PSE Homeland Security

HOMELAND SECURITY 

CHEMICAL v PHARMA v ENERGY v PETRO v 

FINANCE v FOOD v TRANSPORTATION 

Missouri River Dam Project v Fort Peck Lake, MT

Firm Profile 

We develop cutting-edge 

solutions targeted to our 

clients’ needs and strive 

to design state-of-the-art 

systems that keep pace 

with evolving technology. 

Chemical v Pharma v Energy v Petro v Finance v Food v Transportation 

Homeland Security Without Compromise 

Professional Systems Engineering, LLC (PSE) provides engineering, planning, design, 

and construction services for security, safety, communications, protection, fire systems, 

and related infrastructure to meet critical homeland security protection requirements. 

Our consultants, engineers, and designers have provided superior systems for the highest 

state of-the-art facilities in their class. These include airports, chemical, pharmaceutical, 

transportation, corporate energy, utility, ports, justice and correctional facilities, and 

emergency 9-1-1 centers. PSE is familiar with enterprise and newer digital systems and 

infrastructure through intensive education and training, as-well-as hundreds of projects. 

PSE is a nationally recognized firm with many honors and distinctions for innovative 

design. Showcasing PSE as a world leader in security design, National Geographic 

recently featured one of our projects on MegaStructures, a program about the world’s 

most incredible engineering feats and greatest structures ever created. 

Comprehensive Assessment Capabilities 

Working collaboratively with clients, architects, design professionals, and the entire 

project team, PSE facilitates project planning with the goal of overall systems’ quality. 

Our comprehensive services range from a single study, report, or schematic design, 

on through to comprehensive services with complete documentation and construction 

management. 

The PSE team provides risk assessment services using our own site facility assessment 

guides for program management of access systems; analysis of management and 

security activities such as visitor and cargo/truck processing, parking, and other areas. 

Our team is prepared to respond to on-call services. Our team members are familiar 

with regulatory standards and requirements of the American Chemical Manufacturers 

Association, DOD, DOE, DHHS, DOI, Department of Treasury, EPA, and DHS – Office of 

Infrastructure Protection, TSA, ICE, and U.S. Border Patrol. 

30 YEARS + STRATEGY + SPECIFICATIONS + TECHNOLOGY 

PROFESSIONAL SYSTEMS ENGINEERING, LLC Pennbrook Business Center 1010 Church Road Lansdale, PA 19446 Tel. 215-661-1600 www.profsyseng.com

Homeland Security & Facility Hardening Services 

PSE’s Homeland 

Security 

services have 

already been 

successfully 

implemented 

by entities in 

the Chemical, 

Nuclear, 

Transportation, 

and Healthcare 

industries. Our 

services provide 

continuous 

innovations 

to aid in the 

mitigation of risk 

and to develop 

meaningful 

solutions to 

support the 

mission of 

Homeland 

Security. 

Homeland Security 

The Department of Homeland Security 

necessitates the use of performance based 

standards as found in the Code of Federal 

Regulations to prevent and protect against 

attacks, safeguard continued operation, 

and comply with federal requirements. PSE 

covers sectors such as Energy, Chemical, 

Pharmaceutical, Transportation, Healthcare 

and Agriculture. 

Our ability to meet the demands required by the Department of Homeland Security 

and the Code of Federal Regulations is a testament to the capabilities we provide. By 

meeting the best practices and performance based standards required in each sector, 

PSE is capable of providing specific recommendations, operations, and designs. 

Following DHS regulations and screenings, understanding and dissecting the Code of 

Federal Regulations, our services ensure new and existing sites are prepared for terrorist 

activities, sabotage, natural disasters, and crisis recovery. 

Facility Hardening 

Facility Hardening requires the evaluation of the risks and threats making a facility 

vulnerable to internal and external threats. Catastrophic events are reviewed, both 

natural and man-made, intentional and unintentional, as well from insiders and outsiders. 

We “harden” the ability for a facility to withstand these events requires the identification, 

reduction and elimination of the possible threat. We will assess the likelihood, nature, 

and consequence of acts, events, or existing conditions that would threaten the 

sustainability of a facility. Once an assessment is complete, we will issue appropriate 

recommendations to ensure the survivability of a facility. The following steps are part of 

our Facility Hardening process: 

❖❖Our Hazard Analysis determines the likelihood or chance of a hazardous event 

occurring and the consequences of such an event. This involves investigating 

multiple scenarios that could impact the continued operation of a site. 

❖❖Our Vulnerability Assessment will identify critical assets and areas within a site that 

necessitate protection. We understand site vulnerabilities, layout, operations, and 

infrastructure coupling with passive, “green,” and less costly solutions. 

❖❖Our recommendations provide specialized guidance and design for improvements 

and upgrades recommended to limit damage to the sites critical infrastructure and 

protect community and employee populations, while increasing productivity, and 

decreasing loss of time and product. 



Port Authority of New York & New Jersey 

Security Consulting, Design & Engineering Services 

East Coast, U.S. 

PSE provided a 

design to secure 

Marine Terminal 

locations on 

the East Coast 

of the U.S., 

while adhering 

to the high 

standards for 

documentation 

and quality 

control 

procedures. 

Professional Systems Engineering provided security consulting, design, and engineering 

services for East Coast ports for biometric-all-weather access control project. The 

project’s goal was to enhance security at marine terminal locations by the implementation 

of an enterprise-wide access control system that will utilize the biometric data on the 

Transportation Worker Identification Credential (TWIC) cards issued to staff with access 

to secure areas. 

The project included securing vehicle gates, pedestrian turnstiles, guard booths, and 

buildings at more than 100 terminal locations. PSE’s design utilized the existing fiber 

optic network infrastructure, and modified existing gates and doors as necessary to 

implement the access control solution. PSE provided enhanced bid documents that 

included single line diagrams, point to point wiring diagrams, equipment mounting details, 

and equipment enclosure layouts. Also provided were specifications and cost estimate. 

Network Infrastructure 

❖❖Fiber optic transceivers 

❖❖Ethernet switches 

❖❖Patch panels 

❖❖Enclosures 

Access Control Design 

❖❖TWIC access cards 

❖❖Biometric card readers 

❖❖System controllers 

❖❖Reader interface board 

❖❖Power supplies 

Door Hardware 

❖❖Electric strike locks 

❖❖Electromagnetic locks 

❖❖Door position switches 

❖❖Request to exit devices 

Gate Hardware 

❖❖Safety infrared beams 

❖❖Gate safety edges 

❖❖Safety edge transmitters 

❖❖Gate position switches 

❖❖Safety strobe lights 



Philadelphia International Airport 

Homeland Security & Airport Perimeter Designs 

Philadelphia, Pennsylvania 

The goal of this 

project is to 

improve security 

and correct 

inefficiencies 

and delays at 

this high-volume 

gate where 

delivery trucks 

enter the airport. 

