Langan | London Qualifications by Langan

GENERAL STATEMENT OF QUALIFICATIONS

Technical Excellence

Practical Experience

Client Responsiveness

SUSTAINABLE DESIGN

Langan professionals design solutions that maintain the inherent connections between structures and their natural surroundings. The result sustainable communities for future generations to live, work and play.

HEALTH & SAFETY

Langan is committed to providing a healthy and safe working environment. Langan’s goal is to be SAFE (Stay Accident Free Everyday).

PLACE IMAGE HERE

Credit: Skidmore, Owings & Merrill

Corporate Summary & Services

CORPORATE SUMMARY ENGINEERING AND ENVIRONMENTAL SOLUTIONS FOR THE WORLD’S MOST CHALLENGING PROJECTS. Langan provides an integrated mix of engineering and environmental consulting services in support of corporate real estate portfolios and land development projects. Founded in 1970, our broad range of services includes environmental, site/civil, geotechnical, and traffic engineering; surveying and 3D laser scanning; earthquake design; building information modeling (BIM) and GIS/data management services for clients around the world. Langan employs over 1,200 professionals in 29 U.S. offices and five international locations. From its headquarters in New York, and other “international” cities around the country, Langan International supports development projects throughout Europe, the Middle East, Asia, Africa, Central/South America, and the Caribbean. From the firm’s strategically located international offices in London, Dubai, Panama, Greece and Canada, Langan provides in-country expertise and resources to manage complex projects beyond the borders of the United States. Together, the domestic and international offices of Langan perform around-the-clock, in a process we call “reverse-off-shoring” to meet project deadlines and exceed expectations for global clients.

1200+

employees firm-wide years in business

office locations

projects in

100 countries

100+ awards

years of international experience

GEOTECHNICAL ENGINEERING SUBSURFACE SOLUTIONS Langan was founded as a geotechnical consulting company in 1970, and geotechnical engineering remains a core discipline at Langan today. Working closely with our clients from the outset and, through innovative geotechnical assessment, we develop sustainable engineering solutions with respect to planning, programme, cost and environmental considerations, which are appropriate for the development, site constraints and the governing ground conditions. Our reputation as a leading international geotechnical consultant has been earned through successful delivery on numerous projects involving complex and technically challenging sites where highly specialized site preparation, foundations, and fast-track engineering solutions are required.

GEOTECHNICAL SERVICES: • Subsurface Investigations

(Engineering & Contaminated Land) • Foundation Design • Numerical Modelling • Retaining Structures • Basement Impact Assessment • Excavation Support and Underpinning Design • Dewatering Design and Permitting • Ground Movement Analysis – Impacts on 3rd Party Assets • Mine Investigations • Cost Estimates

• Earthquake/Seismic Analysis &

Engineering • Geological and Geomorphological Mapping of Rock Slopes • Vibration and Ground Movement Monitoring • Rock and Soil Slope Design/ Stabilization • Groundwater Flow and Seepage Analysis • Earthworks Design & Optimisation • Earth and Rock Fill Dams • Tunnels/Micro Tunneling

• Crossing Design Using Trenchless

Techniques • Seawalls, Piers, and Bulkheads • Dredging • Materials Analysis • Value Engineering • Soil Improvement/Ground Modification • Pre-Construction Conditions Surveys • Construction Documents • Construction Observation & Monitoring • Forensic Engineering/Expert Witness

NUMERICAL MODELLING COMPLEX FOUNDATION DESIGN Subsurface engineering is often required to address technically challenging ground conditions and development proposals, as well as negotiate congested urban centres and existing development. As a leading engineering consultant, engaged on numerous international projects, Langan has developed analytical methods to assist in determining cost-efficient and sustainable solutions with regard to foundations, basement design, groundwater design and earthworks optimization, together with the quantification of dynamic loading due to seismic activity, where appropriate.

NUMERICAL MODELLING SERVICES: • • • • • • • • • •

Foundation Load Distributions 3D Settlement Behavior Construction Phasing Analysis Impacts on Adjacent Assets Basement Analysis Prop Sequencing Wall Design Deflection Analysis Seismic Analysis and Modeling Site-Specific Response Spectra

• Ground Response Analysis • Site-Specific Time Histories • Seismic Stability & Deformation of Slopes • Soil-Structure Interaction Analyses • Liquefaction Potential and Associated Deformations • Earthworks Optimisation • Earthworks Optimization • Site Layout Optimization

• • • • • • • •

Rapid Optioneering of Grading, Storm Water And Road Layout 3D Visualization Groundwater Analysis Contaminant Transport Modelling Groundwater Flow Seepage Analysis Slope Design and Stabilization Rock & Soil Slope Analysis

CIVIL ENGINEERING RESPONSIVENESS THAT DELIVERS RESULTS Langan’s civil engineers contribute to the success of your development projects by providing technical excellence no matter how small or complex the project is. Our practical experience ensures that our designs meet the most stringent planning and regulatory requirements in a cost effective, efficient and sustainable manner. Increasingly as sites become more constrained and contaminated we understand the importance of optimizing site values by minimizing below ground costs, multi-purposing infrastructure use and reducing construction program through integrated design solutions. Our mandate is to respond to your development aspirations and your sites challenges.

CIVIL SERVICES: • Site Feasibility and Due Diligence

Studies • Pre-Purchase Infrastructure Appraisals • Planning and EIA Support • Flood Risk Assessments (Zones 1, 2 & 3) • Cut and Fill Analysis • Site Levels and Earthworks Ground Modelling

• Design of Sustainable Urban

Drainage Systems (SuDS) • Drainage Design Works associated with S104, S106 and S185 Agreements • Utility Infrastructure Designs • Large Sewer Diversions and Build- Overs • Utility Infrastructure Designs • Waterfront Systems Designs

• Travel Plans and Transport

Assessments • Traffic Calming & Road Signage Design • Junction and Highways Design • Highway Works associated with S38 and S278 Agreements • Erosion & Sediment Control

ENVIRONMENTAL TECHNICAL AND REGULATORY ADVOCACY Langan works with project teams to provide leading-edge, focused, streamlined investigations and risk-based remediation. We excel in promoting and gaining regulatory acceptance of risk based strategies to support cost effective development/liability management. Langan possesses expertise in a wide variety of projects and works across the public, property development and construction sectors plus chemical and petrochemical industry.

