Iran Construction Engineers
Civil Engineering Team
A leader in the design and implementation of the latest and the most innovative engineering methods

ICE Structural Design

Spearheading a Sustainable Design Revolution in the Architectural, Engineering & Construction Industry via Machine Learning and Structural Design Optimization


Structural engineering firms are pivotal in driving innovation and societal development. Despite being one of the oldest professions, the industry continues to evolve. By leveraging scientific knowledge, invention, and design, structural and civil engineers address various challenges, meeting the needs of both individuals and communities.


Since our inception over 50 years ago, ICE has grown and enriched its service offerings. Each milestone has empowered us to better prepare our communities and environment for the future.


Together, we solve problems, promote innovation, and foster a culture of excellence. Our experts share their experiences through multidisciplinary collaboration and industry participation.


Regardless of your career stage, we have a path for you. At ICE, you can develop your talent and expertise through inspiring project work and continuing education.


We share our knowledge and expertise globally to bring the best of structural engineering to each project. We aim to simplify complexity. By examining complex problems from different perspectives, we plan, design, manage, and engineer our communities to thrive, delivering innovative and future-ready solutions to our clients.


ICE Structural Design services introduce cutting-edge, in-house developed engineering optimization solutions, rooted in a deep academic background and diverse expertise. Our services range from project-specific structural engineering design optimization consultations to custom engineering optimization solutions.


Our focus is on achieving the optimal balance between sustainable design, ecological responsibility, structural performance, and construction cost.


We provide integrated optimization services in structural engineering projects and tailor-made software solutions. Our strategic aim is to generate added value for our clients through new optimization solutions. Our goal is to integrate applied optimization into everyday structural engineering practice.


ICE Structural Optimization services combine new technology with leading structural design software to deliver applied structural design optimization. Sophisticated in-house developed algorithms generate optimal structural designs based on the clients reference design. Optimality is assessed based on the structures ecological footprint, construction cost, structural performance, and more.


Within the Architectural, Engineering & Construction industry, there is constant pressure to deliver projects more effectively on multiple fronts. This is particularly evident in the drive to improve project sustainability while enhancing safety and reducing costs. ICE Structural Design is a value-added service with immediate benefits for those who adopt it.

What we do

Structure Construction
Feasibility Study
A benefical construction is assessed to provide the beset profit for you
Always by your side
We are with you for every stages of building construction
Economical Evaluation
In ICE, we assess benefical construction in order to provide the beset profit for you
Construction
We are always here to make sure that your building is constructed in the best possible shape
Design
We design a building from base to top according to highest standard and innovative methods
Optimization
All structures are design or redesigned to have the most optimized features: both engineering and economical aspects

Site Structures

Structural Design

The process of structural planning and design requires not only creativity and conceptualization but also a thorough understanding of practical aspects, including the latest design codes and regulations. This process is further enhanced by extensive experience, expertise, and discernment. It is essential that any structure meets the efficiency criteria for its intended purpose and possesses the durability to last its desired lifespan.

The primary goal of constructing a structure is to fulfill its fundamental purpose while also being aesthetically pleasing. A well-designed building should create a conducive environment both indoors and outdoors. Therefore, the functional planning of a building must include meticulous consideration of room and hall arrangements to meet the client’s requirements. This includes ensuring adequate ventilation, lighting, acoustics, and unobstructed views, especially in communal spaces such as halls and cinemas.

Once the form of the structure is determined, the structural design process begins. Structural design is both an art and a science, involving an understanding of the behavior of structural elements under various loads. The goal is to design these elements with efficiency and elegance to create a safe, functional, and enduring structure.
Numerical Design - Etabs
The Importance of Structural Design in Earthquake-Resistant Buildings

Earthquake-induced ground motions are impulsive, complex, and irregular, which prevents the occurrence of resonance observed in steady-state sinusoidal excitation. Additionally, earthquakes are unlikely to coincide with other extreme events such as high winds, floods, or severe sea waves. Typically, elastic modulus values for materials are assumed based on static analysis.

Structural design is a critical aspect of constructing buildings that can withstand the forces generated by earthquakes. Given the dynamic and unpredictable nature of seismic events, the importance of robust structural design cannot be overstated. Here are several key reasons why structural design is essential in earthquake-prone areas:

1. Life Safety
2. Minimizing Damage
3. Economic Considerations
4. Regulatory Compliance
5. Sustainability and Resilience
6. Innovative Technologies

For more detail please visit seismic design page.
The Vital Value of Structural Design

Structural design plays a pivotal role in the overall cost of construction projects. It involves the detailed planning and analysis of the framework that supports a building or infrastructure, ensuring it can withstand various loads and stresses throughout its lifespan. Here are several key reasons why structural design is crucial in determining the final construction costs:

1. Material Optimization
A well-thought-out structural design can significantly optimize the use of materials. By selecting the appropriate materials and designing efficient structural systems, engineers can reduce waste and lower material costs. For instance, using high-strength materials in critical areas can reduce the amount of material needed, leading to cost savings1.

