HUSSIEN ABDELBAKY, P.E., PhD.

Project/Structural Engineer,

Rockville, MD, 20850 – Tel. 412-***-****

acvdly@r.postjobfree.com

EXPERIENCE SUMMARY

Experienced structural engineer possess excellent technical and analytical qualifications in building design and construction. Successfully he completed a wide variety of institutional, commercial, residential, and industrial projects in North America and overseas. Dr. Abdelbaky has gained broad engineering experience in seismic and finite element analysis, building assessments, and repairing of a wide variety of projects which include sports stadiums, institutional buildings, and steel structures.

ACCOMPLISHMENT

Buildings Design: Recently completed the steel connection design of Draper Hall 14 story residential building in New York City and coordinated with the steel fabricator. Among his design projects are high rise steel towers (180ft-high), mid-size office, administration and hospital buildings, warehouses (Size up to 10,000 ft2), conveyor support, skybridge (75 ft. span), and underground tunnels.

Building Assessment, Investigation and Repair: The last two projects were assessment of three damaged buildings and a stadium in New Zealand due to 6.3-magnitude earthquake hit, and assessment/repair of 924 damaged public houses and nine roads in UAE due to soil collapse. The experience includes inspection and strengthening of deficient steel roof trusses (80ft span), crane girders (120ton capacity) and pipe rack supports.

QUALIFICATIONS AND SKILLS

Licensed Professional Engineer in Maryland, Michigan, New York, Quebec and Ontario

PhD degree in area of assessment, repair and strengthening of concrete structures

Expert in design of concrete and steel structures, from preliminary layout to construction details, using various codes requirements such as ASCE 7, AASHTO, AISC, ACI 318, ACI 530, PCI and NDS

Experienced in wind/seismic load analysis, foundation/pre-stressed concrete and lateral structural components design such as braces, shear walls, collector beams, retaining walls, and sheet piles.

Experienced in producing construction drawings procedures, material take off, and specifications

Experienced in reviewing and approving shop drawings, responding to contractor RFI, and working with contractors/fabricators to address construction issues

Liaised and coordinated project work with clients, other design team members, contractors, city representative, and construction team to deliver the project according to standards and specifications

Accomplished field inspections, investigations and assessments of deficient buildings and prepared technical reports of the observations, cause or causes of damage and methods of repair

Expert in using SAP2000, ETABS, STAAD, RAM, AutoCAD, Revit, Tekla, Mathcad, and MS office

Canadian citizen and a permanent resident of the United States and can work for any company in USA

PROFESSIONAL CERTIFICATIONS

Professional Engineer (P.E.) – MD (#48141), MI (#620*******), NY (#094907)

Professional Engineer (P.Eng.) – ON, Canada (#100137683), QC, Canada (#5007218)

EXPERIENCE DESCRIPTION

Enercon Services, Germantown, MD

Project/Structural Engineer 2015– Present

Prepare structural analysis and design calculations, drawings and specifications for buildings/platforms assessment and modification and provide technical justification for the mounting of new equipment. Typical buildings type consists of steel frame, braces, concrete shear walls, and steel and reinforced concrete platforms. Develop finite element and response spectrum analysis and compare building behavior to current building code requirements and then design additional repair/strengthening for those structures and/or members that do not pass all code requirements.

Design new steel and concrete buildings/platforms, equipment anchorage and pipe support to carry new loads, and then managing producing construction drawings, material take off, procedures and coordinate the site work. Assist in preparing engineering change packages for safety and non-safety related projects with Peach Bottom, Calvert Cliffs and Seabrook power plants. A list of latest projects includes:

Connection design of Draper Hall 14 story residential building in New York City

Perform seismic analysis and check various steel and concrete members for the increased floor loading in Radwaste and Turbine buildings at Peach Bottom Plant

Design new pipe supports at Calvert Cliffs power plant, and coordinate with site engineers, contractor and construction team to deliver the project according to standards and specifications

Analysis and design the foundation of Unit 3 ASD equipment at Peach Bottom Plant

Design new platform and braced steel frame to support new equipment at Seabrook plants

Rizzo Associates, Inc., Pittsburgh, PA

Senior Structural/Project Engineer 2013 – 2015

Supervised and managed a team of three engineers, and drafters in design and analysis of concrete and steel structures in various civil projects. The team consistently stayed under or within the budget and met the deadlines. Performed assessment of various buildings and infrastructure components and prepared technical reports of the observations, causes of damage and methods of repair. This includes managing building restoration projects and implementing conventional and/or FRP repair techniques.

Contributed to the area of seismic evaluation, analysis, detailing and design review of heavy industrial buildings such as turbine and reactor buildings in power plant. His role in building assessments, seismic analysis and testing of concrete elements in a structural project had led the client in Switzerland (insurance companies) to save 285$ million in a settlement agreement. Major projects include:

Repairing and Seismic Assessment of AMI Stadium and other Buildings–New Zealand.

Christchurch Structural Elements Sample Testing – New Zealand. (The project received the Engineer Society of Western Pennsylvania’s Project of the 2015 Award in the Advanced Technology category).

Building assessment and repair of 925 public houses and Infrastructures components – Municipality of Abu Dhabi, UAE. (The team built the first risk map and establishes new building guidelines).

Santa Isabel Wind Turbine Tower Analysis and Design Review – Siemens, Puerto Rico's.

Foundation design for Carmon Creek Cogeneration Plant (Gas-Fired Plant) – Shell, Alberta.

Westinghouse AP1000 Nuclear Power Plants – China and New USA design. (Help the client to meet the requirements of NRC and to AP1000 licensed in USA and China within the planned schedule).

