08/11/2026 updated
OA
100 % available
Structural Design Engineer (E.I.T.) | Wood, Steel & Concrete Structures | AutoCAD | ENERCALC
Aley, Lebanon
Only remote
B.E. in Civil EngineeringComputer-Aided DesignAutoCADConstruction EngineeringAutoCAD ArchitectureBuilding DesignCivil EngineeringDesign EngineeringStructural RepairsConstruction DesignConstruction Calculations
Structural Analysis & Design
Design and analysis of wood, steel, and concrete structural framing systems for commercial, residential, and industrial buildings, including detailed calculations for strength, stability, and load-bearing capacity.
AutoCAD & Computer-Aided Design
Proficiency in AutoCAD and other CAD software for preparing construction drawings and specifications in accordance with applicable codes and standards.
ENERCALC & Structural Calculation Software
Use of ENERCALC and Microsoft Excel for structural calculations, combined with Bluebeam for document management and review.
Retrofitting & Seismic Assessment
Expertise in auditing existing structures for potential upgrades or retrofits based on changing building codes or safety regulations, including seismic assessment.
Foundation Engineering
Determination of appropriate foundation systems based on soil conditions and building requirements.
Post-Tensioning Systems
Knowledge in the design and implementation of post-tensioning systems to strengthen concrete structures by exploiting compressive strength and overcoming tensile weakness.
Site Assessment & Damage Investigation
Conducting site visits to assess existing conditions, investigate damage caused by natural disasters such as earthquakes or fires, and providing recommendations for repairs or modifications.
Construction Coordination
Coordination with construction teams during the construction phase to address design-related issues or changes, and mentoring junior engineers on structural engineering principles.
Design and analysis of wood, steel, and concrete structural framing systems for commercial, residential, and industrial buildings, including detailed calculations for strength, stability, and load-bearing capacity.
AutoCAD & Computer-Aided Design
Proficiency in AutoCAD and other CAD software for preparing construction drawings and specifications in accordance with applicable codes and standards.
ENERCALC & Structural Calculation Software
Use of ENERCALC and Microsoft Excel for structural calculations, combined with Bluebeam for document management and review.
Retrofitting & Seismic Assessment
Expertise in auditing existing structures for potential upgrades or retrofits based on changing building codes or safety regulations, including seismic assessment.
Foundation Engineering
Determination of appropriate foundation systems based on soil conditions and building requirements.
Post-Tensioning Systems
Knowledge in the design and implementation of post-tensioning systems to strengthen concrete structures by exploiting compressive strength and overcoming tensile weakness.
Site Assessment & Damage Investigation
Conducting site visits to assess existing conditions, investigate damage caused by natural disasters such as earthquakes or fires, and providing recommendations for repairs or modifications.
Construction Coordination
Coordination with construction teams during the construction phase to address design-related issues or changes, and mentoring junior engineers on structural engineering principles.
Experience
Professional experience0 - 5 years
Freelancer since2026
Languages
EnglishNative speaker
Project history
Designed and analyzed structural systems for various types of buildings including commercial, residential, and industrial projects. Performed detailed calculations, prepared construction drawings, utilized AutoCAD, conducted site visits, coordinated with construction teams, audited existing structures, investigated damage from natural disasters, determined foundation systems, and mentored junior engineers.
Assisted in the design and implementation of a Multi-Billion Dollar Construction Project including four skyscrapers, underground metro, and a 300 foot high dam in Doha, Qatar.
Assisted in the design and implementation of post-tensioning systems, which provide a means of strengthening concrete by exploiting the strength of the concrete in compression and overcoming its weakness in resisting tension. Based in Beirut, Lebanon.