ENVIRONMENTAL SERVICES: • Contaminated Site Characterisation and Risk Assessment • Brownfield Redevelopment • Due Diligence Support • Site Feasibility Studies • Site Investigation • Permitting/Regulatory Approvals • Compliance Auditing • GIS/Database Management • Air Modeling

• Environmental Impact Assessment

(EIA) • Human Health / Controlled Waters and Ground Gas Risk Assessment • Pneumatic Modeling of Ground Gas • Exposure Assessments • Free Product Volume and Mobility Modeling • Remediation Strategy and Options Appraisal

• Remediation Design/Oversight • Feasibility and Pilot Studies • Remediation Monitoring and Verification • Land Remediation Tax Relief Entitlement • Materials Management • Waste Management • Construction Support • Expert Witness/Peer Review

SURVEYING, SCANNING, & MAPPING CUTTING-EDGE TECHNOLOGY & EFFICIENCY Our field crews utilize state-of-the-art surveying equipment including a new Pegasus mobile mapping system, 3D laser scanning, global positioning systems (GPS), robotic and prismless total stations, single and multi-beam echo sounders, drones, and side-scan sonar. Langan’s mobile mapping and 3D scanning programs are integral for asset management, as-built information, and preliminary development for all aspects of the industry. Use of the most recent technology in the field allows our crews to be more productive and achieve greater accuracy. Field crews have mobile internet capabilities through field laptops and our advanced equipment to accommodate data analysis and design changes in real time, which is crucial in oil and gas field operations.

SURVEYING SERVICES: • Well Plat Surveys • Topographic Surveys • Boundary, Right-of-Way,

& Corridor Surveys • ALTA/ACSM Land Title Surveys • Utility Surveys

• • • • •

GPS Surveys Hydrographic/Bathymetric Surveys Highway/Route Surveys Construction Stake-Out As-Built Surveys

• • • • •

Photogrammetric Control GIS/LIS Data Acquisition Geographical Information Systems Deformation/Monitoring Surveys Utility/Thermal Scanning

GIS/DATA MANAGEMENT CUTTING-EDGE DATA VISUALIZATION Langan utilizes the latest CADD, GIS, and Data Management software applications to analyze and design cost-effective solutions to our clients’ problems. Our CADD-GIS group provides custom training, programming, and technical support to both our staff and to our clients in Autodesk’s Map, Land Desktop and Civil 3D, as well as ESRI’s ArcGIS suite of applications including ArcMap, ArcEditor, and ArcInfo and their assorted extensions. Langan utilizes SITEOPS software for value engineering and to provide design optimization of land development projects. We use Earthsoft’s EQuIS Chemistry and Geology products to manage large datasets for our environmental and geotechnical clients, and use GIS, Rockworks, GMS and EVS to visualize the data. Langan also uses 3D Studio and various post production products to generate computer generated animations of our clients’ projects, allowing them to see the virtual design before construction.

GIS/DATA MANAGEMENT SERVICES: • Software Integration and Technical Support • Custom Programming • Software Training • Web Design

• • • •

CADD Conversions GIS Mapping 3D Animations Data Entry

PARKING ANALYSIS & DESIGN OPERATIONAL, FUNCTIONAL, SECURE Langan has a broad background in all phases of parking design, revenue control systems, and security design for both open lot and enclosed structures. From conceptual plans for developers, to interaction in the design process with noted architects, to integration of parking design with structural engineers, the goal is to provide complete and innovative designs. With a background soundly founded on operational standards, Langan can provide the latest in revenue control systems, green lighting systems, advanced security orientation, and safety. Our garage management office plans help integrate all the functioning systems necessary to efficiently run the modern garage. In keeping up with the latest technology, Langan can provide information and design of a multitude of mechanical, automatic, and robotic garage concepts, enabling the future to be realized today.

LANGAN PARKING ANALYSIS AND DESIGN SERVICES: • • • • • • • • •

• • • • • • • •

Develop Parking Demand Projections Conceptual Design Options Garage Massing and Layout Striping Plans for Existing Environments Maximum Garage Density Utilization of Self Park and Valet Systems Integration with Traffic Environment Expert Witness and Testimony Effective Revenue Control Systems

ADA Compliance Design Security Systems and Monitoring Pedestrian Drop Off and Waiting Zones Pedestrian Safety in the Garage Environment Vertical Transportation and Connection to Adjoining Spaces Green Lighting and Energy Efficiency Signage and Way Finding Review of Existing Environments for Maximum Usage

TRAFFIC/TRANSPORTATION SAFE. EFFICIENT. INNOVATIVE. Langan’s transportation engineering and planning team offers a comprehensive range of transport planning and highways design engineering covering the entire range of residential, commercial, office, resort, shopping malls, stadiums and academic developments. Services provided include highway and access road design, junction design, traffic calming schemes, cycle route design, as well as the design of parking, transit, and non-motorized transportation facilities. For the planning and design of these types of facilities we have provided simulation modeling, master plans, traffic impact assessment, operational analysis, signal design, signage and wayfinding studies, origin/ destination surveys, travel demand modeling, corridor studies, urban transportation plans, transit station and route planning and terminal planning.

TRANSPORTATION SERVICES: • • • •

Traffic Calming Green Travel Plans Traffic Impact Assessments Due Diligence and Site Feasibility Studies • Town Center Regeneration Schemes • Junction and Access Road Design

• • • • • • •

Master Planning Access Road and Junction Design Stadium and Event Planning Traffic Modeling & Simulation Transit Studies Station Planning Parking Studies

• • • • • • •

Corridor Studies Airport Studies Value Engineering Bicycle & Pedestrian Safety Studies Toll Facilities Urban Development Infrastructure Rehabilitation

WATERFRONT & MARINE LEADING EDGE AT THE WATER’S EDGE Langan works with property owners and their design teams to assess and rejuvenate waterfront sites. We evaluate shorelines and waterfront structures to determine the best approach for reuse, replacement, or new construction. Our waterfront engineers and marine specialists develop tailored design solutions. And with offices strategically located near major bodies of water, Langan is able to serve clients in coastal regions around the world.

