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Chemical Engineering

Civil Engineering

Structural Engineering

4.4

(67 reviews)

Mohammed Z.

@MohammedZamzam

4.4

67

6.7

6.7

95%

Professional Certified Structural design engineer⚡

$19 USD / Hour

・

Egypt (10:16 PM)

・

Joined on January 13, 2018

・

4 Recommendations

$19 USD / Hour

・

Hello there, I‘m a teaching assistant at the faculty of engineering Tanta university ⭕ Expert in sanitary engineering (Department of public works) ✔️My qualifications can be summarized in a masters degree plus having more than 10 years of experience in this field ✔️ I have designed and detailed many complicated buildings using ACI & AISC (American Codes), British Codes, Australian (AS/NZS standards), SBC, ECP ,and Euro Codes Design isn’t just about using programs, but you need to have the vision that delivers you to the right decision, including budget optimization and safety. I‘m professional user on : -✅AUTOCAD 2D&3D -✅SAP2000 -✅ETABS -✅SAFE -✅CSI COLUMN -✅SP COLUMN -✅REVIT -✅ROBOT -✅ Autocad advanced steel & Autocad structural detailing -✅Tekla structure -✅ Staad pro. & Idea statica for connection -✅ Spaces gass & Multi-frame software -✅ RAM pre & post tension -✅SPSS -✅ANSYS work bench -✅Watercad & Sewercad -✅All Microsoft office programs : (Word_PowerPoint_Excel_Access) Don't hesitate to contact me ASAP to finish your project (precise time delivery) ; kindly assign it to me, and I’ll make U proud. ➡ ➡ ➡ ALWAYS SEEKING THE BEST ⬅ ⬅ ⬅ ❤❤❤ YOU'LL NEVER BE DISAPPOINTED ❤❤❤

Verifications

On time

88%

On budget

85%

Accept rate

54%

Repeat hire rate

8%

See all Civil Engineers in Egypt

Portfolio

Portfolio

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

9546362

Teaching students through the survey course how to use the automatic level device and adjust the horizontal level

Automatic level

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

These are the anchor bolt plan and the general arrangements for a factory used to recycle electronics in Australia

Programs used are : TEKLA structures & Staad pro

Design of a steel shed for a factory

These are the anchor bolt plan and the general arrangements for a factory used to recycle electronics in Australia

Programs used are : TEKLA structures & Staad pro

Design of a steel shed for a factory

These are the anchor bolt plan and the general arrangements for a factory used to recycle electronics in Australia

Programs used are : TEKLA structures & Staad pro

Design of a steel shed for a factory

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

Looking to design platform for dancing for night club
it is 13ft by 21ft and its elevated 8 ft from the ground.

we want beam design and columns to pass Live loads and Deadloads and if we need to do anything for slab
Assume its 6" Slab concrete

Deliverables should incorporate compliance with LRFD and ASCE standards.

Beam design platform development

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

• Structural analysis model (SAP, ETABS, or Robot file).
• Structural calculation report (including design philosophy, load assumptions, results, and member design).
• Structural drawings (foundation plan, framing plans, column schedules, reinforcement details, sections, etc.).
• Material specifications and design summary sheets.
• Sometimes a BOQ (Bill of Quantities) or Reinforcement Schedule.

Full structural design package

9546362

Teaching students through the survey course how to use the automatic level device and adjust the horizontal level

Automatic level

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

Structure shop drawing and calculation sheet for three small staircases first one height is 1.82 meter the other two height is 3 meter

Designing of steel stairs which need rehabilitation

These are the anchor bolt plan and the general arrangements for a factory used to recycle electronics in Australia

Programs used are : TEKLA structures & Staad pro

Design of a steel shed for a factory

These are the anchor bolt plan and the general arrangements for a factory used to recycle electronics in Australia

Programs used are : TEKLA structures & Staad pro

Design of a steel shed for a factory

These are the anchor bolt plan and the general arrangements for a factory used to recycle electronics in Australia