PSE performed 

operational 

studies 

and vehicle 

monitoring 

as part of 

the planning 

process. 

Professional Systems Engineering, LLC provided engineering services for the redesign 

of Air Side Gate Access. PSE also provided engineering redesign for secondary gates, 

providing alternate entrance to the airport. PSE redesigned these secondary gates to 

be monitored and controlled by means of card readers, infrared detectors, and video 

surveillance. 

This project also includes designing a canopy system for the pre-screening and 

screening areas for protection from environmental elements. This canopy system will 

include fire alarm, fire protection, and an intercom/paging system. In addition to providing 

security access control, PSE will be providing design options for snow melt systems for 

the gates. 

PSE’s scope of work includes: 

❖❖Surveys of existing gates areas 

❖❖Determine legacy infrastructure including fiber, electrical, communications, 

ductbanks, etc. 

❖❖Determine legacy security system (integration requirements including access 

control, CCTV, alarm monitoring, PLC networks, etc. 

❖❖Investigate all existing service infrastructure including sewer, water, power, 

communications, and storm water 

❖❖Review standards and codes 

❖❖Generate narrative outlining of all findings and recommendations 

❖❖Develop phasing plans for temporary access, construction, and system 

❖❖Provide drawings of the proposed designs for gates areas 

❖❖Provide narrative specifications 

❖❖Screening Building will check for authorized credentials and will also include vehicle 

and personnel searches using back scatter x-ray technology and undercarriage 

video detection 

❖❖Nuclear Materials will be screened 

❖❖Pre-screening building will serve as the credential verifiers and providers for 

individuals requiring access into the airport operations area 



CITGO Petroleum - Lake Charles Manufacturing 

Security Threat & Vulnerability Assessment 

Lake Charles, Louisiana 

PSE surveyed, 

inspected, and 

assessed all 

existing refinery 

security devices, 

equipment, 

alarms, and 

monitoring 

systems 

currently 

installed. This 

included: 

fences, intrusion 

detection 

devices, 

surveillance 

equipment, and 

access control 

devices. Policy 

and procedures 

for the use 

of security 

equipment were 

addressed in a 

full threat and 

vulnerability 

assessment. PSE 

was responsible 

for CITGO 

obtaining a $14 

million grant from 

the Department 

of Homeland 


Professional Systems Engineering provided a baseline threat and vulnerability 

assessment of refinery security and made recommendations from which CITGO 

management optimized efficiency, minimized cost, and maximized the protection of 

critical assets. The data and information gathered by the on-site PSE project team was 

contained in a Security Survey Report, which contained recommendations addressing 

areas for change and/or improvement, alternatives, benefit analysis, as well as 

identification of areas that are satisfactory. PSE utilized the CARVER Model to assess 

and determine the threats and vulnerability of the refinery operation including offshore 

and land traffic impact. 

PSE’s services included a comprehensive management oriented physical security survey 

and risk/threat assessment which: 

❖❖Analyzed the security requirements to achieve adequate and 

cost-effective protection for the Lake Charles Manufacturing, equipment, 

and personnel 

❖❖Assessed the adequacy of existing site security systems with regard 

to the requirements 

❖❖Determined the existing risk that CITGO had with its current 

security program as it relates to the unauthorized access, sabotage, 

public safety, and overall vulnerability of the refinery 

❖❖Provided recommendations regarding how to better protect CITGO assets 

❖❖Provided a cost estimate for the recommended courses of action 



Integrated Services 

While technology 

offers 

streamlining 

of the security 

process, without 

the integration 

of practice with 

procedure, 

staff efficiency 

and bulletproof 

security doctrine 

cannot be 

established. 

Procedure 

❖❖ 

Staffing/Reception 

❖❖ 

Response 

❖❖ 

Risk Mitigation 

❖❖ 

Contingency Planning 

❖❖ 

Continuity of Business 

❖❖ 

Event Preparedness 

❖❖ 

Training/Testing 

❖❖ 

Intel/Social 

❖❖ 

Net’s/Media 

❖❖ 

Executive Protection 

Practice 

❖❖ 

Assessment 

❖❖ 

Vulnerability 

❖❖ 

Compliance 

❖❖ 

Standards 

❖❖ 

Policy/Procedure 

❖❖ 

Post Orders 

❖❖ 

Health 

❖❖ 

Environment 

❖❖ 

Tampering 

❖❖ 

Piracy 

❖❖ 

CSO-On-Call 

Technology 

❖❖ 

Credentialling 

❖❖ 

Physical Security 

❖❖ 

Access Control 

❖❖ 

Surveillance 

❖❖ 

Detection 

❖❖ 

Physical Security Information 

Management 

❖❖ 

Physical Identity and Access 

Management 

❖❖ 

Network Security 

❖❖ 

Communications 

❖❖ 

Public Safety Answer Point 

❖❖ 

Public Safety Control Point 

❖❖ 

Private Safety Answer Point 

❖❖ 

Private Safety Control Point 

❖❖ 

Logical Tests Control 

❖❖ 

Cyber Testing/Patch 

❖❖ 

Commissioning 

Balanced Risk Mitigation Programs 

We offer a balanced team approach by combining the expertise of professionals 

representing physical hardware and systems, operations, policies, and procedures. The 

PSE team is comprised of security management specialists, security risk experts and 

planners, communication specialists, engineers, and CAD designers. Backed with the 

resources of a multi-disciplined team, PSE provides our clients with well-coordinated 

security programs that fully integrate physical security hardware components with 

procedures and operational aspects. 

Policy, Procedures, Post Orders, Training 

The staff at PSE has been providing extensive facility and staff support for carrying out 

mission critical security and safety programs. Custom applications of site-specific security 

and safety requirements are developed and tested to assure compliance with regulators 

and law enforcement. 

Safety Plans and Emergency Evacuation 

PSE produces custom safety plans for use by critical staff members to address incidents 

and activate safety measures with clear, established guidelines. Evacuation plans include 

color employee graphics to manage safety under life-threatening conditions. 