WATERFRONT ENGINEERING SERVICES: • Bulkhead, wharf, and pier/platform design • Structural inspection • Repair and remediation design • Shoreline revetment and slope/ embankment stabilization

• • • • • •

Flood protection studies and design Dredging design and oversight Stream restoration and bioengineering Permitting Wetland delineation and mitigation Wildlife habitat assessments and surveys

LENDERS TECHNICAL ADVISORY SERVICES THE CONCESSIONAIRE’S CONSULTANT As a cutting-edge leader in site development and redevelopment engineering services, Langan has served as Lenders Technical Advisor (LTA) to numerous privately financed and public-private partnerships (PPP) for large infrastructure concession projects both in the United States and overseas. Services provided have included due diligence; Phase I and Phase II investigations; evaluation of designs, construction means and methods, and project schedule and budget; and reporting and approval of loan drawdowns. In addition, Langan has significant experience in PPP projects in the United States. Specifically, the firm has provided services for the Penn Station Redevelopment, West Side Yards Redevelopment, and Hudson River Park in New York City. Notable international projects on which Langan has provided technical advisory services to lenders include:

• EKPPT Motorway – Served as LTA for a 2.1-billion Euro, 365-kilometer motorway in Greece. The project reached financial closing in August 2008.

• Rion-Antirion Bridge – Served as LTA for a 750-million Euro, 3.3-kilometer cable-stay bridge in Greece.

The project was awarded the 2007 Opal Award, one of the most prestigious honors in civil engineering. • Ionia Odos Motorway – Served as LTA for a 1.1-billion Euro, 196-kilometer motorway in Greece. • Chacao Channel Bridge – Served as Design Checker for a $700-million, 2.4-kilometer suspension bridge.

“As a result of their invaluable contributions on this world-class project, I would highly recommend Langan for any major project.”

-- J.P. Teyssandier, Managing Director and Chairman of the Board of Gefyra S.A., a Joint Venture lead by VINCI Group, Paris, France

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Credit: Glenn Howells Architecture

Project Experience

NINE ELMS SQUARE – UNITED KINGDOM SERVICES: • • • •

Geotechnical Engineering Foundation Design Site/Civil Engineering Environmental Engineering

LOCATION: London, United Kingdom CLIENT: R&F Properties & CC Land Holdings (Joint Venture) ARCHITECT & STRUCTURAL ENGINEER: Skidmore, Owings & Merrill (SOM)

Credit: Skidmore, Owings & Merrill

Just south of the River Thames, the 10-acre former New Covent Garden Flower Market site is being redeveloped as a mixed-use development featuring 12 residential buildings and a Linear Park that will run from Vauxhall Bridge to the Battersea Power Station. The luxury residential towers will rise up to 55 floors above a deep, single level basement containing servicing and parking. Other facilities will include restaurants, bars, retail outlets, and commercial space. Langan supported the ambitious design and construction program from the outset, assisting in the execution of a £1m geotechnical and geoenvironmental site investigation and a preliminary pile testing program. Working closely with the project architect, we completed complex Finite Element analyses to optimize pile group arrangements, seeking to facilitate rapid construction methods whilst ensuring associated settlements were within acceptable tolerances between adjacent buildings and the site-wide basement. Discharge of pre-commencement planning conditions was a key constraint and we provided a range of technical submissions regarding drainage, contamination and piling. The site is also severed by a 1.75m diameter Victorian sewer, which the development wraps around. Langan assisted in approvals for construction activities around this sensitive Thames Water asset, working closely with various contractors to develop acceptable construction methods and sequences to protect the sewer. Storm water attenuation, collecting water from across the extensive podium together with the foul water network was developed while working closely with the architect and engineering teams. Langan also helped facilitate construction and site logistics through negotiating S278 Agreements with Transportation for London for new accesses onto the adjacent road network.

TOTTENHAM HALE – UNITED KINGDOM SERVICES: •

Geoenvironmental Engineering

LOCATION: London, United Kingdom CLIENT: Argent Related Credit: Glenn Howells Architecture

ARCHITECT: AHMM Alison Brooks Architects Pollard Thomas Edwards Grant Associates STRATEGIC PARTNERS: Whitby Wood

Tottenham Hale, a place known for its transport connections, will be reinvigorated into a pedestrian friendly area comprised of 1,030 new residential units – a mix of market sale, affordable and rental; retail spaces; co-working and office space; a new health centre and public space making it one of North London’s largest development projects. The new development is comprised of five sites: Welbourne, Ashley Road East, Ashley Road West, Ferry Island and North Island. This ambitious project is the first phase of a wider housing scheme centred on Tottenham and will include new community facilities, shops, cafes and restaurants The five brownfield sites surround Tottenham Hale Station — serving London Underground’s Victoria Line, National Rail and potentially future Crossrail 2 links — and a bus interchange, which will remain operational during works. Below-ground obstructions on the sites include two large sewer mains, the buried fuel tanks of a former petrol station and the Victoria Line tunnels. Langan’s geoenvironmental engineers design a Phase 2 Ground Investigation, oversaw the investigation and provide an interpretative report to support the planning application. We worked with the Geotechnical Engineers to enable an integrated Ground Investigation to be procured. Discharge of pre-commencement planning conditions was a key constraint and we provided a range of technical submissions regarding, contamination, remediation and piling.

TOLWORTH TOWER – UNITED KINGDOM SERVICES: •

Geoenvironmental Engineering

LOCATION: London, United Kingdom CLIENT: Meadow Partners ARCHITECT: 3DReid Credit: 3DReid

STRATEGIC PARTNERS: Whitby Wood

Tolworth Tower was designed as an office building by architect George Marsh of R. Seifert & Partners, and constructed in 1962-64. Its post and beam frame includes cantilevers, and the body of the structure is raised off the ground on pilotis (piers), one pair at each end of the rectangular building, with intermediate columns. At 22 storeys, Tolworth Tower was the tallest building for miles, and quickly became a local landmark. The ground level podium was used for retail from the start and is currently occupied by a Marks & Spencer supermarket, which will remain operational during the works. The reuse design will create 261 residential units, ranging from studio apartments to three bedrooms. The building will also feature co-working space, resident’s amenities will occupy the lower levels, and new retail space at the ground level. Langan’s geoenvironmental engineers design a Phase 2 Ground Investigation, oversaw the investigation and provide an interpretative report to support the planning application. We worked with the Geotechnical Engineers to enable an integrated Ground Investigation to be procured.

