Senior Structural Engineer
Ohio Project (ULTRA- AL
Total years of experience :20 years, 8 months
Ohio Project (ULTRA- AL 650): Location: Ashtabula, Ohio.
* Design the structural steel framing buildings and towers (ColdBox) with height 240 ft using ANSI/AISC 360-05 and AISC 13th.
* Design wind load calculations according to IBC 2009 and ASCE/SEI 7-10
* Design seismic load calculations according to IBC 2009 and ASCE/SEI 7-10.
* Design snow/rain calculations according to IBC 2009 and ASCE/SEI 7-10.
* Perform structural analysis for the shipping and operating models.
* Using ACI 318, ASD ASCE 7-10 and LRFD ASCE 7-10 for load cases combinations.
* Design of structural steel framing to support heavy equipment like Compressors, Exchangers, Generators, Pumps, Silencers and Vessels.
* Design of structural steel framing pipe racks to support pipes and electrical trays.
* Design of structural steel platforms, stairs, and fixed ladders.
* Design the reinforcement concrete skid pad for supporting the heavy equipment's and tanks
Design the structural steel framing buildings and towers (ColdBox) with height 112 ft using Eurocode EC3 (EN 1993-1:2005/AC:2009) and Swedish local code.
Perform structural analysis for the lifting, shipping and operating models.
Design wind lateral load calculation according to the Eurocode 1.
Design seismic load calculations according to Eurocode 8.
Design snow load calculations according to Eurocode 1.
Design of structural steel framing to support heavy equipment like Compressors, Exchangers, Generators, Pumps, Silencers and Vessels.
Design of structural steel framing pipe racks to support pipes and electrical trays.
Design of structural steel platforms, fixed stairs, and ladders.
Reviewing the vender drawings and shop drawings for civil work and structural steel.
Structural/Civil Engineer with AMCS Corporation at Bedminster, NJ
From Mar 2013 to present
Sweden Project (ULTRA- AL 60/110): Location: Ljungby, Sweden.
* Design the structural steel framing buildings and towers (ColdBox) with height 112 ft using Eurocode EC3 (EN 1993-1:2005/AC:2009) and Swedish local code.
* Perform structural analysis for the lifting, shipping and operating models.
* Design wind lateral load calculation according to the Eurocode 1.
* Design seismic load calculations according to Eurocode 8.
* Design snow load calculations according to Eurocode 1.
* Design of structural steel framing to support heavy equipment like Compressors, Exchangers, Generators, Pumps, Silencers and Vessels.
* Design of structural steel framing pipe racks to support pipes and electrical trays.
* Design of structural steel platforms, fixed stairs, and ladders.
* Reviewing the vender drawings and shop drawings for civil work and structural steel.
Bulgaria Project (ULTRA- AL 75/110): Location: Devnja, Bulgaria.
* All the structural steel design according to the Eurocode as mentioned before.
Design and manage the construction of cast in place high-rise buildings using IBC 2009, ACI 318-08, and ASCE 7-05.
Design and manage the construction pre-cast churches, universities, and parking structures using IBC 2009, ACI 318-08, ASCE 7-05.
Design and manage the construction of steel high-rise and mid-rise buildings using AISC 13th Ed. (LRFD and ASD), ASCE 7-05.
Design and manage the construction of retaining walls (Allan Block walls, reinforced concrete, gravity walls, and reinforced masonry shear walls) using IBC 2009, ACI 513-05, ACI 318-08.
Design and manage the construction of timber and light gage steel of mid-rise and low-rise structures using NDS 2005, AISI, ASCE 7-05.
Prepare the structural drawings and details for the concrete according to ACI-318, ACI-301, and ACI-614.
Inspect construction sites to monitor progress and ensured conformance to engineering plans, specifications, and construction safety standards.
Coordinate all the architectural, mechanical, electrical, plumbing, and structural drawings.
Review the structural steel shop drawings and prepare construction plans.
Prepare structural calculations, design loads, submittals to township building departments.
Prepare field inspection reports, solved structural conflicts in the field, and RFI responses.
Review the reinforcement concrete shop drawings according to ACI-318 and general design drawings.
Review the structure steel shop drawings according to the AISC.
Calculate Costs and Determined the Feasibility of Projects Based on the Analysis of Collected Data, Applying Knowledge and Techniques of Engineering, and Advanced Quantity Servings For Materials.
Structural/Civil Engineer (E.I.T) in Design and Management with
Allied Engineering Associates Consulting Engineers at Franklin Lakes, NJ
From July 2007 to Feb 2013
* Design and manage the construction of cast in place high-rise buildings using IBC 2009, ACI 318-08, and ASCE 7-05.
* Design and manage the construction pre-cast churches, universities, and parking structures using IBC 2009, ACI 318-08, ASCE 7-05.
* Design and manage the construction of steel high-rise and mid-rise buildings using AISC 13th Ed. (LRFD and ASD), ASCE 7-05.
* Design and manage the construction of retaining walls (Allan Block walls, reinforced concrete, gravity walls, and reinforced masonry shear walls) using IBC 2009, ACI 513-05, ACI 318-08.
* Design and manage the construction of timber and light gage steel of mid-rise and low-rise structures using NDS 2005, AISI, ASCE 7-05.
* Prepare the structural drawings and details for the concrete according to ACI-318, ACI-301, and ACI-614.
* Inspect construction sites to monitor progress and ensured conformance to engineering plans, specifications, and construction safety standards.
