTS + New 2.8 Million Sf. Terminal + 23 New Gates + Arora is the lead EOR for the Fire Alarm and Fire Suppression Engineering

Arora Engineers, Inc. (Arora) is providing professional engineering and project controls services to the Carisle Development team comprised of AECOM/Tishman/ Walsh as the builder and PGAL as the team Architect as a sub-consultant to Syska Hennessey Group for the construction of the new Terminal One at John F. Kennedy International Airport (JFK). The new Terminal One aims to redefine international travel at JFK with 23 international gates, 22 of which will be designed to accommodate larger, wide-body aircraft (FAA Airplane Design Group V or VI), and a total terminal area estimated at 2.8 Million Square feet. The new terminal will contain approximately 24 security screening lanes, over 230,000 SF of retail, dining, and other concessions, 116,000 SF of airline lounges, and 55,000 SF of interior green space, children’s play areas, and cultural exhibits.

Arora’s scope of work relates to the program’s vertical structures for the New Terminal One at JFK. We are providing Fire Alarm and Fire Protection engineering services in for the Schematic Design Development, Construction Document, and Construction Administration phases.

SCOPE OF WORK INCLUDED: The fire protection scope includes definition design for fire protection systems to comply with applicable Codes and Standards. These systems include fire sprinkler, standpipe, and agent-based fire suppression systems, as well as standard wet and dry water-based sprinkler and standpipe systems. In addition, the scope includes deluge sprinkler, pre-action sprinkler and gaseous suppression systems for high value or high challenge assets. The following tasks are included in the fire protection scope: >>

+ On-Site, Full time Project Controls and Project Coordinator

Rendering Courtesy of Gov. Andrew Cuomo’s Office

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Aviation / Terminal | Engineering Qualifications

PORT AUTHORITY OF NEW YORK AND NEW JERSEY

+ Definition of applicable codes and standards, facility standards, and insurance carrier requirements.

New Terminal One

+ Definition of fire protection design objectives based on project scope and code analysis.

John F. Kennedy International Airport, Queens, NY

+ Review of as-built drawings, equipment list, and inspection reports. + Identification of source of water supply. + Identification of size/location of existing fire protection systems. + Identification of hydraulic demand of existing fire protection systems. + Definition of hazard classifications and associated hydraulic design criteria. + Definition of special hazard fire protection systems. + Provision of locations for fire protection systems, fire protection water supply, fire protection areas/zones, and feed mains. + Provision of location of special hazard fire protection systems. + Indication of extent of demolition work. + Fire protection site plan indicating location/configuration of fire protection features. + System riser diagrams indicating major components. + Identification of temporary connections and service requirements to support construction phasing, including maintaining fire protection systems to existing T1 and T2.

The fire alarm scope includes project definition design for fire alarm systems to comply with applicable Codes and Standards. The New Terminal One will be protected throughout by a voice evacuation fire alarm system with automatic and manual fire detection as required by applicable codes and standards. The following tasks are included in the fire alarm scope: + Definition of applicable codes and standards, facility standards, and insurance carrier requirements. + Definition of fire alarm design objectives based on project scope and code analysis. + Review of as-built drawings, device list, and inspection reports. + Identification of make/model and location of existing fire alarm panels. + Identification of capacity of existing fire alarm panels. + Definition of where system signals are to be sent (onsite security/ops center, offsite security/ops center, fire department, Port Authority Police Department (PAPD) and Aviation Operation Center (AOC), 3rd party central station) and by what means (telephone utility, facility fiber network, radio, cellular). >>

Aviation / Terminal | Engineering Qualifications

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PORT AUTHORITY OF NEW YORK AND NEW JERSEY

New Terminal One John F. Kennedy International Airport, Queens, NY

+ Definition of Mass Notification objectives, and design of an MNS. + Identification of systems requiring input and output signal communication, including Fire Protection (FP), Security, Audio Visual Systems (A/V), Telecommunications, Public Address (PA), Building Management Systems, Baggage Handling Systems as well as Port Authority’s 800 MHz NPSPAC public safety radio communication system. + Indication of location of fire alarm panels (head end, data gathering panels, remote power supplies, etc.), primary and emergency power circuits, fire alarm detection areas/zones, and fire alarm notification areas/zones. + Indication of the extent of demolition work through notes/narrative and existing device locations. + Provision of network diagram for multi-system networks. + Provision of system riser diagrams indicating major components. + Identification of tie-ins and coordination with Port Authority and NYFD fire alarm monitoring systems. + Identification of temporary connections and service requirements to support construction phasing include maintaining fire alarm systems to existing T1 and T2 Construction Administration (CA) services will include submittal review, RFI’s, and general CA services for the duration of the 56-month construction process.

In addition to the traditional CA work of RFI’s, Submittal Reviews, Design Punch lists, Arora’s CA scope is intended to include 1.5 FTE’s as on-site resident engineers for 36 months of the construction process.

Document Controls and Project Coordination: In addition to our design scope, Arora has a full-time on-site staff member performing document controls, and other project management and coordination services spanning the complete MEP systems design scope in support of the Syska Hennessy and Arora Team.

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Aviation / Terminal | Engineering Qualifications

METROPOLITAN NASHVILLE AIRPORT AUTHORITY

Terminal Lobby and International Arrivals Facility Nashville International Airport, Nashville, TN PROJECT DETAILS CLIENT Nashville International Airport Traci Holton, PE, CM Assistant Vice President Development & Engineering One Terminal Drive, Ste. 501 Nashville, Tennessee 37214 Traci.Holton@flynashville.com 615-275-4139 CONSTRUCTION $327,000,000 PROJECT START 2018 PROJECT COMPLETION 2020 HIGHLIGHTS + Providing special systems engineering and design services for BNA’s Terminal Lobby and International Arrivals Facility (IAF). + Special Systems includes Public Address, Electronic Video Information Display Systems (EVIDS), and the integration of those systems. + The project will span 210,000 square feet of new space and 350,000 square feet of renovated space.

Arora is part of the Design Build Team for project 2 of the BNA Vision Plan at Nashville Nashville International Airport (BNA). The team is providing expert design and engineering services for the renovation and expansion of the Terminal Lobby and designing a new International Arrivals Facility (IAF).

This project includes a new high roof canopy extending from Parking Garage B/C to the new International Arrivals Facility. The canopy will provide coverage over the roadways and curbside access to the Terminal, as well as a new pedestrian walkway connecting the Parking Garage to the Terminal. The pedestrian bridge connects the central core with the Garage B/C plaza, the administration building, the hotel, and the future train station to improve accessibility to and from the airport terminal. The terminal will also include a new consolidated Security Screening Checkpoint (SSCP).

The SSCP is located central to the Terminal, providing easy access to departing passengers. The SSCP will include biophilia opportunities through low maintenance vertical garden walls. The Terminal renovation will also include new concessions, airline club space, and gates serving international flights.

The project also includes a new International Arrivals Facility (IAF), which provides a new Customs and Border Protection (CBP) Area with primary and secondary processing, complete with a pedestrian tunnel moving the passengers from the CBP to the Terminal and Ground Transportation areas. >>

Aviation / Terminal | Engineering Qualifications

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METROPOLITAN NASHVILLE AIRPORT AUTHORITY

Terminal Lobby and International Arrivals Facility Nashville International Airport, Nashville, TN

SCOPE OF WORK INCLUDED: Arora was retained to provide special systems engineering and design services for this project, including Public Address and Electronic Video Information Display Systems (EVIDS), as well as the integration of those systems into Common Use terminal equipment as required. This project will incorporate 210,000 square feet of new space and 350,000 square feet of renovated space.