CANADA WATER PLOT L – UNITED KINGDOM SERVICES: • •

Geo-environmental Engineering Geotechnical Engineering

LOCATION: London, United Kingdom CLIENT: British Land ARCHITECT: Allies and Morrison STRATEGIC PARTNERS: Whitby Wood

The Canada Water Masterplan is a partnership between British Land, Southwark Council and the local community to create an outstanding new town centre for Southwark and London that complements the local area, making an active, positive, long-term contribution to local life. The Masterplan covers 53 acres providing jobs, homes, offices, shops, public spaces and facilities and responds to the Greater London Authority (GLA) and Southwark Council’s policy aspirations to deliver new homes and jobs at Canada Water. The new brownfield development is located within Development Zone L of the Canada Water Masterplan and is currently occupied by the Printworks, vacated by the Daily Mail in 2012 and now used as a nightclub and events space. The buildings will be demolished prior to redevelopment of the site. The Plot L redevelopment proposals include a new UKPN underground substation and three new residential blocks. The site is located approximately 450m east of Canada Water London Underground and Overground Station, in the northeast tip of the overall masterplan site. The Harmsworth Quays printing works was originally built on the infilled site of Quebec Dock. Langan’s engineers initially undertook a desk study to support the scoping of a ground investigation at the site to inform the foundation design, ground risks, and cost plan in support of the proposed below ground main sub-station UKPN (MSS) development on part of the plot. Based on the findings of the desk study a Phase 2 Ground Investigation was designed. Langan oversaw the investigation and provide an interpretative report to support the planning application. Integration with the Geotechnical Engineers enabled a combined Ground Investigation to be procured and foundation design to be progressed and cost plan reviewed.

WEMBLEY LINK – UNITED KINGDOM SERVICES: •

Geoenvironmental Engineering

LOCATION: London, United Kingdom CLIENT: HUB Bridges Fund Management ARCHITECT: Glenn Howells Architects STRATEGIC PARTNERS: Whitby Wood Henry Construction (Main Contractor)

Credit: Glenn Howells Architecture

The Wembley Link is a built-to-rent scheme on Wembley High Street in Northern London consisting of two 17- and 19-storey brick buildings comprised of 256 apartments. The residential development replaces the derelict area previously owned by Network Rail alongside the Chiltern Railway, where overgrown land and disused garages made way for residential units and a new public garden. It’s status as a ‘link site’ between Wembley Central and Wembley Stadium means that once completed, the development will assist in redefining the importance of Wembley’s town centre, acting as a catalyst for further investment and activity along the High Road. Langan’s geoenvironmental engineers design a Phase 2 Ground Investigation, oversaw the investigation and provided an interpretative report to support the planning application. We worked with the geotechnical engineers to enable an integrated Ground Investigation to be procured.

CHISWELL STREET DEVELOPMENT – UNITED KINGDOM SERVICES: • • • •

Technical Advisory Services Subsurface Evaluation Geotechnical Engineering Foundation Recommendations

LOCATION: London, United Kingdom CLIENT: Confidential STRATEGIC PARTNER: Severud Associates

Langan provided technical advisory services to the private developer with respect to foundation concepts, associated construction methods and costs for the proposed office development. The site was occupied by a 17-story building with one basement level; proposed plans called for demolition of the existing buildings and construction of a 9-story building with one basement level, with column loads of up to 1250 tons. Subsurface soils underlying the site consist of approximately 15 feet of surficial fill above a five to seven feet stratum of dense sandy gravel followed by a three foot layer of brown clay. Beneath the brown clay is the blue London Clay, which is in excess of 85 feet thick. Langan reviewed available drawings and geotechnical information as well as laboratory test results and published data. Two foundation system alternatives were identified and evaluated: a mat foundation, and drilled piers extending into the London Clay.

MOBIL COURT – UNITED KINGDOM SERVICES: • • •

Subsurface Evaluation Geotechnical Engineering Foundation Recommendations

LOCATION: London, United Kingdom CLIENT: Confidential STRATEGIC PARTNERS: Severud Associates

Langan provided technical advisory services to the private developer for the renovation and expansion of this mixed-use development behind the Aldwych. The subsurface stratigraphy was inferred to consist of approximately 15 feet of surficial fill overlying three to five feet of dense sandy gravel followed by a five to ten feet layer of brown clay and the blue London Clay, which is in excess of 85 feet thick. The existing 11-story building consisted of three main cores with a two-level basement, and is supported on straight shaft and belled drilled piers founded in the London Clay. The proposed expansion included additions of six to eleven stories to the main cores, resulting in additional column loads of 350 to 400 tons. Design information for the foundation system or recent boring and test data were not available. Langan reviewed project drawings for the existing building, as well as laboratory test results and published data on London Clay. A shear strength profile was developed for the London Clay and used to estimate the capacities of the existing straight shaft and belled piers. Recommendations regarding load capacities of existing foundations, design criteria for installation methods and cost for new drilled piers were developed.

BANKSIDE HILTON – UNITED KINGDOM SERVICES: • • • •

Geotechnical Engineering Support of Excavation Piling Dewatering

LOCATION: London, United Kingdom CLIENT: Hilton Hotels & Resorts ARCHITECTS: Dexter Moren Associates Twenty2Degrees

Located on the pedestrian “Design Trail” along Union, Great Suffolk, and Holland Streets, this five-star hotel provides luxury accommodations for visitors visiting Shakespeare’s famous Globe Theatre and Tate Modern art gallery. The hotel features 292 rooms, restaurant, and 25 suites with views of the city skyline. A spa, ballroom, and meeting rooms are located within the site’s basement level. As project director, Mr. Gildea was in charge of design and construction of the complex sub-structure elements. The threestory deep (28,000 m3) basement consists of health spa, meeting room and a ballroom large enough to accommodate 700 people. Basement construction/excavations were extremely complex due to very poor ground conditions, potential for ground movement, and a site bounded by roads on three sides and a party wall along the fourth. With a total volume of 28,000m3, this project was one of the largest basements under construction in the capital at the time. Supporting the walls of this excavation required propping capable of spanning more than 30m. Bearing piles were also designed and constructed to be installed from low level using a combination of specialist low height rigs between props and standard CFA rigs. The key to securing this contract was the complete re-design of the reinforced concrete superstructure to ‘post-tensioned.’ This delivered considerable cost and program savings to the client.