* Coordinate all the architectural, mechanical, electrical, plumbing, and structural drawings.
* Review the structural steel shop drawings and prepare construction plans.
* Prepare structural calculations, design loads, submittals to township building departments.
* Prepare field inspection reports, solved structural conflicts in the field, and RFI responses.
* Review the reinforcement concrete shop drawings according to ACI-318 and general design drawings.
* Review the structure steel shop drawings according to the AISC.
* Calculate Costs and Determined the Feasibility of Projects Based on the Analysis of Collected Data, Applying Knowledge and Techniques of Engineering, and Advanced Quantity Servings For Materials.
Design and manage the construction of cast in place high-rise buildings using IBC 2009, ACI 318-08, and ASCE 7-05.
Design and manage the construction pre-cast churches, universities, and parking structures using IBC 2009, ACI 318-08, ASCE 7-05.
Design and manage the construction of steel high-rise and mid-rise buildings using AISC 13th Ed. (LRFD and ASD), ASCE 7-05.
Design and manage the construction of retaining walls (Allan Block walls, reinforced concrete, gravity walls, and reinforced masonry shear walls) using IBC 2009, ACI 513-05, ACI 318-08.
Design and manage the construction of timber and light gage steel of mid-rise and low-rise structures using NDS 2005, AISI, ASCE 7-05.
Prepare the structural drawings and details for the concrete according to ACI-318, ACI-301, and ACI-614.
Inspect construction sites to monitor progress and ensured conformance to engineering plans, specifications, and construction safety standards.
Coordinate all the architectural, mechanical, electrical, plumbing, and structural drawings.
Review the structural steel shop drawings and prepare construction plans.
Prepare structural calculations, design loads, submittals to township building departments.
Prepare field inspection reports, solved structural conflicts in the field, and RFI responses.
Review the reinforcement concrete shop drawings according to ACI-318 and general design drawings.
Review the structure steel shop drawings according to the AISC.
Calculate Costs and Determined the Feasibility of Projects Based on the Analysis of Collected Data, Applying Knowledge and Techniques of Engineering, and Advanced Quantity Servings For Materials.
Civil/Structure Design and Technical Services for Steel Structure and Concrete Buildings with ORASCOM CONSTRUCTION INDUSTRIES
From Oct. 06 to May 07
Junior Civil/Structure Engineer with ORASCOM CONSTRUCTION INDUSTRIES
From Apr. 05 to Oct. 06
Project: New Talkha 750 MW Combined Cycle Power Plant with contract value of LE 300 million)
Client: East Delta Electricity Production Company.
Consultant: Power Generation Engineering and Services Company (PGESCo)
Duties Included: * Designed and managed the construction of steel pipe racks using AISC 9th Ed. (LRFD and ASD), ASCE 7-05.
* Designed and managed the construction of structure steel buildings (electrical control building, compaction turbine building, intake house building and steam turbine building) using AISC 13th Ed. (LRFD and ASD), ASCE 7-05.
* Coordinated the fabrication work of the subcontractors.
* Solved any technical problems and propose suitable solutions.
* Followed up with steel fabrication progress at workshops and preparing progress reports.
* Prepared miscellaneous and structural steel shop drawings.
* Quantity surveying for structural steel drawings and work for the raw materials (Beams & Plates)
Junior Civil Engineer with Engineering Group for Design & Consulting
From Jul. 04 to Jul. 05
* Designed and managed the construction of cast in place concrete residential and commercials buildings according to ACI 318-08.
* Quantity surveying for structural steel and concrete structural design drawings.
* Reviewed the reinforcement concrete shop drawings according to ACI-318 and general design drawings.
* Reviewed the structural steel shop drawings and prepare construction plans.
Project: EBIC 2000 MTPD KAAP AMMONIA POWER PLANT - SUEZ
INDUSTRIAL ZONE, AIN EL SUKHNA, EGYPT 2000 MTPD.
Client: Egypt Basic Industries Corporation (EBIC)
Consultant: Kellogg Brown & Root International, Inc (KBR)
A Halliburton Company.
Duties Included: * Designed and managed the construction of foundation walls and footing.
* Designed and managed the construction of steel pipe racks using AISC 9th Ed. (LRFD and ASD), ASCE 7-05.
* Designed and managed the construction of structure steel buildings (electrical control building, compaction turbine building, intake house building and steam turbine building) using AISC 13th Ed. (LRFD and ASD), ASCE 7-05.
* Coordinated the fabrication work of the subcontractors.
* Solved any technical problems and propose suitable solutions.
* Followed up with steel fabrication progress at workshops and preparing progress reports.
* Prepared miscellaneous and structural steel shop drawings.
* Quantity surveying for structural steel drawings and optimization work for the raw materials (Beams & Plates)
* Certified Professional Engineer (P.E. - New York Professional License (Dec 05 2013))
* E.I.T Certificate (Engineering-in-training) from NCEES (New York State Oct 2010)
Certified Professional Engineer (P.E. – New York Professional License (Dec 05 2013)). E.I.T Certificate (Engineering-in-training) from NCEES (New York State Oct 2010). B.Sc. of Civil Engineering 2004 College of Engineering, Cairo University, Egypt.
* B.Sc. of Civil Engineering 2004 College of Engineering, Cairo University, Egypt. Graduation Project * Advanced structure-building design. * Completed design and detailing of a new school with total area of 6000 m2 (64, 560 Sqft)