The complete construction documents, including specifications, include:

+ Demolition drawings + Floor plans and equipment locations + Wiring diagrams + Elevations + Details + Programming requirements + Testing requirements + Specifications + Calculations as required

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Aviation / Terminal | Engineering Qualifications

METROPOLITAN NASHVILLE AIRPORT AUTHORITY

Terminal Garage C & Airport Administration Building Nashville International Airport, Nashville, TN PROJECT DETAILS CLIENT Nashville International Airport Traci Holton, PE, CM Assistant Vice President Development & Engineering One Terminal Drive, Ste. 501 Nashville, Tennessee 37214 Traci.Holton@flynashville.com 615-275-4139Â CONSTRUCTION $144,600,000 PROJECT START 2018 PROJECT COMPLETION

Project 3 of the BNA Vision Plan entails enhancing terminal area parking through three (3) garage projects (Garages A, B, and C).

Project 1902A is comprised of the design and construction of Garage C (approximately 3,000 spaces) and the Airport Administration Building (approximately 64,000 square feet). This project includes: + The demolition, removal, and disposal of the existing short-term garage and pedestrian walkway connecting the existing garage to the terminal. + The design and construction of Garage C including: + An Administration Building for MNAA and TSA administrative offices on the fifth (5th) floor of the garage. + Accommodations for a future transit station. + Coordination and accommodation of the Project 3 pedestrian bridge and canopy to be supported on the Garage C structure. + Pedestrian access from terminal to CONRAC.

2019 HIGHLIGHTS + Providing Special Systems and IT design and construction administration services for Garage C (appox. 3,000 spaces), and an approx. 64,000 sq. ft. administration building on the 5th floor. + Systems include Security, Public Address, MDF/IDF room layouts, structured cabling, EVIDS, Voice and Data, and Communications Systems.

Arora was selected to provide design and construction administration services for the Special Systems and IT services including Security (CCTV, Access Control), Public Address, MDF/IDF room layouts, structured cabling, Electronic Video Information Systems (EVIDS), Voice and Data, and Communications Systems. Arora’s scope of work includes: + Meeting with Stakeholders to understand the operating and business processes of MNAA. + Reviewing all relevant existing conditions and utility information associated with the existing facilities to be demolished. >>

Aviation / Terminal | Engineering Qualifications

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METROPOLITAN NASHVILLE AIRPORT AUTHORITY

Terminal Garage C & Airport Administration Building

+ Identifying the roles of technology on top of established published requirements to provide more specific technology design guidelines for the facility. + Developing plans and specifications directly with the build team. + Documenting all systems integrations across IT and technology systems. + Providing construction administration services.

Nashville International Airport, Nashville, TN

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Aviation / Terminal | Engineering Qualifications

ALLEGHENY COUNTY AIRPORT AUTHORITY

Terminal Modernization Program, Landside Program Multimodal Center/ ConRAC Pittsburgh International Airport, Pittsburgh, PA PROJECT DETAILS CLIENT Michael Baker International Brad Homan, Regional Aviation Practice Lead 100 Airside Drive Airside Business Park Moon Township, PA 15108 412-269-2744 Bhoman@mbakerintil.com CONSTRUCTION

The Terminal Modernization Program (TMP) addresses the need for terminal modifications at Pittsburgh International Airport (PIT) and involves the relocation of the Landside Terminal and related ground-side functions to a new terminal complex that will be constructed adjacent to the existing Airside Terminal. The TMP Landside projects include design of the approximately six-story, 3,500-space multi-user parking garage connected to the Landside Terminal by two (2) pedestrian bridges. Design services include new parking exit plaza, wayfinding services for the garage and rental car ready returns, rental car customer service facility, ground transportation center, quick turnaround facility for rental, rental car ready return lot, surface public parking lot, commercial vehicle lot, and all associated utilities and equipment. The goals of the Terminal Modernization Program include stabilizing airline costs, building out PIT’s airport, encouraging environmental sustainability, enhancing the customer and passenger experiences, and providing value to the regional community.

Approx. $249 Million PROJECT START 2020 PROJECT COMPLETION

Arora Engineers, Inc. (Arora) is providing low voltage, IT, special systems and electrical engineering services as a subconsultant to Michael Baker International for the Landside program’s Multimodal Center / Consolidated Rental Car Facility (ConRAC) project. The scope of work included: >>

Est. 2023 HIGHLIGHTS + Arora provided IT, Special Systems, and Electrical engineering for the Multimodal Center/Consolidated Rental Car Facility + New six-story, 3,500 space parking garage

Rendering Courtesy of Gensler + HDR in Association with luis vidal + architects

Aviation / Terminal | Engineering Qualifications

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ALLEGHENY COUNTY AIRPORT AUTHORITY

Terminal Modernization Program, Landside Program Multimodal Center/ ConRAC Pittsburgh International Airport, Pittsburgh, PA

Special Systems, Low Voltage, IT – Arora is providing special systems design development, final design, and construction support services for the multimodal center to integrate with existing and terminal provided systems as Designer of Record for all of the following systems: telecommunications, security, dynamic signage, paging and public address, blue phone, communications. Arora is responsible for overall site communications conduits, fibers, cabling, backbone and equipment to provide a fully functional communication system for the following areas:

+ QTA Administration Buildings + QTA Wash Building Connections + QTA Fueling Area + QTA Covered Staging + Customer Service Building + Toll Booths and Ticket Dispensers at Employee Parking, RAC Employee Parking, Surface Lot Entry and Exit Plazas, Parking Garage Entry and Exit Plazas, and Remote Lot Communications Building and Gate Conduits + Main demarcation connection to the new Terminal building and existing infrastructure including the existing parking management building + Data connections to overhead roadway dynamic signage Arora is providing the following special systems, low voltage, and IT services for the Parking Garage:

+ Ground Level Rental Car Kiosk Connection Points + Parking Garage Telecommunications Room Design + Coordination with Parking Control Systems by Watry + Security Surveillance of Garage + Blue Emergency Phones + Dynamic Signage Arora is providing the following special systems, low voltage, and IT services for the Customer Service Building:

+ Main building connections + Connection points for rental car fit out + Public address + Blue Emergency Phones >>

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Aviation / Terminal | Engineering Qualifications

ALLEGHENY COUNTY AIRPORT AUTHORITY

Terminal Modernization Program, Landside Program Multimodal Center/ ConRAC Pittsburgh International Airport, Pittsburgh, PA

Arora is providing the following special systems, low voltage, and IT services for the Site Structures:

+ Overhead Sign interface and connections + Surface Parking Security Cameras

+ Remote lot security cameras + Remote lot telecommunications equipment and Blue phones

Electrical – Arora is providing electrical engineering design development, final design, and construction support services for the multimodal center to integrate with existing and terminal provided systems as Designer of Record for the following:

+ Electrical power systems, including: + Normal and emergency power distribution systems including sub metering per LEED requirements + All 480/277V and 208/120V outlets and power connections to equipment

+ All interior and exterior lighting and lighting control systems including external garage + Lightning Protection System + Grounding System Arora’s scope of work includes the following:

+ Overall site electrical distribution and equipment/system power connections to provide a fully functional electrical system for the following: + QTA Administration buildings + QTA Wash Building Connections + QTA Fueling Area + QTA Covered Staging + Parking garage + Customer Service Building + Toll Booths and ticket dispensers at: + Employee parking + RAC employee parking + Surface lot entry and exit plazas + Parking garage entry and exit plazas + Remote lot comm telecommunications building and conduits to gates >>