(Note: This project represents the individual professional experience of Mr. Paul A. Gildea, PE, Senior Director, Langan International, who performed this work while working with a firm other than Langan)

FIDELITY INVESTMENTS HEADQUARTERS EXTENSION UNITED KINGDOM SERVICES: •

Geotechnical Engineering (Support of Excavation and Piling Works)

LOCATION: Hildenborough, Kent, United Kingdom CLIENT: Fidelity Investments STRATEGIC PARTNER: John Doyle Construction Ltd

Fidelity Investments created an innovative extension headquarters in Kent. The innovative and modern design complements previous extensions within the complex. Final construction provided a building of 13,665SM of which 11,030SM (81%) is below ground. Mr. Gildea served as Director responsible for the design and construction of 240 linear metres of 750mm diameter propped secant wall (excavated through Weald Clay) for a 3-storey deep basement. Services provided a combination of commercial space and car parking along with a state-of-the-art data center. Additional services included oversight of bearing piles ranging from 750- to 1200-mm. Water tightness requirements were extremely stringent, as the lowest level of basement housed Fidelity’s European Data Center.

TATE MODERN MUSEUM EXTENSION – UNITED KINGDOM SERVICES: •

Geotechnical Engineering (Piling, Structural Modifications and Reinforced Concrete Substructure)

LOCATION: London, United Kingdom CLIENT: Tate Modern Museum ARCHITECT: Herzog & de Meuron STRATEGIC PARTNERS: Gardiner & Theobald Mace Ramboll Whitby Bird McGee Construction

The 64.5 tall tower at the Tate Modern provides much needed exhibition space for one of London’s most important cultural locations. The building features exterior “weaved” brickwork and includes both above- and under-ground galleries, and a roof terrace. Mr. Gildea served as the substructure manager in charge of design and construction of a basement extension, structural modifications, and micropiling of turbine hall extensions. The project’s scope covered confined excavation, earthworks and filling, including micropiling & basement waterproofing, and construction of reinforced substructure concrete frame to Level 2.

VINTNERS PLACE – UNITED KINGDOM SERVICES: •

Geotechnical Engineering

LOCATION: London, United Kingdom CLIENT: Bachy Bauer JV

Located on the bank of the Thames, west of the Southwark Bridge and opposite the Globe Theatre and Tate Modern, Vintners Place has remarkable river views and includes 105,000 SF of office space, benefiting from all the amenities the City and the Southbank have to offer. During his involvement with the project, Mr. Renton-Rose managed and planned construction of contiguous bored piled wall within a cofferdam using extended arm rig, adjacent to the River Thames. His responsibilities included supervision of large diameter (2.4m) under-reamed bored piling incorporating grouted-in 1.9m diameter permanent liners and plunged structural columns for 'top-down' construction. The project Involved extensive removal of obstructions using 2m diameter rock coring equipment. In addition, Mr. Renton-Rose assisted with control of perimeter secant pile wall construction.

(Note: This project represents the individual professional experience of Mr. David Renton-Rose, CENG, BSC, MSC, DIC, MICE, Senior Consultant, Langan International, who performed this work while working with a firm other than Langan)

BENTALL CENTRE – UNITED KINGDOM SERVICES: •

Geotechnical Engineering

LOCATION: London, United Kingdom CLIENT: Bachy Bauer JV

The Bentall Centre has been the foremost shopping destination in Kingston for the last 25 years. The centre is home to over 75 stores and included 600,000 SF of retail space. During his involvement with the project, Mr. Renton-Rose managed construction of secant bored-pile wall and large diameter under-reamed bored piles on a confined and restricted access site. Piling required plunging main structural columns to vertical tolerance of 1:500, to enable construction of multi-level basement parking and plant/lift core areas.

NEW UNION WHARF – UNITED KINGDOM SERVICES: •

Geotechnical Engineering

LOCATION: London, United Kingdom CLIENT: East Thames Group ARCHITECT: Jestico + Whiles

New Union Wharf is located on a stunning riverside site on the Isle of Dogs. The redevelopment includes replacing its 189 social rent homes with 400 new residences. The project creates a street-based design that unlocks the potential of the site’s unique setting. Mr. Renton-Rose provided engineering advice for the £50m, 400-home redevelopment. The project involved demolition of existing housing blocks and construction of single-level basement beneath a podium level with a variety of low/medium rise structures above. Mr. Renton-Rose coordinated engineering support including infrastructure, ground works and initial structural concepts. He also developed phased decant/construction strategy with client and design team. Mr. Renton-Rose’s subsequent involvement with design and build contractor included advising on river wall retention/strengthening, piled foundation design and basement phasing, along with remediation works and waste management of excavated materials.

LONDON OLYMPICS 2012 – UNITED KINGDOM SERVICES: • • • •

Geotechnical Engineering Site/Civil Engineering Environmental Engineering Sustainable Design

LOCATION: Queen Elizabeth II Park, Stratford, London, United Kingdom CLIENT: Olympic Park Legacy Company (formerly London Legacy Development Corp.) STRATEGIC PARTNER: Morrison Construction ARCHITECTS: Architect EDAW's Consortium included: Buro Happold Allies & Morrison Foreign Office Populous (formerly HOK Sport)

As the contractor’s designer for northern half of the Olympic Park, Mr. Renton-Rose was instrumental in developing designs that provided solutions for the remediation/encapsulation of ground contaminants. The project achieved greater than 95% reuse of all demolition materials and contaminated soils on this heavily polluted site, and was awarded CEEQUAL Excellent. The framework contract for enabling works comprised of bulk earthworks/civil works and remediation for the northern area of the Olympic Development zone. A four-year program required demolition of many buildings, including two tower blocks, as well as re-routing of services and drainage infrastructure, coupled with large scale re-profiling. Additional services included infrastructure development and construction planning for longterm utilization.

AWARDS: CEEQUAL Excellent

LODGE HILL – UNITED KINGDOM SERVICES: • • • •

Master Planning Environmental Engineering Transportation Planning Sustainable Design

LOCATION: Kent, United Kingdom CLIENTS: Defence Infrastructure Organisation (DIO) Land Securities ARCHITECT: PRP Architects

Once a training facility for the Royal School of Military Engineers, this location was identified by Medway Council in Kent for a £1Bn redevelopment. Objectives for this 325 hectare site include the delivery of 5,000 homes, three primary schools, a secondary school, medical facilities, hotels, and leisure and retail spaces. Located on the Hoo Peninsula, the project is anticipated to provide up to 5,000 jobs. As part of DIO’s land disposal program, Mr. Renton-Rose supervised the development of engineering strategies to secure outline planning approvals for this environmentally sensitive and strategic site. Challenges include minimizing off-site highway influences, providing a sustainable energy strategy, and maintaining an overarching phasing strategy for the project.