Fermi 2 Nuclear Generating Station 

Security Threat Assessment & Critical Infrastructure 

Newport, Michigan 

Like many 

nuclear operators 

throughout the 

U.S., the events 

of 9/11 made 

security of 

nuclear generator 

stations 

a national 

homeland 

security priority. 

PSE met this 

challenge with 

experienced 

methodologies 

to address 

new Nuclear 

Regulatory 

Commission 

(NRC) 

requirements 

for ownerscontrolled 

areas 

and general 

access. 

Professional Systems Engineering, LLC conducted an on-site evaluation of the physical 

and electronic security systems for the Fermi 2 nuclear power plant. The plant has a 

capacity to produce 1139 megawatts from its boiling water reactors. The evaluation 

included perimeter barriers, perimeter intrusion detection, CCTV, lighting, access control, 

power supplies, computers, alarm stations, consoles, multiplexers, personnel screening/ 

search entrance facility, licensing, documentation and procedures. PSE prepared 

a detailed assessment report containing alternatives, recommendations, drawings, 

schedule and a detailed cost estimate with cost benefit analysis. 

Studies and Recommendations 

❖❖Re-licensing application 

documentation support 

❖❖Screening/search study for 

contractors, employees, and visitors 

❖❖Perimeter threat assessment 

❖❖Mitigation study of terrorist and 

criminal intent 

❖❖Systems cost-benefit study and 

estimate 

❖❖Defensive positions study 

❖❖NRC post 9/11 owners’ area 

compliance 

Critical Physical Infrastructure 

❖❖New entrance facility design to 

withstand ballistic assault 

❖❖New barrier placement design 

❖❖New perimeter intrusion detection 

system (PIDS) 

❖❖New CCTV surveillance 

❖❖Enhancements to central alarm 

system (CAS) 

❖❖Enhancements to secondary alarm 

systems (SAS) 

❖❖New high lumen perimeter lighting 



Amtrak’s Bergen Portal Tunnel 

Homeland Security, Transportation & Consulting Services 

Township of North Bergen, New Jersey 

The National 

Railroad 

Passenger 

Corporation 

(Amtrak) has 

initiated a project 

to provide an 

enhanced level 

of security at 

Amtrak facilities 

across the 

country. PSE 

provided Amtrak 

guidelines and 

criteria that 

would result in 

the design and 

construction of a 

fully functional, 

efficient, 

stable, easily 

maintainable 

state-of-the-art 

security system 

that increased 

the efficiency and 

effectiveness of 

Amtrak’s security 

program. 

Professional Systems Engineering, LLC provided security consulting services to address 

the access point to Amtrak’s Bergen Portal Tunnel - the railways secure entrance from 

New Jersey to Manhattan and New England. 

The security consulting services performed by PSE for Phase I of the project was to 

conduct interviews of selected Amtrak personnel, evaluate the Bergen Portal, prepare a 

report of findings and recommendations, and prepare a Basis of Design and Construction 

(BDC) for future Phase II Work. 

Tasks included: 

❖❖Preparing draft report presentation and draft BDC presentation 

❖❖Conducting a series of interviews with Amtrak NY/NJ personnel 

❖❖Conducting a detailed walk down of the sites 

❖❖Establishing locations for CCTV cameras and recommend camera type 

❖❖Evaluating exterior lighting and establish locations for additional lighting 

fixtures and poles 

❖❖Proposing security equipment (fences/barriers, cameras, light poles, 

intrusion detection devices) 

❖❖Developing a cabling/wiring scheme for the proposed system 

❖❖Developing a video switching and recording system to support the 

proposed CCTV cameras 

❖❖Establishing equipment types (make and model) for all proposed 

security equipment 

❖❖Preparing a detailed cost estimate for equipment and installation 



Amtrak Homeland Security Protection Programs 

Enterprise Security & Communications Consulting 

Various cities, throughout United States 

The size of the 

project was 

unique from 

a national 

perspective 

and required 

a team of PSE 

evaluation 

specialists to 

complete and 

document all 

projects over the 

2-year period. 

Security (8th Street Heavy Maintenance Yard, New York): 

This entails homeland security and communications requirements for Amtrak in regarding 

protection of assets through counter-crime and counter-terrorism measures. Projects 

included maintenance and Owner’s areas in Los Angeles, Washington, D.C., Baltimore, 

Wilmington, Philadelphia, and Queens. Owner area security included responsibility for 

review of CCTV, gates, and other physical items. Los Angeles required maintenance 

and storage yards to be physically secured, as well as electronically monitored with an 

extensive barrier system that was completed with specialized fencing. 

Northeast Corridor: 

Another set of projects allocated to these task order arrangements included the 

Northeast Corridor tunnels and bridges including Bergen and Newark. Tunnel projects 

included counter-terrorism assessments and actions to electronically monitor and 

provide sensors for the surround upon intrusion into the tunnel by “warm body” objects. 

Networked CCTV surveillance was also provided. Study and assessments of all card 

access assets were provided for 15 cities including Chicago, Wilmington Penn Station, 

Philadelphia 30th Street Station, New York City Penn Station, Boston, Washington, 

Los Angeles, and Riverside, California. 

The study and assessments included a complete inventory of all card access systems, 

panels, connectivity, locations of the items, integration diagrams to show existing layouts, 

and all pertinent data bound into 15 separate binders to create as-record documentation 

along with all pertinent data. 

The size of the project was unique from a national perspective and required a team of 

PSE evaluation specialists to complete and document all projects over the 2-year period. 



Physical & Electronic Security Technologies 

With proper 

procedures 

and controls, 

our clients’ 

staff, facilities, 

and operations 

perform to their 

full potential. 

Supplying 

solutions 

that properly 

safeguard 

facilities, 

property, and 

people yields an 

improved work 

environment, 

mitigated losses, 

and reduced 

liability for our 

clients. 