Aviation / Terminal | Engineering Qualifications

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ALLEGHENY COUNTY AIRPORT AUTHORITY

Terminal Modernization Program, Landside Program Multimodal Center/ ConRAC Pittsburgh International Airport, Pittsburgh, PA

+ Arora is providing Parking Garage electrical distribution and equipment/ system power connections to provide a fully functional electrical system for the following: + Ground Level Rental Car Kiosk + Parking Garage Telecommunication Rooms + Parking Control Systems + Security Surveillance System + Blue Phones System + Dynamic Signage + 35 Car Charging Stations + Provisions for six (6) Elevators + Arora is providing the following electrical engineering services for the Customer Service Building: + Main Building Connections + Connection Points for Rental Car Fit Out + Public Address + Blue Phones system + Arora is providing the following electrical engineering services for the Site Structures: + Overhead Sign connections + Surface Parking Security Cameras + Remote Lot Security Cameras + Remote Lot Telecommunications Equipment and Blue Phones + Remote Lots

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Aviation / Terminal | Engineering Qualifications

ASHEVILLE REGIONAL AIRPORT AUTHORITY

AVL Phase 2 Terminal Modernization Ashville Regional Airport, Richmond, VA PROJECT DETAILS CLIENT Brad Sucher, AIA, NCARB Gresham Smith 919 East Main Street Suite 1200 Richmond, VA 23219 brad.sucher@greshamsmith.com 804-344-2440 CONSTRUCTION $150,000,000 PROJECT START 2019

Arora Engineers, Inc. (Arora) was selected to part of the team responsible for the expansion and modernization of the Asheville Regional Airport Authority’s (AVL) existing single story, seven gate terminal building to a two story, twelve gate terminal building. Arora is serving as a subconsultant to Gresham Smith, a member of the design team for this Construction Manager @ Risk (CM@R) Delivery project.

The project includes elements to enhance the terminal for future growth that AVL expects over the next 20 years.

The project also includes a new second level security screening checkpoint to allow for future growth and adaptability to evolving security needs, a modernization and resizing of the ticketing lobby to accommodate multiple users and growth, enhanced curbside amenities including dynamic signing elements, and a new baggage claim hall sized to meet the intended fleet mix and provide the necessary airline and airport support space, as well as a Central Energy Plant located on site to support the growing infrastructure needs while providing expandability and redundancy.

2021

Arora is leading the Special Systems and Fire Protection Engineering design and providing Code Consulting services associated with the AVL Phase 2 Terminal Modernization Project.

HIGHLIGHTS

SCOPE OF WORK INCLUDED:

+ Providing Special Systems, Fire Protection Engineering, and Code Consulting Services for the AVL Phase 2 Terminal Modernization Project.

The team began by completing a Basis of Design Report (BOD), which documented and analyzed the connections to the existing terminal building systems and tower which sits atop the terminal. The BOD analysis documented systems in need of upgrade, expansion, replacement and/or relocation. The data will be used for conceptual design and phasing to accurately determine how to keep systems active during construction. Arora’s design services include:

PROJECT COMPLETION

+ Special Systems includes Structured Cabling Systems, EVIDS, Public Address/Audio Paging Systems, etc. + Fire Protection includes wet and dry water-based sprinkler and standpipe systems.

Special Systems – Services include:

+ Structured Cabling System

+ Code Consulting includes occupancy classification, egress coordination, definition of fire/life safety strategies, etc.

Aviation / Terminal | Engineering Qualifications

+ The terminal structured cabling system (SCS) will support all networked systems. The SCS is the backbone of all communications. Arora is coordinating, documenting and designing all systems structured cabling requirements including mechanical, electrical, and plumbing (MEP) systems, tenants’ systems, TSA, CBP, ACS, CCTV, EVIDS, CUPPS etc. Along with structured cabling, Arora is providing all infrastructure designs for backbone communication cables, including cable tray >>

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ASHEVILLE REGIONAL AIRPORT AUTHORITY

+ and conduits, and is coordinating closely with other building systems for routing including structural, mechanical and baggage systems. Very closely related to the SCS are the required telecommunications rooms (TR’s) for termination of passive infrastructure and origination of active networking components as well as space for ACS and other systems.

Arora is working closely with building architects to appropriately size TR’s based on areas served and systems supported. Arora is responsible for all design and layout of cabinets, racks, wall fields, cable tray and telecommunications grounding systems.

AVL Phase 2 Terminal Modernization Ashville Regional Airport, Richmond, VA

+ Electronic Video Information Displays (EVIDS) + EVIDS includes traditional FIDS, BIDS, GIDS, RIDS, TIDS, Visual paging etc. + Public Address / Audio Paging Systems + Speaker selections and locations coordinated with architect + Ambient noise sensing system + Intelligibility calculations for all areas + Paging station requirements + Mass notification requirements + Backup power requirements for PA system components + Network device requirements + Paging system zoning + Integration with common use system for automated gate boarding + Integration with EVIDS and Visual paging systems for emergency notification and mass notification

+ Wiring diagrams + Elevations + Details + Access Control and CCTV + Arora is providing designs for security technology and infrastructure based on regulatory need and thorough risk assessment. CCTV cameras will be designed using the latest in IP camera technology, connected via the SCS to secure telecommunications rooms and storage network.

Arora will select CCTV camera specifications based on the camera’s location, height and view. The design enables different terminal stakeholders to access video associated with their roles in the terminal. + CCTV cameras will be designed as part of the baggage handling system (BHS), as well as part of the airport’s CCTV system. Arora is coordinating with the >> 32 |

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Aviation / Terminal | Engineering Qualifications

+ BHS designer on areas of potential jams and designing CCTV cameras for

ASHEVILLE REGIONAL AIRPORT AUTHORITY

those areas as well as monitoring of screening devices. CCTV camera views will be made available in the BHS system operation office as well as TSA screening rooms. All Baggage handling systems which cross from public space to secure or sterile space will be controlled and monitored by Access / Security Surveillance System (SA/SS).

AVL Phase 2 Terminal Modernization

+ Access control requires the design of access control doors, equipment, infrastructure, management software, integration with Fire, EVIDS, CCTV and BHS. Arora is working with the architect to identify and coordinate all access control door hardware.

Ashville Regional Airport, Richmond, VA

+ Arora is providing design services for all required ACS and CCTV devices required for the new checkpoints inclusive of duress systems.

+ Wi-Fi, DAS + Arora is including the design of Wi-Fi and DAS systems. + Passenger Processing Systems + Arora is providing special systems design and engineering for common use systems or traditional passing reprocessing systems. Arora is working closely with the architect regarding common use equipment selection, locations functionality and programming. Arora is coordinating all ticketing and gate use equipment power requirements with other consultants, as well as millwork coordination. Arora will specify integration requirements between the common use system, MUFIDS, baggage reconciliation systems and public address/visual paging/mass notification systems. The design and engineering includes all required specifications and details as well as structured cabling requirements.

Fire Protection – The scope of work includes the design of various fire protection systems to provide a fully sprinklered building as required by Code. These systems include standard wet and dry water-based sprinkler and standpipe systems as well as deluge sprinkler, pre-action sprinkler and gaseous suppression systems for high value or high challenge assets. The fire protection systems are being designed in accordance with the applicable building codes and NFPA standards. A Water based fire suppression systems is being supplied by the existing water infrastructure, however hydraulic calculations will be performed to verify the existing capacity meets the proposed demand. The alteration of existing systems accounts for construction phasing to ensure fire protection occupied areas remain operational.

Code Consulting – Arora’s in-house design professionals are supporting the team with code consulting services. These services include occupancy classification, egress coordination, definition of fire/life safety strategies and the analysis of codes and design features.