BARKING RIVERSIDE – UNITED KINGDOM SERVICES: • • •

Geotechnical Engineering Environmental Engineering Flood Protection

LOCATION: London Boroughs of Barking & Dagenham, London, United Kingdom CLIENT: Bellway Homes/Homes and Communities Agency ARCHITECTS: Maxwan Sheppard Robson Maccreanor Lavington

Barking Riverside includes the regeneration of a 170-hectare brownfield, former power station site to provide sustainable residential development with 10,800 dwellings, as well as mixed-use, education, and infrastructure components. Key technical challenges included soft ground, flood risk/drainage, and contamination (including an above ground landfill). A major ground raising/surcharging programme was selected prior to construction of infrastructure and buildings as a mechanism to protect the site and future residents from flood and ground contamination, as well as address settlement of compressible soils. Engineering and environmental services to achieve Outline Planning Consent (whole site) and detailed design support to obtain Full Consent/Technical Approval for principal infrastructure (first 4500 units) included: • Ground Investigation • Highways & Infrastructure • Environmental mitigation • Ground raising & Earthworks • Flood Risk management • Exemplar SUDS scheme • Environmental Impact Assessment • Remediation • Utilities • Construction Supervision • Health & Safety Management

BICESTER ECOTOWN – UNITED KINGDOM SERVICES: • • • • • • •

Sustainable Design Transportation Engineering Highway Engineering Site/Civil Engineering Environmental Engineering Landscape Architecture and Planning Archaeological Investigations

LOCATION: Oxfordshire, United Kingdom CLIENT: A2 Dominion/Willmott Dixon ARCHITECTS: Farrells/PRP Architects

Mr. Renton-Rose was instrumental in the development of a comprehensive transportation and sustainable engineering design strategy to secure consent for UK’s largest Zero Carbon development. The project is the UK’s only EcoTown (PPS1) to be taken forward. The development, which is estimated to be in excess of £1 billion, will provide up to 6,000 residential units, three primary schools, a secondary school, a Further Education college, employment spaces, and neighborhood/community centers. The first phase known as Exemplar (£110m) involves detailed design for 393 zero carbon homes with multi-disciplinary services supporting full planning application and Outline Planning for 5000 additional homes.

PLACE IMAGE HERE

Credit: 3DReid

Curriculum Vitae

GEORGE E. LEVENTIS, PE, F.ASCE MANAGING PRINCIPAL/EXECUTIVE VICE PRESIDENT

MANAGING DIRECTOR - LANGAN INTERNATIONAL George E. Leventis, PE is Managing Director of Langan International and a Managing Principal for Langan’s New York Office. As Managing Principal, Mr. Leventis has been in charge of the company’s operations in New York City since the early 1990s. Between 1998 and 2001, Mr. Leventis served as Director General of the Organizing Committee for the Olympic Games, Athens 2004, S.A., overseeing all activities related to Olympic works and the environment. As Managing Director of Langan International, Mr. Leventis has been leading the firm’s growing international practice, spearheading the opening of Langan International’s offices in London, England; Abu Dhabi and Dubai, United Arab Emirates (UAE); Athens, Greece; Doha, Qatar; and Istanbul, Turkey. In 2018, Mr. Leventis received University of Illinois’ CEEAA Distinguished Alumnus Award. He was also named one of the ENR Top 25 Newsmakers in 2017. Additionally, his project awards include the 2017 ACEC NY Engineering Excellence Diamond Award for 56 Leonard Street; 2007 DFI Outstanding Project Award and 2005 ACEC Engineering Excellence National Grand and ASCE Outstanding Civil Engineers Achievement OPAL Awards for the Rion-Antirion Bridge in Greece; 1995 ACEC Engineering Excellence National Honor and NJ Grand Awards for the New York Hospital expansion over the FDR Drive in Manhattan; and the 1993 ACEC Engineering Excellence National Honor and NJ Grand Awards for the Liberty Science Center. SELECTED PROJECTS • • • • • • • • • • • • • • • • • • •

Nine Elms Square, London, UK Rion-Antirion Bridge, P3 Technical Advisory Services, Greece Jeddah Tower, Jeddah, KSA Chacao Channel Bridge, P3 Technical Advisory Services, Chile EKPPT Motorway, P3 Technical Advisory Services, Greece Office of the Future (OOTF), Dubai, UAE Athens Metro Privatization Study, Greece 2004 Olympic Games, Olympic Village Master Plan, Athens, Greece Kasteli Airport, P3 Technical Advisory Services, Crete, Greece King Abdul Aziz Waqf, Jabal Al Kalah, Makkah, KSA Four Seasons Hotel, Bahrain Bay, Kingdom of Bahrain Al Maryah Central, Abu Dhabi, UAE Dubai Tower, Dubai, UAE Basrah Sports City, Basrah, Iraq US Embassy Compound (NEC), Panama City, Panama US Embassy Compound, Yaoundé, Cameroon US Embassy Compound, Athens, Greece Samsun Mall, Samsun, Turkey Zeytinburnu Seaport, Istanbul, Turkey

EDUCATION Post Graduate Studies University of Illinois M.S., Geotechnical Engineering University of Illinois B.S., Civil Engineering National Technical University of Athens Geology Studies National University of Athens PROFESSIONAL REGISTRATION Professional Engineer (PE) in NY, NJ, CT, PA, Greece AFFILIATIONS Columbia University, Full Adjunct Professor, School of Engineering New York Building Congress, Director The Moles, Member American Society of Civil Engineers (ASCE), Fellow

TIMOTHY JAMES WARD, PE, LEED AP BD+C SENIOR ASSOCIATE/VICE PRESIDENT

SENIOR TECHNICAL DIRECTOR, LANGAN INTERNATIONAL, UK CIVIL ENGINEERING & SITE/UTILITY DESIGN Mr. Ward has over 16 years of land development experience in the New York City region. He has managed the site/civil engineering design and planning for a wide variety of residential, commercial, industrial, retail, and streetscape development projects throughout New York City, the Middle East and Mexico. Mr. Ward has played an integral role, not just in the growth of the firm’s New York City office, but also in shaping the city’s neighborhoods. From managing a multidisciplinary team for Greenpoint Landing to overseeing Rockefeller University’s expansion over FDR Drive, Ward welcomes the chance to make positive change to the city’s landscape. He has also managed projects overseas, including Basrah Sports City, an approximately 360-acre complex of stadiums in Iraq. In 2018, Mr. Ward was named one of ENR New York’s Top Young Professionals. Additionally, Real Estate Weekly named him one of the Rising Stars of Real Estate.