Programs used are : TEKLA structures & Staad pro

Design of a steel shed for a factory

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

This report interprets the structural analysis of the proposed Steel Bill Board in Madinat
Yanbu AL-Sinaiyah , Royal commission for Jubail and Yanbu Directorate General for Yanbu
project , Kingdom of Saudi Arabia. The critical analysis of the Steel Bill Board is carried out
using the Staad.pro V8i element analysis software . Design is analyzed in accordance with
the SBC (Saudi Building Code ) Standard specification of Steel. This report reviews the
suitability of the proposed steel Bill Board design. Various parameters such as the deflection
of the structure, restraints and critical sections were identified and presented in this report.

Bill board structural analysis (Using Staad pro)

4.4 · 67 Reviews

67 Reviews

"removed by Freelancer admin"

Civil Engineering

Structural Engineering

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It's possible that Mohammed is capable of detailing very simplistic projects but he's not suited for detailing complex engineered drawings. He was very pushy when it came to the EOR's review timeframe, complained multiple times that his drawings were rejected for "simple errors". He took zero accountability and complained consistently. I took a loss on both the projects I gave him and moved on to better options. IMO Steer clear if you want to avoid freelancer's arbitration process.

Civil Engineering

Structural Engineering

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Concrete Residential Building Design Needed

What a great abd pleasurable journey to work with Mohammed Z. The comunication, professional knowledge and guidance and the delivery of the project were really great. I will definitely work with Mohammed again. Thanks for your support and positive input to the ptoject. José Pando

Civil Engineering

Structural Engineering

Building Design

Building Information Modeling

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Beam Design Platform Development

Very quick and informative. Definitely will keep working with him

Building Architecture

Civil Engineering

Structural Engineering

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Tekla structural Design Drafting -- 2

The project is not completed according to the dispute

Building Architecture

Structural Engineering

Tekla Structures

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Executive site engineer

Jun, 2019 - Jun, 2022

•

3 years

Atef corporation company

Jun, 2019 - Jun, 2022

•

3 years

I worked as an executive engineer at a petrol station under construction to observe the after construction of concrete structures and inclination of the main pavement layer using total station.

Jun, 2019 - Jun, 2022

•

3 years

Structural designer engineer

Jun, 2016 - Jun, 2019

•

3 years

MHEC(Modern house of engineering consultations)

Jun, 2016 - Jun, 2019

•

3 years

-Design of multi storey buildings containing more than one basement, double height floors, ribbed rafts, large spans in flat slabs with drop panels using etabs and safe. Participate in the design of (UPTOWNCAIRO) under EMAAR SQUARE supervision Using: 1- Etabs 2015( Dynamic analysis & Vertical elements design ) 2-Safe 2014 ( Slabs , Footing design & Check Punching )

Jun, 2016 - Jun, 2019

•

3 years

Tanta University

2011 - 2016

•

5 years

Bachelor of civil engineering

Egypt

2011 - 2016

•

5 years

Tanta University

2008 - 2011

•

3 years

High school

Egypt

2008 - 2011

•

3 years

Mastering Robot, Revit and autodesk products ...etc

2018

Cad masters

Professional user of finite element analysis programs and 3d programming objects

2018

Masters degree

2021

Tanta university

Masters degree in optimizing flocculation basin dimensions used in water treatment purification by CFD (ANSYS workbench)

2021

Bachelor in civil engineering

2016

Faculty of engineering Tanta university in Egypt

Excellence grade with honors Ranked first among my colleagues

2016

THE BUCKLING ANALYSIS OF ORTHOTROPIC ANNULAR PLATE BY USING FINITE ELEMENT

Mohammed Zamzam

The current research presents a buckling analysis of orthotropic annular plates by proposing derive analytical buckling formula of orthotropic plate theory based on the displacement function. Contrary to the existing higher order shear deformation theories, the proposed model uses a new displacement field which incorporates undetermined integral terms

P

Preferred Freelancer Program SLA

Basic Numeracy

US English