Aviation / Terminal | Engineering Qualifications

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HILLSBOROUGH COUNTY AVIATION AUTHORITY

SkyCenter Authority Offices Data and Operations Center Tampa International Airport, Tampa, FL PROJECT DETAILS CLIENT Douglas Wycoff, Sr. Manager Tampa International Airport PO Box 22287 Tampa, FL 33622-2287 (813) 870-7847 dwycoff@tampaairport.co CONSTRUCTION $66,000,000 PROJECT START 2019 PROJECT COMPLETION 2020 HIGHLIGHTS + $66M contract for construction of facilities and site development of 35-acres + 9-story, 270,000 sf office tower estimated at 30,000 sf per floor + Design/Build project including the fit-out of 3 levels of new space in the SkyCenter One office building + Arora is the lead designer for the Airport Operations Center (AOC), Incident Command Center (ICC), Network Operations Center (NOC) and Data Center as well as complete special systems design

The Hillsborough County Aviation Authority approved a $66 million contract for construction of new facilities and site preparation for the 35-acre SkyCenter development at Tampa International Airport (TPA). SkyCenter is a new development located adjacent to the newly constructed consolidated rental car center at TPA and includes an office tower, connecting atrium, pedestrian bridge, and remote commercial curb and trail as well as a future hotel and other commercial real estate development opportunities.

The 270,000 square foot (sf) 9-story office tower is projected at 30,000 sf per floor and is set to contain a conference center, dining cafe, fitness center, and an outdoor event space on the first level as well as connection to the atrium/pedestrian bridge and APM Station. The Authority will occupy three (3) stories of the new building and is relocating their offices and TPA employees as well as the nerve centers for all airport operations to the newly constructed SkyCenter office tower. This allows the airport to demolish its current offices next to the main terminal and the ability to repurpose the space to allow for more passengers in support of its vision.

SkyCenter development is the central component of the second phase of the airport’s Master Plan, a three-phased capital program and vision to increase the airport’s annual capacity from 23 million passengers in 2014 to 34 million passengers yearly upon program completion.

SCOPE OF WORK INCLUDES: Arora Engineers, Inc. (Arora) is part of the team led by DPR Construction and was awarded a Design/Build contract as a subconsultant to the architect Gensler. The project includes the fit-out of 3 levels of new space which will be the new home >>

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Aviation / Terminal | Engineering Qualifications

HILLSBOROUGH COUNTY AVIATION AUTHORITY

SkyCenter Authority Offices Data and Operations Center

to the Authority’s administrative staff and offices on Level 3 of the new SkyCenter office tower and consistent of various airport authority departments on levels 4 and 5 of the building.

Tampa International Airport, Tampa, FL

Image Courtesy of Hillsborough County Aviation Authority

Level 3 of the office tower will be home to the departments of: IT, Operations, Airport Operations Center, and Emergency Management. Level 4 will house DPS, Finance, Maintenance, P&D, Procurement, and HR. Level 5 will seat the departments of: Executive, Communications/Government Affairs, Marketing, Air Service Development/Research, Concessions, Internal Audit, Risk Safety/Central Records, GA, Guest Services, Administration, Legal , Business Diversity and Real Estate.

Level 3 of the office building, or the Technology Floor, scope of work includes an Airport Operations Center (AOC), Airport Emergency Operations Center (EOC), and Network Operations Center (NOC) and Data Center and will seat IT and operations at large:

+ Airport Operations Center (AOC): + Central communication hub for all emergency and non-emergency incidents at TPA and operates 24/7 + Responsible for 9-1-1 Public Safety (Police, Fire, EMS) related calls, as well as calls relating to all airport operations, including the monitoring and control of systems such as security access, elevators, escalators and automated people movers

+ Incident Command Center (ICC): + Strategic coordination during major emergencies or disruptive events. + Operates on an “activated” status for emergency management and is not intended for day to day operations

+ Training for emergency response and recovery to ensure a steady state of readiness for all TPA stakeholders >> Aviation / Terminal | Engineering Qualifications

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HILLSBOROUGH COUNTY AVIATION AUTHORITY

SkyCenter Authority Offices Data and Operations Center Tampa International Airport, Tampa, FL

+ Network Operations Center (NOC) and Data Center: + All equipment cabinets, two-post network racks, fiber and Cat6 connections that communicate with every connected device across the TPA campus Design work will consist of progressing the bridging documents to 30%, 60%, 90% and 100% CD document submissions as well as construction phase support services.

Arora’s scope of work includes being the lead AOC and NOC designer as well as special systems design for all levels including:

+ Structured cabling systems + Access control system + CCTV system + Audio Visual systems + NOC/Data Center Design + AOC/EOC design + Radio Communication systems (Wi-Fi, DAS, PSDAS) + Systems interfaces and integration requirements + New systems to support the AOC/IOC desired operation

Image Courtesy of Hillsborough County Aviation Authority

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Aviation / Terminal | Engineering Qualifications

THE PORT AUTHORITY OF NEW YORK AND NEW JERSEY

EWR Terminal A Deconstruction Newark International Airport, Newark, NJ PROJECT DETAILS CLIENT ARUP Ian Buckley 77 Water Street New York, NY 10005 ian.buckley@arup.com 212-897-1560

Arora Engineers, Inc. (Arora) is providing professional engineering services for the design of the controlled deconstruction of Terminal A at Newark Liberty International Airport (EWR) as a subconsultant to ARUP.

2019

This project is part of the larger redevelopment program at Newark Liberty International Airport where Terminal A is being replaced by a new terminal. This program will accommodate airside and landside improvements by providing long-term operational flexibility and allow for more efficient operations for the ease and convenience of passengers at the airport.

PROJECT COMPLETION

SCOPE OF WORK INCLUDED:

Est. 2020

The scope of services includes the controlled deconstruction of the existing A1, A2, and A3 satellites and connectors, including all building utilities and systems, finishes, structure, substructure, and subgrade utilities. The airfield apron, paving and associated airfield lighting and signage systems will be reconfigured to accommodate newly created open space. The project also features the restoration of the main head house building’s exterior envelope and existing building systems to maintain operations and functional system integrity.

CONSTRUCTION N/A PROJECT START

HIGHLIGHTS + Providing Fire Alarm, Fire Protection, Mechanical Controls, Special Systems, and limited Airfield Electrical design with value engineering options to maintain budget for the PANYNJ EWR Terminal A Deconstruction Project. + Fire Protection and Fire Alarms are needed for the new location of the Emergency Electrical room. + All new systems will have local controls, with no tie-in to BMS.

All work is being coordinated with existing terminal tenants including Air Canada, Alaska Airlines, American Airlines, JetBlue, Southwest, as well as stakeholders including the Transportation Security Administration, concessionaires, maintenance service providers and ground transportation operations.

Arora is responsible for preparing basis of design documents and demolition plans and specifications for Mechanical (controls only), Special Systems Electronics (communications), Fire Alarm, Fire Suppression, and Airside Taxiway Lighting (quality control reviews only).

Special Systems Electronics Arora verified existing special systems to be demolished and to remain including backbone pathways to accommodate, protect and support backbone cabling. The backbone pathway system is the part of Structured Cabling Systems that >>

Aviation / Terminal | Engineering Qualifications

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THE PORT AUTHORITY OF NEW YORK AND NEW JERSEY

supports connections between Telecommunications Rooms (TR’s) and the Main Communications Room (MCR).