EDUCATION M.Eng., Civil Engineering University of Leeds

SELECTED PROJECTS • • • • • • • • • • • • • • • • • • • • • • • • • • •

Nine Elms Square, London, UK Al-Menaa Sports City, Basrah, Iraq Al Najaf Sports Complex, Najaf, Iraq Basrah Sports City, Basrah, Iraq US Embassy Compound (NEC), Juarez, Mexico Irish Arts Center, New York, NY DDC/FDNY Rescue 2 Firehouse, Brooklyn, NY Brooklyn Navy Yard Dock 72, Tall Office Building, Brooklyn, NY VICE Media Offices, Brooklyn, NY Hearst Corporation Headquarters, Tall Office Building, New York, NY 347 Madison Avenue, Tall Office Building, New York, NY Goldman Sachs World Headquarters, New York, NY IAC/InterActiveCorp, Corporate Headquarters Building, New York, NY United Nations, Flood Resistance Design, New York, NY United Nations, Consolidation Building, New York, NY Van Cortlandt Park, Greenhouse Reconstruction, Bronx, NY DDC/FDNY Zerega EMS Station, Bronx, NY Fresh Kills Park, North Park, Staten Island, NY African Burial Ground National Monument, New York, NY Greenpoint Landing, Affordable Residential Buildings, Brooklyn, NY Purves Street Development, Tall Residential Building, Long Island City, NY Avalon Brooklyn Bay, Residential Development, Brooklyn, NY One North 4th, Tall Residential Building, Brooklyn, NY Resorts World Casino New York City, South Ozone Park, NY UBS Data Center, Weehawken, NJ One SoHo Square, Commercial Building, New York, NY Rockefeller University, New Laboratory Building, New York, NY

PROFESSIONAL REGISTRATION Professional Engineer (PE) in NH LEED Accredited Professional, Building Design + Construction (LEED AP BD+C) AFFILIATIONS American Society of Civil Engineers, Metropolitan Section (NYC), President American Society of Civil Engineers, Metropolitan Section (NYC), Constitution & Bylaws Committee Chair National Engineers Week– Future City Competition (NYC Region), Treasurer US Green Building Council, member American Institute of Architects, member

PAUL SHEEHAN, CSci, SiLC, SQP

TECHNICAL DIRECTOR, LANGAN INTERNATIONAL, UK CONTAMINATED LAND ASSESSMENT AND REMEDIATION Mr. Sheehan has 20 years of experience in the assessment and remediation of land affected by contamination as a regulator, consultant and contractor both in the United Kingdom and internationally. Mr. Sheehan’s expertise includes knowledge of the Contaminated Land Regulations, application and regulations, and environmental nuisance and planning regime. He has provided consulting services to regulatory authorities, brownfield regeneration and industrial clients. Mr. Sheehan has participated in risk communication and perception exercises involving a variety of stakeholders, including the public, regulators and Members of Parliament. Mr. Sheehan has served as Chairman of the National Brownfield Forum (formerly the English Partnerships’ Brownfield Forum, Defra’s Contaminated Land Forum). The Forum brings together Westminster, Northern Ireland and Welsh governments and their expert agencies, along with regulators and industry organizations to progress issues affecting brownfield development and sustainability. SELECTED PROJECTS • • • • • • • • • • • • • • • • • • • • • • • • • •

Nine Elms Square, London, UK Crossrail South East Section, London, UK Langhorn Drive Depot, London, UK Thames View Housing Estate, London, UK Barking Reach, London, UK Development Options Appraisals of Hospital Site, London, UK Redeveloped of a Former Mannequin Factory, London, UK Greenwich Waterfront Transit, London, UK Thameslink London Bridge Station Redevelopment, London, UK Planning Audit and BVPI Support, London, UK Chadwell Heath Up-Loop, Crossrail North East Spur, London, UK London Thames Gateway Area Heat Network, London, UK Hurst to New Cross Cable Tunnel, London, UK Lee Valley Contaminated Land Study, London, UK M25 J30, Motorway, London, UK M25 A13, Motorway, London, UK Former Chemical Manufacturing Plant, Kent, UK Westfield Tip and Woking Park Redevelopment, Woking , UK ISCO Remediation of Primary School, Luton UK Project Galleria, Surrey, UK Widening of the A21, Kent, UK Preliminary Risk Assessment and Intrusive Investigation Portfolio and Third Party Peer Review Services, Surrey, UK Hayle Harbour Redevelopment, Cornwall, UK Northam Burrows Landfill, Devon, UK Community Fuel Distribution Divestment, Southern, UK Thistle Hotel, Poole, UK

EDUCATION MSc, Environmental Analysis, Royal Holloway & Bedford New College, University of London BSc (Hons), Marine Biology & Coastal Ecology, University of Plymouth PROFESSIONAL REGISTRATION Full Member of the Institution of Environmental Sciences (MIEnvSc) Chartered Scientist (CSci) CL:AIRE Registered Qualified Person (QP273) Specialist in Land Condition (SiLC) Registered Suitably Qualified Person (SQP) for National Quality Mark Scheme for Land affected by Contamination (NQMS) The Science Council AFFILIATIONS National Brownfield Forum Land Forum NICOLE (Network of Industrially Contaminated Land Europe) EIC (Environmental Industries Commission)

REBECCA HENRIQUES, EIT SENIOR STAFF ENGINEER SITE/CIVIL ENGINEERING Ms. Henriques has 4 years of site/civil engineering experience throughout the five boroughs of New York. These projects involved site layout, grading and drainage design, stormwater management analysis and design, utility design, erosion and sediment control design, engineering reports, regulatory permitting, and site inspection during construction. SELECTED PROJECTS • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