Since 1995 

Since 1997 

Since 1998 

Security Management 

• CPTED Crime Prevention Through 

Environmental Design 

• Crime Exposure and Risk/Threat 

Assessments 

• Site Surveys/Studies, Analyses and 

Recommendations 

• Security Design and Planning for 

Critical Facilities 

• Personnel Screening 

• Baggage Screening 

• Mail Screening 

• Contingency Planning and 

Procedures 

• Applications Design and Engineering 

• Specification Preparation 

• Bid Analysis 

• Personnel Procedures and Training 

• Security Systems Integration and 

Design 

• Perimeter Security Measures 

• Automatic Parking Ramp Controls 

• Security Safety Programs and 

Training 

• Computer Security Measures 

• Workplace Violence Consulting 

• Equipment Sourcing and 

Procurement 

Hardware Consulting 

• ASTM Grade 1-4 Detention 

• UL Tool-Attack Resistance 

• ANSI/BHMA 1-3 

• Magnetic Locking 

• Strikes/Bolts/Locks 

• Hollow Metal Design 

• Polycarbonate Evaluation 

• Motorized Locking 

• Secure Openings Consulting 

• Electronic Controls 

• Life Safety Operations 

• Life Safety 101 Egress 

Physical Security 

• Barriers 

• Virtually Impenetrable Fencing 

• Site and Border Fencing to 100 Acres or 

100 Miles 

• Sallyports 

• Special Gate Design 

• PLC Controls 

• Optical/Physical Turnstiles 

• Mantraps/Enclosures 

• Locking Systems 

• Pneumatic/Electro-Mechanical 

Systems Management 

• Systems Integration 

• Security Communications 

• Secure Site Analysis 

• Enterprise Level Card Access 

• GUI/Touch Screen Door Control 

• Digital CCTV/DVR 

• Intrusion Detection 

• Correctional Systems 

• Motion Detection 

• Elevator Control 

• Systems Testing 

• Proprietary Monitoring 

Security Specialties 

• Museums/Cultural 

• Healthcare/Laboratories 

• Hospitality/Casinos 

• Nuclear Site Protection 

• Corporate 

• Airport/Gates/SIDA 

• Train/Concourse 

• Juvenile Justice 

• Jails/Corrections 

• Forensic Facilities 

• K-12/Magnet/Private Schools 

• Parking 

• High-Rise Office/Residential 



NY State Hydro Power Dams & Clark Energy Center 

Switchyard, Control Center & Intake Security Study & Design 

Massena, New York 

PSE provided a 

security study, 

reports, and 

design services 

to upgrade 

physical security 

at this critical 

power plant 

location 

Professional Systems Engineering, LLC conducted a security study and implemented 

counter terrorist security deterrents for two dams, the 345kV/765kV high tension 

distribution Massena switchyard, and the water supply intake for the town of Massena, 

NY. A component of the study included cyber security for SCADA and telemetry systems. 

The R.E. Moses Power Dam (FDR Power Project) is a critical power generation dam 

spanning the St. Lawrence River, and is shared with Canada. The Long Sault Dam is a 

critical water control dam on the St. Lawrence River, which is associated with the Moses 

Dam. The Massena switchyard is a critical feed to the NYPA electrical power distribution 

system. The study assessed the vulnerabilities of the facilities, documented the existing 

security measures, provided recommendations with alternatives, and provided a detailed 

construction cost estimate. 

The Clark Energy Center is a major control center for electrical power distribution for 

NYPA and is manned 24 hours per day. The 345kV switchyard is a critical feed to the 

NYPA electrical power distribution system. The study assessed the vulnerabilities of 

the facilities, documented the existing security measures, provided alternatives and 

recommendations, and provided a detailed construction cost estimate. The CEC 

system will interface with the existing NYPA system-wide security control center located 

approximately 125 miles away, which will have remote control and monitoring capabilities 

of the CEC system. 

Our consulting and specifications included: 

❖❖Perimeter barriers 

❖❖Intrusion detection 

❖❖Digital CCTV cameras 

❖❖Digital CCTV switching and recording 

❖❖Security lighting 

❖❖Interfacing with existing security power supplies 

❖❖Computer systems 

❖❖Security control center 

❖❖Cyber security analysis 



Callaway Nuclear Generator Station 

Security Threat Assessment & Critical Infrastructure 

Fulton, Missouri 

The staff at 

PSE, having 

performed 

original designs 

for this energy 

producer 

was called to 

redesign the 

perimeter fence 

and intrusion 

detection 

systems. With a 

tight time frame, 

the project ran 

smoothly with 

all documents 

meeting 

NRC and 

owner’s team 

expectations. 

As part of the steam generator replacement project, Professional Systems Engineering, 

LLC prepared detailed designs for the expansion of the existing Callaway Nuclear 

Generator Station. The 1235 megawatt pressurized water required enhancements to 

secure the perimeter. The design included development of all construction documents 

including fence and barrier location drawings, equipment location drawings, system 

block diagrams, interconnection wiring diagrams, CCTV design, equipment mounting 

details, conduit and cable lists, bills of material, purchase requisitions, plant modification 

package, and acceptance test procedures. The design included perimeter barriers, 

perimeter duct bank, perimeter intrusion detection, CCTV cameras, and towers high 

mast lighting, interfacing with the existing security system power supplies, computer 

system, alarm stations, multiplexers, and CCTV switching and control system. 

Nuclear Regulatory Compliance 

❖❖Design input record (DIR) 

❖❖Design document status report 

(DDSR) 

❖❖Re-licensing input 

❖❖Plant modification package (PMP) 

❖❖Acceptance test procedures 

❖❖Personnel access, nuisance delay 

and vehicle barriers 

Security Improvements 

❖❖Fencing and barrier designs 

❖❖Perimeter duct banks 

❖❖Intrusion detection (PIDS) 

❖❖CCTV surveillance 

❖❖High mast lighting 

❖❖Block diagrams, mounting details, 

conduit/cable lists, bills of materials, 

and purchase requisitions 



Amtrak’s Baltimore/Washington Area Tunnels 

Homeland Security & Transportation & Consulting Services 

Baltimore/Washington Area 

The National 

Railroad 

Passenger 

Corporation 

(Amtrak) is in 

the process of 

upgrading their 

security system 

at Baltimore/ 

Washington area 

tunnels. PSE 

provided security 

consulting 

services for 

the existing 

security systems 

protecting 

their critical 

operations, 

and to make 

recommendations 

for upgrading 

the security 

posture of the 

sites. In addition, 

PSE reviewed, 

evaluated 

and provided 

recommendations 

regarding current 

Emergency 

Response Plans 

for these tunnels. 

Professional Systems Engineering, LLC (PSE) provided security consulting services 

addressing the entrances to three Amtrak tunnel sites (a total of six tunnels) located 

in the Baltimore/Washington area. The three tunnel sites consist of the BP tunnels in 

Baltimore (John Street, Wilson Street, and the Gilmore tunnel all located south of the 

Baltimore Station), the Union tunnels in Baltimore (1871 and 1934 tunnels both located 

north of the Baltimore Station), and the 1 st Street tunnel located south of Union Station in 

Washington, DC. In addition, PSE reviewed, evaluated and provided recommendations 

regarding the current Emergency Response Plans for these tunnels. 