EWR Terminal A Deconstruction

Arora surveyed existing telecommunication rooms to determine existing copper and fiber backbone between communications rooms for number of stakeholders (airlines, concessionaires, TSA, etc.) Survey included review of active equipment’s bill of materials (BOM) installed within the communications rooms which may have impact due to phase demolition. Arora provided floor plans and room/rack elevations showing cable routes and equipment locations for the following:

Newark International Airport, Newark, NJ

+ Telephone System (VoIP & Analog) and Fiber Backbone including IP and Analog telephone solution compromised of hardware, security and management components. + PAWANET (Port Authority Wide Area Network) Fiber and Copper Backbone + Tenants (Airlines, TSA, Concessionaire, etc.) Fiber and Copper Backbone and Systems + FIDs/BIDs/GIDs/RIDs/VDGS display Systems + Public Address System Fire Alarm System The existing Fire Alarm system has been developed over several design stages and incorporates a mix of Cerberus Pyrotronics and Notifier Systems, including a main fire alarm control panel, node panels, mimic panels and annunciator panels. As-Built drawings were not relied on for locations of fire alarm equipment and fire alarm devices. They were used for reference as surveys were conducted and deconstruction drawings were developed for the headhouse and each of the A1, A2 and A3 satellites and associated concourses. Arora met with Port Authority vendors and consultants maintaining the fire alarm system and worked with them to identify equipment and devices to remain and interfaces for remote monitoring, that need to remain during the phased demolition.

Fire Suppression System (Sprinklers) The existing sprinkler system has been developed over several design stages and incorporates a mix of wet sprinkler system, dry system, and gas suppression systems. Arora reviewed all components of the existing design including fire protection control panels, mimic panels, interfaces with fire alarm system, and compressor stations for dry systems. As-Built drawings were used in the field to confirm locations of fire protection equipment and service distribution for the headhouse and each of the A1, A2 and A3 satellites and associated concourses.

Arora identified equipment and distribution to remain and any interfaces for remote monitoring, that need to remain. Fire watch and other strategies were recommended to conduct a phased demolition while the facility remained open. >>

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Aviation / Terminal | Engineering Qualifications

THE PORT AUTHORITY OF NEW YORK AND NEW JERSEY

EWR Terminal A Deconstruction Newark International Airport, Newark, NJ

Mechanical Controls The existing mechanical controls system has been developed over several design stages and incorporates a mix of pneumatic, electric, and electronic building automation systems. Arora surveyed existing conditions including HVAC control panels, building automation system control panels, interfaces with the fire alarm system, and interfaces with incoming utilities such as chilled water and hot water systems. Deconstruction drawings were provided for the headhouse and each of the A1, A2 and A3 satellites and associated concourses. Arora also identified mechanical equipment and associated sensors to remain and any interfaces for remote monitoring, that need to remain.

Airside Taxiway Lighting Arora provided a schematic design and performed quality control of ARUP’s design documents for taxiway light fixtures, CCRs and associated hand holes on the airfield. Arora performed surveys and reviewed deconstruction drawings for the taxiways being phased out and relocated based on the Port Authority’s staging plans.

Aviation / Terminal | Engineering Qualifications

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PORT AUTHORITY OF NEW YORK AND NEW JERSEY

Terminal 6 / Terminal 7 JetBlue Redevelopment Program John F. Kennedy International Airport, Queens, NY PROJECT DETAILS CLIENT Corgan Joseph Adams, AIA, LEED AP BD+C Project Manager — Vice President 350 Fifth Avenue, Suite 5401, New York, New York 10118 212 847 3074 Joseph.Adams@corgan.com CONSTRUCTION

Arora Engineers, Inc. (Arora) provided engineering design and narrative services to the JFK Millennium Partners consortium led by the RXR/Vantage Development team with Corgan as the team Architect for the Terminal 6 / Terminal 7 JetBlue Redevelopment program at John F. Kennedy International Airport (JFK). This Public-Private-Partnership (P3) design-build project encompasses 13 new gates and a total terminal area estimated at 1.3 million SF, with approximately 850,000 SF in Terminal 6 and 450,000 SF in existing Terminal 7, and roughly 74,000 SF of commercial dining and retail amenities, including lounges and recreational space.

Arora’s scope of work related to the program’s vertical structures for Terminal 6 and Terminal 7 at JFK. We provided fire/life safety and plumbing engineering services for the schematic design, project definition document (PDD), and basis of design (BOD) phases.

$1.6 Billion

SCOPE OF WORK INCLUDED:

PROJECT START

The scope of services for the project definition design of fire protection systems included fire sprinkler, standpipe, and agent-based fire suppression systems, as well as wet and dry water-based sprinkler and standpipe systems. In addition, the scope included deluge sprinkler, pre-action sprinkler and gaseous suppression systems for high value or high challenge assets. The following tasks were included in the fire protection scope: >>

2019 PROJECT COMPLETION 2020 (SD Design) HIGHLIGHTS + New approx. 1.3 Million SF Terminal + 13 New Gates + Arora is providing Fire/Life Safety and Plumbing engineering design services

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Aviation / Terminal | Engineering Qualifications

PORT AUTHORITY OF NEW YORK AND NEW JERSEY

+ Definition of applicable codes and standards, facility standards, and insurance carrier requirements.

Terminal 6 / Terminal 7 JetBlue Redevelopment Program

+ Definition of fire protection design objectives based on project scope and code analysis.

John F. Kennedy International Airport, Queens, NY

+ Review of as-built drawings, equipment list, and inspection reports. + Identification of source of water supply. + Identification of size/location of existing fire protection systems. + Identification of hydraulic demand of existing fire protection systems. + Definition of hazard classifications and associated hydraulic design criteria. + Definition of special hazard fire protection systems. + Provision of locations for fire protection systems, fire protection water supply, fire protection areas/zones, and feed mains. + Provision of location of special hazard fire protection systems. + Indication of extent of demolition work. + Fire protection site plan indicating location/configuration of fire protection features. + System riser diagrams indicating major components.

The fire alarm scope included project definition design for fire alarm systems to comply with applicable Codes and Standards. JFK T6/T7 will be protected throughout by a voice evacuation fire alarm system with automatic and manual fire detection as required by applicable codes and standards. The following tasks were included in the fire alarm scope: + Definition of applicable codes and standards, facility standards, and insurance carrier requirements. + Definition of fire alarm design objectives based on project scope and code analysis. + Review of as-built drawings, device list, and inspection reports. + Identification of make/model and location of existing fire alarm panels. + Identification of capacity of existing fire alarm panels. + Definition of where system signals are sent (onsite security/ops center, offsite security/ops center, fire department, 3rd party central station) and by what means (telephone utility, facility fiber network, radio, cellular). + Define Mass Notification objectives. + Identification of systems requiring input and/or output signal communication, including Fire Protection (FP), Security, Audio Visual Systems (A/V), >>

Aviation / Terminal | Engineering Qualifications

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PORT AUTHORITY OF NEW YORK AND NEW JERSEY

+ Telecommunications, Public Address (PA), Building Management Systems (BMS), Baggage Handling Systems (BHS) and Mechanical (HVAC).

Terminal 6 / Terminal 7 JetBlue Redevelopment Program

+ Indication of location of fire alarm panels (head end, data gathering panels, remote power supplies), primary and emergency power circuits, fire alarm detection areas/zones, and fire alarm notification areas/zones.

John F. Kennedy International Airport, Queens, NY

+ Indication of extent of demolition work through notes/narrative and indication of existing device locations. + Provided network diagram for multi-system networks. + Provided system riser diagrams indicating major components.