Nine Elms Square, London, UK 1386 Ralph Avenue, Brooklyn, NY 1800 Shore Parkway, Brooklyn, NY 239 10th Avenue, New York, NY 250 East 57th Street Development, New York, NY 37 Warren Street, New York, NY 40 Aviator Way, Kingsbury, NY 44 West 66th Street, New York, NY 525 West 52nd Street, New York, NY 536-544 W. 26th Street Development, New York, NY 540 West 21st Street, New York, NY 543 West 122nd Street, New York, NY 57 Alexander Street, Yonkers, NY 614 Sheepshead Bay, Brooklyn, NY 68-74 Charlton Street, New York, NY Brooklyn Animal Shelter, New York, NY Central Park, MLP Metering Evaluation, New York, NY Charleston Branch Library, New York, NY Costco, Oceanside, NY CUNY Lehman College Nursing Center, Bronx, NY DDC Rikers Island, Nyack, NY Dewitt Clinton High School, Bronx, NY Fresh Direct, Bronx, NY Goethals Bridge, Staten Island, NY Grant Park, Yonkers, NY Hylan Plaza Redevelopment, Staten Island, NY Midtown Hilton Hotel, New York, NY 1010 Park Avenue Development, New York, NY 680 Madison Avenue Development, New York, NY 734 Broadway Development, New York, NY Retail Development, Glen Cove, NY Resorts World Casino, New York, NY Saratoga Gaming, Newburgh, NY Staten Island Mall Expansion, Staten Island, NY

EDUCATION B.S., Civil & Environmental Engineering Lafayette College PROFESSIONAL REGISTRATION Engineer in Training (EIT) in NJ NYSDEC 4-Hour Erosion and Sediment Control Training in NJ OSHA 10-Hour Training in Construction in NJ AFFILIATIONS American Society of Civil Engineers

DAVID RENTON-ROSE, CENG, BSC, MSC, DIC, MICE SENIOR CONSULTANT

LAND DEVELOPMENT Mr. Renton-Rose has held director-level roles in major consultancies providing engineering and environmental services, focusing on land development and infrastructure projects and operating across public and private sector markets. He brings leadership skills having led a UK Geoscience division as well as multidisciplinary teams working on major projects across various market sectors in the UK and internationally. He is comfortable working alongside other professionals, clients, stakeholders, and contractors, taking schemes through the planning stages and construction. Mr. Renton-Rose also brings a strong track record of developing client relationships and securing new business, often in competitive environments. He has led a number of major frameworks, including Homes & Communities Agency (HCA) - Multi-Disciplinary Framework & Defense Infrastructure Organization (DIO) - Technical Services Framework. SELECTED PROJECTS • • • • • • • • • • • • • • • • • • • • • • • • • • • •

Nine Elms Square, London, UK Croydon Housing Programme, London, UK HCA, Multi-Disciplinary Framework, Various Locations, UK EcoTown Development (6,000 homes), NW Bicester, UK HCA Engineering Framework (2014-2018), Various Locations, UK New Union Wharf, Isle of Dogs, London, UK Lodge Hill Development (5,000 homes), Kent, UK Olympic Park, Site Enabling Works, London, UK Barking Riverside (10,800 home waterfront development), London, UK Burj Khalifa, Supertall Office Building, Dubai, UAE Thistle Hotel, Poole, UK Eurolink Site, Warehouse and Residential Development, Purfleet, UK Financial Centre, Gateway Building, Dubai, UAE Affordable Housing, Al Ain, UAE Aluminum Plant, Expansion Program, Kingdom of Bahrain Former Courage Brewery, Bristol, UK Ibstock Brickworks, Exeter, UK Deephams Sewage Treatment Works Redevelopment, Edmonton, UK Haydon Residential Development, Swindon, UK Qatar Petroleum HQ, Doha, Qatar Zanadu Centre Ski and Retail Development, Taiwan Hotel and Office Development, Ho Chi Minh City, Vietnam Railtrack Properties, Various Locations, UK North Quay Office Development, Docklands, London, UK Vintners Place, Office Building, Southwark, London, UK The Belfry, Retail Mall, Redhill, Surrey, UK Bentalls Centre, Retail Mall, Kingston-uponThames, UK Lakeside Retail Development, West Thurrock, UK

EDUCATION M.Sc., Soil Mechanics Imperial College, London B.Sc., Geology University of Newcastle Upon Tyne DIC Diploma of Imperial College PROFESSIONAL REGISTRATION Chartered Civil Engineer (CEng) AFFILIATIONS Institution of Civil Engineers – Member (MICE) Institute of Civil Engineers -Supervising Civil Engineer (SCE)

ALI F. HELWA, PH.D, PE

SENIOR ENGINEER, LANGAN INTERNATIONAL, UK

GEOTECHNICAL ENGINEERING Dr. Helwa has held senior engineer level roles in major consultancies providing geotechnical and geostructural engineering services. He brings strong technical background to the group in finite element modelling and site investigation works working with clients across public and private sector markets internationally. SELECTED PROJECTS • • • • • • • • • • • •

Oberoi Garden Skyz Development, Worli, India 100 Flatbush, Brooklyn, New York 1900 Crystal Drive, Arlington, Virginia Nine Elms Square, London, United Kingdom Southern Dunes, Umluj, Kingdom of Saudi Arabia (KSA) 345 Park Avenue, New York King Abdul Aziz International Airport, Jeddah, KSA* Valley of the Queens Rehabilitation, Luxor, Egypt* North-West Sulaibikhat Soil Improvement, Sulaibikhat, Kuwait* Seattle Key Arena Renovation, Seattle, WA* Lake Livingston Hydroelectric Power Plant, Livingston, TX* Alford Street Bridge Shore Stabilization, Boston, MA*

*Projects represent experience with a previous firm

SELECTED PUBLICATIONS, REPORTS, AND PRESENTATIONS Helwa, A., Salem, M. and Mossaad, M., 2018, “2D and 3D Finite Element Analysis for Cantilever Slurry Walls in Cohesionless Soils”, 43rd Annual Conference on Deep Foundations, Anaheim, CA. Brown, A.; Dellinger, G.; Helwa, A.; El-Mohtar, C.; Zornberg, J.; Gilbert, R.; 2015, “Monitoring a Drilled Shaft Retaining Wall in Expansive Clay: LongTerm Performance in Response to Moisture Fluctuations”, IFCEE 2015: Pp. 1348-1357. Helwa, A.F., Salem, M.A. and Mossaad, M.M., 2013, “Three Dimensional Finite Element Analysis of a Strutted Sheetpile Supporting Deep Excavation”, EURO:TUN 2013 3rd International Conference on Computational Methods in Tunneling and Subsurface Engineering – Ruhr University Bochum

EDUCATION Ph.D., Civil Engineering University of Texas at Austin M.S., Civil Engineering Cairo University B.Sc., Civil Engineering Cairo University PROFESSIONAL REGISTRATION Professional Engineer (PE) in TX OSHA 10-Hour AFFILITATION American Society of Civil Engineers

Elsley House 24-30 Great Titchfield Street London, UK W1W 8BF