Security consulting services performed for Phase I: 

❖❖Conducted interviews with Amtrak personnel 

❖❖Evaluated the entrances to six tunnels, exterior fences, gates and barriers, 

and existing exterior lighting 

❖❖Reviewed, evaluated and provided recommendations regarding current Emergency 

Response Plans 

❖❖Established locations for additional lighting fixtures, CCTV cameras and 

intrusion detection alarm-monitored points 

❖❖Developed a cabling/wiring scheme for the proposed system and 

a video switching and recording system 

❖❖Provided recommendations for locations of digital video recorders, 

monitors, etc, and for software to control recording, to control access 

to video images and to track any changes within the camera viewing area 

❖❖Established equipment types for all proposed security equipment 

❖❖Prepared a report of findings and recommendations and 

detailed cost estimate for equipment and installation 

❖❖Prepared a Basis of Design and Construction (BDC) for Phase II 



Emergency Operations Management 

Professional Consulting and 

Engineering Services 

• Project Management 

• Applications Design/Engineering 

• Specifications 

• RFP Preparation 

• Bid Analysis 

• Drawings & Bid Documents 

Preparation 

• Site Surveys/Studies 

• Compliance Audits 

• Planning/Programmatic 

Development 

• Construction Observation 

• Certification Testing 

• Training 

• Operating Policies/Procedures 

Code Compliance 

• Evacuation Planning 

• Systems Analysis 

• Code Review 

Emergency Operations (cont’d) 

• Communication Infrastructure 

• LAN-WAN-RF Combined Media 

Distribution 

• Structured Copper-Fiber-Coax 

Distribution Networks 

• Access Control/Central Station/ 

Homeland Security Center Operation 

Planning 

• Computer-aided dispatch 

• 800 MHZ Trunked Radio Design/ 

Management 

• Geographic and Jurisdictional Database 

Mapping Management with Call 

Dispatch Integration 

• Remote RF Mobile Data via Fixed 

Terminal Equipment and PDA Installs 

• Critical Electrical and Environmental 

Systems Analysis 

• Life Safety Analysis 

• RFP Procurement, Bid/Negotiation 

• Construction Services 

Emergency Operations 

• Migration Plan/Project Schedule 

(Primavera) 

• Procurement Assistance 

• Installation and Acceptance testing 

Oversight 

• Computer Premises Equipment 

(CPE)/ 9-1-1 Telephony 

• Computer Aided Dispatch (CAD) 

• Records Management System 

(RMS) 

• Cabling and Grounding 

• Specifications and User 

Requirements Review 

• Fire/Emergency Safety Manuals 

• Fire/Emergency Evacuation Graphics 

Communications 

• 911 Call Centers 

• Data/Telecom 

• Computer Networking 

• Video Conferencing 

• Video Arraignment 

• Digital Video Broadcast 

• Multi-Media 

• Audio/Visual/Video 

• Acoustics 

• Noise & Vibration Control 

• Theater Technologies 

• Wide Area Networks 

• Fiber Networks 

• Educational Technologies 



Amtrak 

Enterprise Safety Assessment/Emergency 9-1-1 Dispatch 

Nationwide 

PSE was chosen 

by Amtrak to 

replace its 

Emergency 9-1-1 

Dispatch Center 

with a modern 

system that will 

cover no less 

than 15 cities 

and nearly 150 

operators. PSE’s 

designs allow 

for adaptation 

with evolving 

technology to 

serve current 

and future 

needs. 

Professional Systems Engineering, LLC (PSE) provided consultant services including 

debriefing, interviews, historical analysis, technology requirements, specification 

preparation, RFP production, and bid analysis to replace Amtrak’s CHIEFS system 

public safety software. Amtrak’s existing system was nearly ten years old and no 

longer met Amtrak Police Department’s business needs. It did not keep pace with upto-date 

technological demands and proved labor-intensive to maintain. The existing 

central monitoring center is a national call center providing coverage for emergency, 

enforcement, disaster management, hazardous spill/contamination response and rail 

operations management with far-reaching, and sometimes overlapping jurisdictionalbased, 

automated response call-up. The new system includes the following components 

and capabilities: 

❖❖Computer-aided dispatch/geobase sensitive programming 

❖❖Records management system 

❖❖Internal affairs module for secure review 

❖❖Employee communications 

❖❖Personnel management module 

❖❖GIS mapping with national coverage and integrated/imported response 

jurisdiction mapping 

❖❖Custom reporting relating to train-specific information 

The new system will allow for effective real time dissemination of information regarding 

departmental productivity and crime trend analysis, which facilitates effective deployment 

of resources in conjunction with daily operational requirements as well as emergency 

deployments. This project demonstrates PSE’s ability to “prime” a sophisticated, 

nationally advertised consulting award and bring stakeholders technology support into 

a modern data and systems managed universe that will be deployed in at least 15 cities 

and covering almost 150 operators. 



Delaware County Emergency Services 

Emergency Operations Center Consulting & Design Coordination 

Delaware County, Pennsylvania 

An Emergency 

Operations 

Center (EOC) is a 

complex facility 

that serves as 

a nerve center 

during both small 

emergencies 

and large 

disasters. PSE’s 

EOC designs 

employ the latest 

state-of-the-art 

technology, to 

provide flexibility 

and technological 

resources 

to manage 

an incident 

effectively while 

keeping the 

operation simple 

and easy to 

manage. 

Professional Systems Engineering, LLC provided consulting and design coordination 

services through the Pennsylvania Emergency Management Agency (PEMA) to provide 

an Emergency Operations Center fit out to meet the needs of Delaware County, 

Pennsylvania in the event of a local, state, or federal emergency. The goal was to 

provide the capability of a scalable response to incidents ranging from small-scale 

fires and accidents to a countywide disaster response. By using the latest state of the 

art design, the PSE design allowed for the phased sequential escalation of response 

based on the requirements of the incident. This approach followed the Delaware County 

(DelCo) EOC Renovation Theory in that it separated the Unified Command group from 

the Operations and Planning group and the Logistics and Finance group. Senior elected 

officials will be sequestered from the Command group. News media and some liaison 

groups will be separated from the remainder by keeping them in a briefing area thus 

allowing for better management of the incident. 