Additionally, Arora provided plumbing engineering design services for the new and existing terminal. The terminal, concourses, and gates will be provided with domestic water service, waste/vent, storm, and gas service as required by applicable codes and standards. Plumbing engineering services included: + Survey and review existing documents and performance of a code review. + Provision of a schematic layout, design report and spec outline of the equipment and piping required for these services. + Identified and coordinated locations and initial layouts with the other MEP teams. + Preliminary design calculations based on the latest editions of the NYC Plumbing code, ASPE Data Book and ASHRAE 90.1 to size domestic water, sanitary, storm and gas services. + Designs included riser diagrams for the water, waste/vent and gas systems for the entire system from the main point of connection to the most remote plumbing fixture/outlet. + Coordinated the related incoming site utilities (5 ft from the building) with the Civil Engineers. + Attendance at meetings and QAQC of Arora designs.

Following the Schematic Design, Project Definition Document (PDD), and Basis of Design (BOD) phases and deliverables, delivered under the developer team, Arora continued on in multiple sub-projects to aide in the transition to the builder under the design-build team and perform value engineering adjustments to meet the needs of the client and budget. Some such tasks between the SD and start of DD phase included: + Builder Coordination and Handoff + East Concourse Design Updates + Sustainability Design Changes and Coordination >>

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Aviation / Terminal | Engineering Qualifications

PORT AUTHORITY OF NEW YORK AND NEW JERSEY

Terminal 6 / Terminal 7 JetBlue Redevelopment Program

+ Center Concourse Expansion + Lounge Expansion Options + Value Engineering and Terminal Building Cost Savings + Arrivals Hall Studies + Satellite Concourse Modifications + PANYNJ Load Calculations and Submission

John F. Kennedy International Airport, Queens, NY

Aviation / Terminal | Engineering Qualifications

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CITY OF CHARLOTTE, CHARLOTTE AVIATION DEPARTMENT

Main Terminal Expansion Charlotte Douglas International Airport, Charlotte, NC PROJECT DETAILS CLIENT Gresham, Smith & Partners (Prime) Altan Cekin, AIA, NCARB, Principal Two Harbour Place 302 Knights Run Avenue Suite 900 Tampa, FL 33602 altan_cekin@gspnet.com (813) 769-8917 CONSTRUCTION $600,000,000 PROJECT START

Charlotte Douglas International Airport (CLT) is undergoing several critical improvements to its infrastructure as part of the $2.5 billion “Destination CLT” investment program. This program is designed to meet the growing needs of CLT’s 46 million annual customers. “Destination CLT” projects include increased terminal roadway capacity, new walk-ways, main terminal expansion, expanding concourses A, B, and C, and the addition of a fourth parallel runway.

Arora Engineers Inc., (Arora), is part of the design team tasked with expanding the existing terminal and lobby, which has been in use since 1982. This 366,000 SF expansion, encompassing a 175,000 SF addition along with the renovation of 191,000 SF, will significantly enhance the existing terminal interiors and extend the terminal area. On the exterior, a new 146,000 SF canopy will cover the elevated roadway and curb to shield passengers. The new terminal will include state-of-theart ticket counters, original artwork, five additional concession spaces, expanded seating and charging stations, and a consolidation of the current five security checkpoints into three larger checkpoints with automated screening lanes.

The additional space will provide more room for passengers checking in, baggage claim areas, redesigned security checkpoints with larger, more efficient >>

2016 PROJECT COMPLETION Ongoing HIGHLIGHTS + Terminal enhancements and expansion project + Arora is responsible for providing all Special Systems design and engineering

Rendering Courtesy of Gresham, Smith & Partners

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Aviation / Terminal | Engineering Qualifications

CITY OF CHARLOTTE, CHARLOTTE AVIATION DEPARTMENT

Main Terminal Expansion Charlotte Douglas International Airport, Charlotte, NC

configurations, and increased circulation space in the lobby. The project also includes bridges and tunnels for pedestrians connecting the hourly deck and car rental agencies to the terminal, so passengers can access them without crossing the road.

Arora is responsible for all special systems design and engineering services, including access control, CCTV, passenger processing systems, security checkpoint design, Electronic Video Information Display Systems (EVIDS), public address, ICT and structured cabling systems, Wi-Fi, and passenger information systems, including passenger analytics. The CCTV security systems design includes head end upgrades and expansions to support new technology as well as modifications to the head end monitoring hardware.

The terminal lobby expansion also includes the design and construction of a new Central Energy Plant (CEP) serving CLT. Arora’s scope included the special systems, telecom, security and CCTV for the new CEP including, but not limited to: + New Telecommunications Room/Closets – The telecommunication’s room is a dedicated and maintained telecommunications space absent of other energy plant electrical components or services, except for electrical and other systems serving this room. The CEP Telecommunications Room provides adequate space for information technology cable terminations (horizontal and backbone), active and passive communications equipment, cross-connection wiring and hardware, >>

Rendering Courtesy of Gresham, Smith & Partners

Aviation / Terminal | Engineering Qualifications

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CITY OF CHARLOTTE, CHARLOTTE AVIATION DEPARTMENT

Main Terminal Expansion Charlotte Douglas International Airport, Charlotte, NC

+ and any other materials or equipment associated with the CEP technology deployment. Arora included a design factor of 50% growth in the layout of the CEP Telecommunication Room. + Telecommunications Room Mechanical Systems - The CEP Telecommunications Room was designed to include HVAC service designed to dissipate the heat generated by electrically powered communications equipment supporting the airport’s 24/7 operations. The temperature for the telecommunications room will be in the range of 68-degrees F to 75-degrees F and humidity will be maintained between 40% and 55% relative humidity. + Telecommunications Room Fire Protection/Fire Alarm - The CEP Telecommunications Room is protected by a pre-action clean agent system.

The fire protection system in the room was integrated with the HVAC system and UPS/Power source in order to disconnect service in the event of system activation. Wall linings are covered with two coats of fire-retardant white paint. + Universal Cabling Distribution System (UCDS) – Arora designed the UCDS, backbone cabling systems, fiber backbone, and horizontal cabling at the CEP which consists of a passive cabling infrastructure that features copper cabling, fiber cabling, serial cabling, and other low voltage cabling. The UCDS incorporates the Telecommunications Room/Closets, as well as outside connectivity to the CLT TSO, and external service providers such as AT&T. Support systems include: Access Control, CCTV, SCADA/MEP Systems, Voice (VoIP, POTS), and Wi-Fi Construction of the main terminal lobby expansion began in December 2019 and is expected to be completed in six progressive phases over 5-6 years.

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Aviation / Terminal | Engineering Qualifications

MASSACHUSETTS PORT AUTHORITY

Terminal E Enhancements Logan International Airport, Boston, MA PROJECT DETAILS CLIENT Massachusetts Port AuthorityLogan International Airport Sam Sleiman, PE, CCM, FCMAA, NAC Director of Capital Programs and Environmental Affairs One Harborside Drive Suite 209S East Boston, MA 02128 HSleiman@massport.com 617-561-1873 CONSTRUCTION $90,000,000 (Est.) PROJECT START 2014 PROJECT COMPLETION 2018 HIGHLIGHTS + Modernization to accommodate A380 aircraft + Sustainable design to help achieve LEED Gold + Project using LEAN Planning

Arora provided full MEP, fire/life safety, and special systems engineering services for the addition of approximately 95,000 SF within Terminal E as well as the modernization of existing areas of the terminal. The completed renovation provides three new A380 Gates with dual passenger boarding bridges for expedited twolevel boarding, automated aircraft docking guidance systems (ADGS) with an integrated ramp information display system (RIDS), full capacity 400Hz and preconditioned air ground support systems, addition of departure level holding rooms and arrivals level de-boarding areas, new concession spaces, and other support spaces. The existing terminal modifications include modernization upgrades to the GSE equipment at the 10 existing gates to accommodate an expanded aircraft fleet mix and optimized operations with the addition of ADGS and RIDS, a security checkpoint expansion as well as modernization of the arrivals area. The project has been charged with including design for technology expected to echo the spirit of innovation in the City of Boston and surrounding areas.