FS7F Inlet Plenum, Power Generating Facility, Braden Manufacturing, LLC, Tulsa, OK.

SNC-LAVALIN, Industrial Building Department, Montreal, Canada,

Intermediate Structural Engineer 2010 – 2013

Participated in various feasibility and EPCM projects in industrial civil engineering projects. He designed, prepared detailed construction drawings using CAD and BIM software, and supervised the site work of various structures and buildings such as warehouses, concentrator and process buildings, steel towers, office and administration buildings, conveyers, retaining walls, shear walls and concrete silos. This included detailed fabrication, on-site installation and site supervision for different steel and concrete buildings. He liaised with other designers, contractors, and other construction team members to deliver the project according to standards and specifications. His project list includes:

Arcelor-Mittal Rail Line Rehabilitation (22 bridges), EPCM (Budget of $51 million) – Liberia.

Raglan Project, EPCM (Budget of $530 million) – Xstrata Nickel, Quebec, Canada.

Guelb II Iron Ore Project – EPCM (Budget of $630 million) – SNIM/ Mauritania.

Taconite Project, Feasibility Study (Budget of $2 billion) – New Millennium Iron Corp/Tata Steel Minerals Canada Ltd., Quebec, Canada.

Mont Wright Project – EPCM (Budget of $800 million) – Arcelor-Mittal Canada.

The Rhourde Nouss QH LNG Project (Budget of $1.1 billion) – Sonatrach, Algeria.

NSERC Canada, Waterloo, ON, Canada

Project and Research Engineer 2008 – 2010

He devoted his work equally to consulting engineering for buildings and bridges assessment and repair design, and dealing with research in area of strengthening of existing concrete structures using composite materials. These involved nonlinear finite element analysis of concrete members to verify the structural adequacy of using FRP repair techniques and to check its feasibility compared to commonly used repair methods. Dr. Abdelbaky participated with two engineering groups in Poland and in Canada in their bridge repair programs.

His engineering research work was published in various international journals and it has been presented in various conferences. Dr. Abdelbaky has contributed to the Sherbrooke Centre for Innovative Structures in several building and bridges restoration programs using composite materials. Furthermore, he participated with Canadian Highway Bridge Design Code (CHBDC), and ACI 440 repair committees to incorporate design guidelines and specifications of repaired RC beams using FRP sheets. He directed a team of two research engineers in their projects to meet their deadlines.

SIMTReC, Sherbrooke, Qc, Canada

Project Engineer (R&D) 2003 – 2008

He contributed to engineering and implementing FRP to repair concrete elements in buildings, bridges and parking garages. Work directly with a Project Manager to aid in managing the structural design process from project inception through construction. The projects included inspecting and evaluating existing deficient concrete buildings, establishing the appropriate method of repair, and preparing plans and specifications. He participated in building restoration programs, implemented FRP repair techniques, and checked for other repair alternatives. Dr. Abdelbaky participated in various strengthening projects in Canada, Poland and Egypt.

During this time frame, Dr. Abdelbaky managed to complete his Ph.D. degree in structural engineering in the area of repair and strengthening of concrete structures using composite material. This involved development of various finite element codes and subroutines to solve complex engineering problems.

Mousa Consulting Office, Cairo, Egypt

Project Engineer (R&D) 2000 – 2003

He worked with various private clients on projects valued up to $3M in the area of design and/or analysis of industrial, commercial and institutional buildings in the Middle East. His daily contribution included analysis and design of concrete and steel structures and their foundation. Here are some of his projects.

Three mid-size residential buildings (12 stories) in various locations in Cairo, Egypt.

Several four stories public houses in Saudi Arabia and Egypt.

Police grand mosque, Cairo, Egypt.

Al-Wasta health care facility, Beni-Suef, Egypt.

Helwan University stadium and sport center facility.

Educational hall, Faculty of Engineering, Helwan University, Cairo, Egypt.

Sheet metal processing factory in Jubail Industrial City, Saudi Arabia

EDUCATION AND TRAINING

Ph.D. in Structural Engineering from the University of Sherbrooke, Qc, Canada.

Master in Structural Engineering from Helwan University, Cairo, Egypt.

B.Sc. Eng. Honors in Civil Engineering from Helwan University, Cairo, Egypt.

COMPUTER APPLICATIONS

Analysis/Design Software: ADINA, ANSYS, SAP 2000, STAAD.Pro, STAAD foundation, Etabs, Ram System, S-frame, and GTStrudl.

Drawing and BIM Software: AutoCAD, Revit, Tekla Structures, Smart plant and Naviswork

Calculations MS Office, Mathcad

PUBLICATIONS AND PRESENTATIONS

Mohamed, H.M., Abdel Baky, H.M. and Masmoudi, R., (2010) “Nonlinear stability analysis of CFFT columns: Experimental and theoretical investigations”, ACI Structural Journal, Vol. 107(6), pp. 699-708.

Kotynia, R., Abdel Baky, H.M., Neale, K.W. and Ebead, U.A., (2008) “Flexural strengthening of RC beams with externally bonded CFRP systems: Test results and 3D nonlinear finite element analysis”, Journal of Composites for Construction, ASCE, Vol. 12 No. 2, pp. 190–201.

Abdel Baky, H.M., Ebead, U.A. and Neale, K.W., (2007) “Flexural and interfacial behaviour of FRP-strengthened reinforced concrete beams”, Journal of Composites for Construction, ASCE, Vol. 11 No.1, pp. 629–639.

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