The following rooms were utilized for the deployment of multimedia and communications 

technology: Privacy and Sequestering Room, EOC First Stage Activation Room, 

Unified Command/Joint Command Group Room and the EOC Full Activation Room. A 

multimedia control and feed was also provided to the DelCo 9-1-1 Emergency Response 

Center within the facility. 

Multimedia Management System 

❖❖Multiple touch screen A/V controllers 

❖❖Live broadcast feeds 

❖❖Internet broadcast beeds 

❖❖Multimedia switching capability 

❖❖Voice and data distribution 

❖❖Large flat LCD screen and 

multimedia projection displays 

❖❖Fixed and mobile video conferencing 

system 

Tele/Data Infrastructure 

❖❖Equipment rack layouts 

❖❖Structured cabling and conduit 

❖❖Ethernet and Wi-Fi switch 

deployment 

❖❖Wireless laptop cart system 

❖❖UPS system 

❖❖Systems integration 



Saint Lucie Nuclear Power Plant 

Perimeter Intrusion Detection Systems (PIDS) 

Hutchinson Island, Florida 

Known as 

experts in 

the perimeter 

detection and 

fencing fields 

– our staff 

has planned, 

designed, 

engineered and/ 

or evaluated 

hundreds of 

intrusion and 

homeland 

security 

applications 

for defensive 

counter 

measures. 

Professional Systems Engineering, LLC provided design analysis for the replacement of 

the St. Lucie Nuclear Power Plant’s Perimeter Intrusion Detection System. The plant’s 

perimeter line is approximately 7,500 ft. of varied terrain in a coastal environment, 

divided into 37 detection zones 

PSE’s services included the following: 

Research Existing Conditions 

❖❖Interviewed PIDS manufacturer 

❖❖Collected system performance and reliability data 

❖❖Obtained As-built documentation 

❖❖Determined equipment life expectancy and maintenance history 

Security Assessments 

❖❖Assessment of the U.S. Nuclear Regulatory Commission (NRC) 

Regulatory Guide’s performance criteria for detection 

❖❖Comparison of microwave systems verses other technologies 

❖❖Verification of zoning layouts and multiplexing to prevent 

frequency interference 

❖❖Evaluation of double, triple, and quadruple stack volumetric 

detection designs 

❖❖Construction phasing requirements 

❖❖Cost analysis 

Design of Replacement System 

❖❖System of like and kind which met NRC performance requirements 

(Regulatory Guide 544 and Design Basis Threat 10CFR73.1) 

❖❖Replacement Methods 

❖❖Phasing required for construction 

❖❖Opinion of probable cost 



Homeland Security Program Development 

Pharma • Chemical • Petrochemical • Electronics • Food 

Multiple Campus Projects throughout U.S., Canada, and Puerto Rico 

PSE’s staff has 

over 30 years 

experience 

providing 

comprehensive 

professional 

engineering, 

design, and 

consulting 

services in 

security, 

particularly 

for Pharma, 

chemical, utility, 

and government 

agency clients 

throughout 

the U.S. The 

firm’s depth 

of expertise 

is measurable 

in the great 

number of 

our designs 

in current 

operation, which 

total several 

hundred and 

equal over 

$5 billion in 

construction 

costs. 

Professional Systems Engineering’s staff experience in defining requirements for both 

counter-crime and counter-terrorism in Homeland Security for chemical, organics, 

refinement/manufacturing and laboratory spaces includes site security, fire protection, 

gas suppression, communications and fire alarm/mass notification. Many of these system 

designs were accomplished for the following client projects. 

❖ McNeil Pharmaceutical, Spring House, PA – Labs and Manufacturing 

❖ Ortho Pharmaceutical, Raritan, NJ – Labs and Manufacturing 

❖ McNeil Consumer Products, Round Rock, TX – Class 100 Manufacturing 

❖ McNeil Consumer Products, Las Piedras, PR – Class 100 Manufacturing 

❖ McNeil Pharmaceutical, Spring House, PA – Animal Research Labs 

❖ Boehringer Ingelheim, NJ – Precious Metals Laboratory Analysis 

❖ Citgo Petroleum, Corpus Christi, TX – Refinery 

❖ Citgo Petroleum, Lake Charles, LA – Manufacturing 

❖ Citgo Petroleum, Houston, TX – Corporate Offices 

❖ Rhone Poulenc Rohrer, Ft. Washington, PA – Labs and Manufacturing 

❖ BASF Corporation, Mount Olive, NJ – Research and Development Center 

❖ National Cancer Institute, Bethesda, MD – Campus Improvements 

❖ Nortel, Ottawa, Canada – New Production Laboratories 

❖ Sterling Pharmaceuticals, Collegeville, PA – New Campus 

❖ University of PA, Philadelphia, PA – Animal Research Labs 

❖ Key Pharmaceuticals, Las Piedras, PR – Class 100 Manufacturing and Packaging 

❖ Astro Space Center, Brunswick, NJ – Satellite Intergration/Test 

❖ International Flavors and Fragrances – Manufacturing 

Many of these projects required specialized lethal gas and biohazard monitoring, safety 

integration, and critical life safety measures. In some cases, even 1 part in 1 billion of 

working chemicals could be immediately lethal leading to special safety planning. 

Security and communications efforts were equally as strong requiring utmost care 

in program development, governmental regulation, and contractor compliance while 

providing both convenience and safe conditions for the work population. 



City of Philadelphia Facilities Assessment Project 

Security Assessment 

Philadelphia, Pennsylvania 

PSE’s experts 

provided the City 

of Philadelphia 

an added level 

of value by 

addressing the 

often forgotten 

security, life 

safety, and 

communication 

disciplines 

as part of 

the capital 

expenditure 

planning 

process. 

Our direct 

experience with 

first responders 

and public 

safety helped 

to align this 

assessment 

with real world 

needs that are 

not understood 

by general 

assessment 

providers. 

Professional Systems Engineering, LLC participated in assessing the physical condition 

of 149 City of Philadelphia department facilities, totaling approximately 3 million square 

feet. Our findings were conveyed both in hardcopy any dynamic data spreadsheet in an 

organized, comprehensive format that allowed the City to prioritize and allocate funding 

for ongoing capital repairs and maintenance. 

Facilities for the following City departments were included: 

❖❖Police Department -- 32 facilities 

❖❖Fire Department -- 66 facilities 

❖❖Prison System -- 36 facilities 

❖❖Department of Public Health --15 facilities 

❖❖Interior of City Hall 

The assessment information was stored in a data system that enables Pennsylvania 

Intergovernmental Cooperation Authority (PICA) and the City to effectively evaluate and 

approve annual five-year financial plans with prioritized funding for future renovations. 