SCOPE OF WORK INCLUDED: Mechanical systems included new HVAC systems and modifications to the existing HVAC systems to accommodate the new loads. Plumbing systems consisted of new rain leaders, multiple new men’s and women’s restroom groups, and extensions of sanitary, sanitary vent, and domestic water services for future connection by Club level tenants. Electrical design consisted of a new substation as well as new electrical rooms. >> Aviation / Terminal | Engineering Qualifications

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CLIENT

Terminal E Enhancements Logan International Airport, Boston, MA

Special systems engineering services included: public address system, universal cabling distribution system, voice/data network, passenger information systems.

RIDS / gate docking systems, master clock, infrastructure for boarding, and infrastructure for tenant spaces.

Fire protection/life safety systems included: sprinkler systems, fire pumps, incoming fire service/available water supply, standpipes, critical asset protection, fire alarms, mass notification systems, smoke management, fire/smoke dampers, passive and active fire/smoke barriers, and egress paths, illumination, and signage.

In order to meet the sustainability goals of MASSPORT and the goal of LEED Gold certification, the HVAC, plumbing and electrical systems were designed with high efficiency equipment. The HVAC system was modeled to use district heating and cooling system that will serve high efficiency air handling equipment. The plumbing systems for the new building addition was designed to minimize the use of domestic water and reduce the energy used for generating domestic hot water.

Low flow plumbing fixtures were used in restrooms to reduce the domestic water usage. Electrical systems employed lighting fixtures such as light emitting diode (LED) and lighting control systems to reduce the energy usage. The lighting control system used day lighting strategies that reduce the output of lighting fixtures if the outdoor lighting is sufficient to maintain the desired lighting levels inside the building.

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Aviation / Terminal | Engineering Qualifications

METROPOLITAN WASHINGTON AIRPORTS AUTHORITY

Terminal B/C Long-Term Redevelopment Plan Ronald Reagan National Airport, Washington, DC

AIR Alliance Joint Venture Robert J. Kleinman Vice President – Aviation 3101 Wilson Boulevard, Suite 700 Arlington, VA 22201 robert.kleinman@aecom.com 703-399-3914

The Metropolitan Washington Airports Authority (MWAA) procured professional engineering services for on-call planning, design and construction projects at Ronald Reagan Washington National Airport (DCA). This is a multi-year, multitask A/E task order program for Terminal B/C at DCA. The program objective is to centralize TSA operations for passengers and secure and expand the existing Terminal B/C to ensure equitable and efficient passenger level of service. The longterm redevelopment will complement the on-going near-term rehabilitation efforts and lead to a full facility program.Arora is part of the joint venture team identified as AIR Alliance, comprised of AECOM and PGAL. Our overall scope of services for AIR Alliance includes plumbing, electrical, fire alarm and fire protection engineering services.

CONSTRUCTION

PROJECTS INCLUDE:

PROJECT DETAILS CLIENT

$390 Million

+ Relocation of the Airport Corporate Offices to Historic Terminal A: Consisted of the assessment, preliminary design, report, and cost estimate for the Terminal A alterations and fit-out for authority corporate offices.

Provided full MEP services.

PROJECT START 2015 PROJECT COMPLETION 2020 HIGHLIGHTS + Multi-year, multi-task program for upgrades at DCA + Relocation of Corporate Offices

+ A New North Concourse (NNC): Project consists of an addition to Terminal B/C to facilitate expanded airline operations with 14 new gates, several concessions spaces and airport operations. The project adds approximately 200,000 SF to DCA. Provided Full Electrical, Plumbing and Fire Life Safety. + A new Secure National Hall (SNH): Project aims to relocate three (3) individual TSA screening operations into a centrally located space while >>

+ New North Concourse + New Secure National Hall

Photo courtesy of MWAA

Aviation / Terminal | Engineering Qualifications

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METROPOLITAN WASHINGTON AIRPORTS AUTHORITY

Terminal B/C Long-Term Redevelopment Plan

+ securing the existing concourse, approximately 110,000 SF of new structures added to DCA. Provided Plumbing and Fire Life Safety services. + Arora is responsible for conceptual design services integrating renovated space in the National Hall and the New North Concourse connector with the existing systems and technology at DCA. + Construction Administration services for the NNC and SNH.

Ronald Reagan National Airport, Washington, DC

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Aviation / Terminal | Engineering Qualifications

CITY OF PHILADELPHIA, DIVISION OF AVIATION

Terminal F Hub Expansion Philadelphia International Airport, Philadelphia, PA PROJECT DETAILS CLIENT City of Philadelphia Division of Aviation Jim Jones, PE Project Manager International Plaza II, Suite 540 Philadelphia, PA 19113 james_t.jones@phl.org 215-937-6229 CONSTRUCTION $150,000,000 PROJECT START 2008 PROJECT COMPLETION 2013 (Hub) 2015 (Bag claim & ticketing) HIGHLIGHTS + Project included 86,000 SF of new floor space and a baggage claim building + Provided MEP, fire protection, and security/special systems engineering + Responsible for construction administration support and interagency coordination

Arora Engineers, Inc. provided design for the mechanical, plumbing, fire protection, fire detection, electrical, special systems, and security engineering services for an expansion of Terminal F at the Philadelphia International Airport. Improvements involved approximately 88,400 SF of new floor space, a new baggage claim building, additions and modifications to the existing building, new architectural finishes, and systems upgrades. Terminal F has three concourses connected by a central hub, 38 gate positions, a ticketing building, a baggage claim, and a skybridge leading to the parking structure.

SCOPE OF WORK INCLUDED: + Electrical: Power distribution; lighting design and controls; power ductbank design; motor control panel; substation modification and analysis; concession space low voltage power. + Mechanical: Study of future cooling and heating capacity; satellite thermal plant expansion systems, including pumps and pipelines; domestic water piping; sanitary and stormwater design; gas piping modifications required. + Fire/Life Safety: code review; fire alarm and detection system; clean agent suppression (Fm 200 or other); fire sprinkler systems (wet, dry, preaction); hydrant and hose reel systems; fire egress interfaces. + Special Systems/Security: Multi-use flight information displays; visual paging advertising/wayfinding; network architecture (Mac minis, >>

Aviation / Terminal | Engineering Qualifications

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CITY OF PHILADELPHIA, DIVISION OF AVIATION

Terminal F Hub Expansion Philadelphia International Airport, Philadelphia, PA

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+ cat 6 Cabling, upgrade G4 Platform); horizontal structured cabling design; access control and intrusion detection; access control doors; CCTV; digital video recording; TACS; ambient noise sensing and automatic compensation; amplification of Live Speech announcements originating at microphone stations; UCDS; and MDF/IDF analysis and design.

Arora also provided construction administration support and inter-agency coordination. With this expansion, the airport hopes to create a better passenger experience and generate additional concession sales by expanding available space and improving retail options.