The facility conditions assessment process included the following elements: 

❖❖Building (Structure and Systems) 

❖❖Roofing 

❖❖Exterior walls 

❖❖Exterior building lighting 

❖❖Interior finishes 

❖❖Heating system 

❖❖Electrical power distribution 

❖❖Telecommunications 

❖❖Plumbing systems 

❖❖Air conditioning system 

❖❖Fire protection systems 

❖❖ADA ramps, lifts 

❖❖Site support structures 

❖❖On-site paved surfaces 

❖❖Perimeter paved surfaces 

❖❖Site structures 

❖❖Site furnishings 

❖❖Site drainage 

❖❖Interior fencing 

❖❖Landscaping 

PSE was responsible for the 36 prison facilities assessing their security systems 

including perimeter security, fire protection/detection system and tele/data 

communication systems. For this project, PSE entered field data collection into the 

software for integration and data quality assurance management. Data collected from 

the physical inspection teams was entered into a database -- Microsoft Access. The data 

was transferred to the database integrator who merged the data into master files where 

it was classified by building systems; finally prioritized, assigned associated costs, and 

checked for accuracy. 



CITGO Petroleum - Lake Charles Manufacturing 

Security Consulting Services 

Lake Charles, Louisiana 



assessed all 



equipment, 

alarms, and 

monitoring 

systems 

currently 


included: 


detection 

devices, 

surveillance 





for the use 

of security 




vulnerability 



for CITGO 






Professional Systems Engineering provided 

baseline threat and vulnerability assessment 

and security consulting services including a 

review of the designs to date for the upgrade 

of the security system at the Lake Charles 

Manufacturing Facility. 

Our services included: 

❖❖Applications review of the perimeter 

fence location and mechanical 

configuration of the fence, perimeter 

access control points including vehicle 

gates, vehicle barriers, and personnel entrance points 

❖❖Review of the perimeter lighting system including fixture type(s), locations, pole 

type(s), light levels, perimeter coverage, light-to-dark ratio, and circulating to 

ensure compatibility with the proposed CCTV surveillance system and security 

force human surveillance requirements 

❖❖Conducting an applications review of the proposed perimeter intrusion detection 

system (PIDS) including PIDS equipment type, zone lengths, zone break points (to 

match CCTV coverage), and power requirements 

❖❖Conducting an applications review of the video monitoring, switching/control and 

recording system to support the proposed CCTV surveillance system, including the 

intergration of the CCTV system with the PIDS 

❖❖Review of the security computer access control and alarm monitoring system 

❖❖Applications review of the Security communications system including telephone, 

radio, intercom/paging, for both facility and Local Law 

Enforcement Agency (LLEA) interface 

❖❖Review of the proposed security console layout and security control room 

arrangement to ensure ergonomic design concepts have been incorporated 

❖❖Review of technical bid specification(s) for procurement and installation of the 

proposed security system 



CITGO Petroleum - Corpus Christi Refinery 

Security Threat & Vulnerability Assessment 

Corpus Christi, Texas 



assessed all 



equipment, 

alarms, and 

monitoring 

systems 

currently 


included: 


detection 

devices, 

surveillance 





for the use 

of security 




vulnerability 



for CITGO 






Professional Systems Engineering provided a baseline threat and vulnerability 

assessment of refinery security and made recommendations from which CITGO 

management optimized efficiency, minimized cost, and maximized the protection of 

critical assets. The data and information gathered by the on-site PSE project team was 

contained in a Security Survey Report, which contained recommendations addressing 

areas for change and/or improvement, alternatives, benefit analysis, as well as 

identification of areas that are satisfactory. PSE utilized the CARVER Model to assess 

and determine the threats and vulnerability of the refinery operation including offshore 

and land traffic impact. 

PSE’s services included a comprehensive management oriented physical security survey 

and risk/threat assessment which: 

❖❖ 

Analyzed the security requirements to achieve adequate and 

cost-effective protection for the Corpus Christi Refinery, equipment, 

and personnel 

❖❖ 

Assessed the adequacy of existing site security systems with regard 

to the requirements 

❖❖ 

Determined the existing risk that CITGO had with its current 

security program as it relates to the unauthorized access, sabotage, 

public safety, and overall vulnerability of the refinery 

❖❖ 

Provided recommendations regarding how to better protect CITGO assets 

❖❖ 

Provided a cost estimate for the recommended courses of action 



Client List 

AGENCIES 

City of Baltimore, MD 

City of Elizabeth, NJ 

City of Hoboken, NJ 

City of Perth Amboy, NJ 

City of Philadelphia, PA 

County of Bergen, NJ 

County of Carbon, PA 

County of Caroline, MD 

County of Delaware, OH 

County of Delaware, PA 

County of Eaton, MI 

County of Essex, NJ 

County of Franklin, OH 

County of Hudson, NJ 

County of Luzerne, PA 

County of Montgomery, MD 

Dept. of Public Works and Transportation 

County of Orange, CA 

DC Department of Mental Health 

District of Columbia 

Federal Aviation Administration 

General Services Administration 

Hancock County, WV 

Internal Revenue Service (IRS) 

Lexington-Fayette Urban Co. Gov’t, KY 

Maryland Dept. of Public Safety and 

Correctional Services (DPSCS) 

Merrimack County, NH 

National Cancer Institute 

National Fish and Wildlife Foundation 

NJ Dept. of Corrections 

NJ Division of Property Management and 

Construction (DPMC) 

NJ Economic Development Authority 

New York Department of Corrections 

New York City Dept. Design & Construction 

New York Juvenile Administration 

Patapsco Waste Water Treatment Plant 

Pennsylvania Dept. of General Services 

Social Security Administration 

South Brunswick Township, NJ 

The State of New Jersey 

US Agency for International Development 

AGENCIES cont. 

US Army Corps of Engineers 

US Fish and Wildlife Service 

US Coast Guard 

US Dept. of Health Human Services 

US Postal Service 

Virginia Department of Corrections 

West Virginia State Government 

CORPORATE / PROFESSIONAL 

ABC TV 

American Standard 

1616 Walnut Street High-Rise 

BASF - North American Headquarters 

BHC Securities 

Blue Cross/Blue Shield 

Bloom Energy 

Burle Industries 

CIGNA 

Two Liberty Place 

Commerce Square 

Exchange Place Center Office Tower 

General Electric 

Home Life Insurance Company 

Inglis House 

Johnson and Johnson, PA 

Melitta, NJ 

NASDQ 

NBC TV 

New Brunswick High-Rise Housing 

One Bala Plaza 

Two Bala Plaza 

Three Bala Plaza 

Penn Towers Hotel 

PNC Bank 

RCA New Products Division 

Towers, Perrin, Forster, and Crosby, Inc. 