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Aviation / Terminal | Engineering Qualifications

SOUTH JERSEY TRANSPORTATION AUTHORITY

Terminal Expansion and Mini - FIS Atlantic City International Airport, Egg Harbor Township, NJ PROJECT DETAILS CLIENT South Jersey Transportation Authority Leo Cori, Airport Operations Manager Atlantic City International Airport Egg Harbor Township N.J. 08234 lcori@acairport.com 609-645-7898 ext. 4701 CONSTRUCTION $30,000,000 PROJECT START 2009

Arora prepared preliminary and final designs for the ACY Terminal Expansion and Mini FIS project which, through the addition of customs and border protection facilities, provide SJTA the opportunity to accept international arrival and departure flights. The addition of four new passenger gates and expanded holdroom and baggage claim areas greatly enhance the airport’s domestic passenger operations as well.

SCOPE OF WORK INCLUDED: Fire suppression design included an extension and re-configurations of the existing fire main/water supply, new electric fire pump, and water based sprinkler protection throughout the building. Clean agent suppression was also design for highly sensitive areas.

The system was designed in accordance with secure/non-secure areas and special attention was made to coordinate with the fire alarm design and its specific sequence of operations. Extensive coordination also occurred with the emergency responders for fire department connection/siamese locations.

PROJECT COMPLETION 2012 HIGHLIGHTS + Terminal expansion will allow ACY to handle international flights and added capacity for domestic travel + Fire suppression included clean agent systems to protect critical systems + Coordinated with local emergency responders concerning fire department connections

Aviation / Terminal | Engineering Qualifications

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CITY OF PORTLAND

Terminal Improvements Portland International Jetport, Portland, ME PROJECT DETAILS CLIENT City of Portland Portland International Jetport Paul Bradbury, PE, Airport Director 1001 Westbrook Street Portland, ME 04102 phb@portlandmaine.gov 207-756-8029 CONSTRUCTION $60,000,000 PROJECT START 2007 PROJECT COMPLETION 2012 HIGHLIGHTS + Multi-User Flight Information Display (MUFID) and digital signage systems

Portland International Jetport (PWM) is the primary air transportation gateway for southeastern Maine. PWM has a bi-level terminal, two runways and 11 gates. It is classified as a primary commercial service small-hub airport. As passengers increasingly flock to smaller airports, efforts to accommodate increased ridership have become a top priority for the City of Portland. A new addition, a parking garage, and other improvements were necessary. Arora provided special systems and fire protection design services for the new addition, parking garage, and other facility improvements.

SCOPE OF WORK INCLUDED: The terminal expansion and associated improvements included approximately 165,000 SF of new floor space linking to the existing facility with a connection to the newly constructed parking garage. Arora’s scope of work entailed MUFIDS and digital signage, CCTV, access control, structured cabling, and main/intermediate distribution frame (M/IDF) rooms.

The design also included systems to be deployed in the public terminal areas such as flight information display systems, structured cabling/infrastructure, access control, fire alarm, and CCTV. Arora’s design included the required storage calculations, equipment design and specifications for all new CCTV head end infrastructure as well as the required head end programming requirements.

Arora’s design also included all head end expansion requirements and equipment design for access control, MUFIDS and common use check in devices. Arora is also designing back-of-house systems (TSA spaces, baggage areas, offices). New and updated systems will interface with control and command systems in a new Operations Control Center (OCC).

+ Security aspects included CCTV and access control systems + 285 new CCTV Cameras and head end equipment + Interfaced new designs with existing control and command systems

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Aviation / Terminal | Engineering Qualifications

TERMINAL D – E EXPANSION AND MODERNIZATION, PHASE I, II, III

Construction / Program Management Services Philadelphia International Airport PROJECT DETAILS CLIENT Gilbane Building Company William A. Carter Sr. Project Executive 100 Penn Square East Suite 1040 Philadelphia, PA 19107 Office: 267 256 4500 Cellular: 201 390 0834 CONSTRUCTION $300,000,000 PROJECT START 2007 - 2008

Arora provided construction management for Phase I, II, & III of the Terminal D-E Expansion and Modernization at the Philadelphia International Airport. The project consisted of a new multi-level connector building between Terminals D and E, a 50,000 SF addition to the Terminal E concourse, and various renovations within the two terminals and the adjacent Thermal Plant. The project included a new 14-lane checkpoint, ticket lobby, in-line baggage system with eight EDS, deployment of 290 new VOIP phones, and the relocation of two main server rooms.

Arora provided onsite inspection, design, and design review services. Tasks entailed construction management (CM) and contractor quality control (C.Q.C.) services to ensure that electrical, plumbing and mechanical construction is being completed in accordance with the requirements of construction documents and applicable codes/ standards on various projects.

SCOPE OF WORK INCLUDED: + Program management

PROJECT COMPLETION

+ Construction management and inspection

2015

+ Project logistics

HIGHLIGHTS + Program management

+ Cost estimating

+ Representation at stakeholder meetings + Project close out + Assistance in the management of tenant projects

+ Project coordination

+ Construction management and inspection + Project cost estimating and coordination

Aviation / Terminal | Engineering Qualifications

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CITY OF PHILADELPHIA, DIVISION OF AVIATION

Terminal A West Project/Construction Management Philadelphia International Airport, Philadelphia, PA PROJECT DETAILS CLIENT City of Philadelphia Division of Aviation Jim Jones, PE Project Manager International Plaza II, Suite 540 Philadelphia, PA 19113 james_t.jones@phl.org 215-937-6229 CONSTRUCTION $750,000,000 PROJECT START 1998

The impressive $500 million terminal is a four-level, 850,000 SF facility with 13 new international gates, 26,000 SF of concession space, expanded federal inspection facilities, and exciting original artwork. Arora’s project responsibilities included oversight and project management for new special systems construction involving security access and surveillance, universal cabling distribution system, fire alarm, specialty hazard systems, terminal announcement control systems (TACS), multiuser flight information display systems (MUFIDS), specialty power distribution systems, baggage information display systems, and home land security.

SCOPE OF WORK INCLUDED: + CM of supply and return modifications affected by new baggage belt mainline locations + CM of HVAC needed to provide optimum temperature for EDS machines as required + PLC logic coordination and shutdown of baggage doors based on addressable smoke + Coordination with Tinicum, TSA, and DOA SST

PROJECT COMPLETION 2004

+ Access control and intrusion will be designed for all AOA boundary doors in accordance with TSA 49CFR and the DOA SST department

HIGHLIGHTS

+ Integration of access control and baggage PLC’S start circuit

+ 850,000 SF facility with 13 new international gates

+ Modifications to existing access control doors affected by location of baggage belt

+ Arora tasked with project management oversight of special systems construction

+ Integration with EDS lockout panel in Sector 23 Control Room + Access control back of house and public carousel coordination with baggage PLC >>

+ Systems included access control, surveillance, fire protection, terminal announcement, flight information displays, and baggage screening

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Aviation / Terminal | Engineering Qualifications

CITY OF PHILADELPHIA DIVISION OF AVIATION

Terminal A West Project/ Construction Management Philadelphia International Airport, Philadelphia, PA

+ Assess multiplexer assignments and door hardware requirements + Designed of new and relocated CCTV equipment with DOA SST standard + Provided digital recording details for TSA reconciliation + Designed BIDS inputs Burr Brown Tugnamn Keypads and BIDS/MUFIDS network architecture + Updated BPS 8600; core and 2000 distribution switches in accordance with the MUFIDS Phase II design + Designed structured cabling and horizontal station cabling for both voice and data

Aviation / Terminal | Engineering Qualifications

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Rethinking InfrastructureÂŽ

CONTACT:

Adam Oliver Arora Engineers, Inc. 61 Wilmington-West Chester Pike Chadds Ford, PA 19317 T (610) 459-7900 aoliver@aroraengineers.com

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