Two Liberty Place 

Vanguard Group, Inc. 

Verizon 

Project Sites throughout PA & DE 

Wyndham Hotel at Franklin Plaza 



Client List 

COURTS / LAW ENFORCEMENT 

19th Judicial District Court, LA 

Administrative Office of the United States 

Courts (AOUSC) 

Alameda Juvenile Courts, CA 

Amtrak Police Department 

Bergen County Justice Center, NJ 

Bergen County Sheriff’s Office, NJ 

Bridgeport Superior Courts and Center for 

Juvenile Matters, CT 

Cantonsville District Court, MD 

Carbon County Courthouse, PA 

Dauphin County Courthouse, PA 

Delaware Capitol Police Department, DE 

Delaware County Courthouse, PA 

Delaware County Domestic Courts, PA 

Delaware County Magistrates, PA 

Delaware County Sheriff’s Department, PA 

Delaware State Police 

Denver Sheriff Office, CO 

Eaton County Sheriff’s Department, MI 

Elizabeth City 9-1-1, NJ 

Elizabeth City Police Department, NJ 

Essex County Courthouse, NJ 

Essex County Sheriff’s Office, NJ 

Franklin County Courthouse, OH 

Hillsborough County Sheriff’s Office, NH 

Hudson County Fire, Police and Training 

Academy, NJ 

Hudson County Sheriff’s Office, NJ 

Jefferson County Courthouse, NY 

Kent County Courthouse, DE 

Lehigh County Courthouse, PA 

Lexington County Sheriff’s Department, KY 

Luzerne County Sheriff’s Department, PA 

Montgomery Co. Criminal Justice Ctr., MD 

Niagara Falls Police and Courts, NY 

Newark Police Department, NJ 

Ocean County Jail, NJ 

Orange County Sheriff Department, CA 

Philadelphia Police Department, PA 

Philadelphia Sheriff’s Office, PA 

South Brunswick Police Department, NJ 

South Brunswick Township, NJ 

Southern Maryland Courthouse, MD 

Washington County Courthouse, MD 

INDUSTRIAL / CHEMICAL / PHARMA / 

CRITICAL INFRASTRUCTURE 

ARCO Chemicals, PA 

AT&T, NJ 

Coates Reprographics, PA 

Exxon Biomedical Facilities, PA 

Henkel Chemical, PA 

Missouri River Dams, CO 

Kulicke & Soffa, PA 

Patapsco Waste Water Treatment Plant 

RCA New Products Division, PA 

Unisys Corporation, PA 

Verizon 

30 Delaware Sites, 

400 Pennsylvania Sites 

Voltaix, LLC, PA 

ENERGY 

Ameren UE 

AEP 

Bruce Power 

CITGO 

Dominion Power 

Florida Power and Light 

New York Power Authority 

NY State Electric & Gas Corp. (NYSEG) 

Potomac Electric & Power Company 

(PEPCO), MD, VA & DC 

Rochester Gas & Electric (RG&E) 

SCANA Corporation, SC 

CULTURAL 

CIGNA, PA 

Fire Apparatus Museum 

Clay Center for the Arts and Sciences, WV 

Cusano Environmental Education Center 

Holocaust Museum, Washington, DC 

Independence National Historic Park, PA 

Kent Park, Delaware County, PA 

Lincoln Center for the Performing Arts, NY 

National Museum of American Jewish 

History (NMAJH), PA 

Pennsylvania Academy of Fine Arts (PAFA 

University of PA Museum of Archaeology 



Client List 

TELECOMMUNICATION 

INFRASTRUCTURE 

Bergan County, NJ 

City of Hoboken, NJ 

City of Philadelphia, PA 

County of Essex, NJ 

Fiserv Trust - BHC, PA 

General Electric 

Lexington County Government, KY 

NASDAQ 

NBC - NYC 

Provident National Bank, PA 

Richard Stockton College, NJ 

RCA - Indianapolis, IN 

RCA - Rockefeller Center, NY 

State of Maryland (Multiple Sites) 

University of Pennsylvania, PA 

Verizon – Corporate Computer Center 

TRANSPORTATION 

Amtrak 

Los Angeles Maintenance Yard, CA 

National 9-1-1 Call System 

Homeland Sec. Prog. - NE Corridor 

City of Philadelphia - PHL Int’l. Airport 

Honeywell Corporation 

Montgomery County MD, Dept. of Public 

Works and Transportation 

New Jersey Transportation Authority 

(NJTA) 

Pennsylvania Turnpike Commission (PTC) 

Pennsylvania Dept. of Transportation 

(PennDOT) 

SEPTA 

PARKING STRUCTURES 

County of Delaware 

Exchange Place Center Office Tower 

Kent County Courthouse, DE 

Montgomery Parking Authority, MD 

Rutgers University, NJ 

Hicksville Parking Garage, NY 

University of Pennsylvania, PA 

Wyndham Hotels and Resorts, PA 

LABORATORY / 

HIGH PERFORMANCE SPACE 

AstraZeneca Pharmaceuticals, DE 

Administrative Support/Training 

Astro Space Center, NJ 

BASF Corporation, NJ 

Research and Development Center 

Boehringer Ingelheim, NJ 

Johnson and Johnson Patient Care, NJ 

Administrative Areas 

Merck Pharmaceutical, PA 

McNeil Consumer Products, PA 

Labs and Manufacturing 

McNeil Consumer Products, TX 

Class 100 Manufacturing 

McNeil Consumer Products, PR 

Class 100 Manufacturing 

McNeil Pharmaceutical, Spring House, PA 

Animal Research Labs and 

Manufacturing 

Nortel, Ottawa, Canada 

New Production Laboratories 

Ortho Pharmaceutical, NJ 


Rhone-Poulenc Rohrer Pharmaceuticals, PA 


Sterling Pharmaceuticals 

Precious Metals Laboratory Analysis 

Thomas Jefferson University, PA 

Microbilogy Research 

Rhone-Poulenc Rohrer Pharmaceuticals, PA 


Sterling Pharmaceuticals 

Precious Metals Laboratory Analysis 

Thomas Jefferson University, PA 

Microbilogy Research

PSE Homeland Security

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