2. Labor Efficiency
Efficient structural design can simplify construction processes, making them quicker and less labor-intensive. Simplified designs often require fewer man-hours to construct, which directly translates to lower labor costs. For example, prefabricated components designed for easy assembly can speed up construction timelines and reduce labor expenses1.

3. Minimizing Rework and Delays
Accurate structural design minimizes the likelihood of errors during construction. Errors can lead to costly rework and project delays, both of which inflate the final cost. By ensuring that the design is precise and feasible, structural engineers help keep the project on schedule and within budget2.

4. Safety and Compliance
Structural design ensures that the building meets all safety standards and regulatory requirements. Non-compliance can result in fines, legal issues, and additional costs to rectify the problems. A robust design that adheres to all codes and standards prevents these potential financial setbacks3.

5. Long-term Durability and Maintenance
A well-designed structure is more durable and requires less maintenance over its lifespan. This long-term perspective on cost savings is crucial, as initial savings on construction can be offset by high maintenance costs if the structure is not designed properly. Durable designs reduce the need for frequent repairs and associated costs2.

6. Energy Efficiency
Structural design also impacts the energy efficiency of a building. Efficient designs can incorporate features that reduce energy consumption, such as proper insulation and natural lighting. These features not only lower operational costs but can also qualify for green building certifications, which can be financially beneficial3.

Consequently, structural design is a fundamental aspect of construction that significantly influences the final cost. By optimizing materials, improving labor efficiency, minimizing errors, ensuring compliance, enhancing durability, and promoting energy efficiency, structural design helps manage and reduce overall construction costs. Investing in a comprehensive and thoughtful structural design is essential for the financial success of any construction project.

Structural Design Software

Square Meters of ​Built Infrastructure

Finished projects

Years of Experience

Experties

  • Decades of  of engineering and executive experiences
  • Numerous completed project
  • University corporations
  • Over 1 milion square meters of constructed buildings
  • Experienced and highly educated teams in designings and field operations
Work History
  • Structural Engineering
  • Optimization of Structure Design
  • Offshore Structures
  • Soil Dynamics
  • Seismic Design of Underground Structure
  • New Inovations
Experties
The ICE
In the ICE, we’re always mindful of ensuring our clients are empowered and informed.
PSS
Prefabricated steel structures (PSS) are similar in construction to conventional in-situ structures, but the parts are manufactured modularly under regulated conditions.
Ocean Engineering
In partnership with Sharif University of Technology, we have been working for many years in designing and constructing marine structures with different applications in Iran.
ICE Group
We are a group of engineers who have been working for many years in designing and constructing buildings with different applications in Iran.
Structural Engineering and Construction
ICE design and implement of the latest and the most innovative engineering
Marine Structures
We provide the offshore and maritime industries with innovative platform design and construction, and engineering services.
Export
Based on the experiences we have gained, we decided to extend our field of activity to other countries and export designed and constructed structures that can be prefabricated.

NAVIGATE

CONNECT WITH US

QUICK LINKS

GENERAL
Copyright © 2024 ICE. All rights reserved.
Iran Construction Engineers

Civil Engineering Team
A leader in the design and implementation of the latest and the most innovative engineering methods

Iran Construction Engineers

Civil Engineering Team
A leader in the design and implementation of the latest and the most innovative engineering methods

ICE Structural Design

Spearheading a Sustainable Design Revolution in the Architectural, Engineering & Construction Industry via Machine Learning and Structural Design Optimization


Structural engineering firms are pivotal in driving innovation and societal development. Despite being one of the oldest professions, the industry continues to evolve. By leveraging scientific knowledge, invention, and design, structural and civil engineers address various challenges, meeting the needs of both individuals and communities.


Since our inception over 50 years ago, ICE has grown and enriched its service offerings. Each milestone has empowered us to better prepare our communities and environment for the future.


Together, we solve problems, promote innovation, and foster a culture of excellence. Our experts share their experiences through multidisciplinary collaboration and industry participation.


Regardless of your career stage, we have a path for you. At ICE, you can develop your talent and expertise through inspiring project work and continuing education.


We share our knowledge and expertise globally to bring the best of structural engineering to each project. We aim to simplify complexity. By examining complex problems from different perspectives, we plan, design, manage, and engineer our communities to thrive, delivering innovative and future-ready solutions to our clients.


ICE Structural Design services introduce cutting-edge, in-house developed engineering optimization solutions, rooted in a deep academic background and diverse expertise. Our services range from project-specific structural engineering design optimization consultations to custom engineering optimization solutions.


Our focus is on achieving the optimal balance between sustainable design, ecological responsibility, structural performance, and construction cost.


We provide integrated optimization services in structural engineering projects and tailor-made software solutions. Our strategic aim is to generate added value for our clients through new optimization solutions. Our goal is to integrate applied optimization into everyday structural engineering practice.


ICE Structural Optimization services combine new technology with leading structural design software to deliver applied structural design optimization. Sophisticated in-house developed algorithms generate optimal structural designs based on the clients reference design. Optimality is assessed based on the structures ecological footprint, construction cost, structural performance, and more.


Within the Architectural, Engineering & Construction industry, there is constant pressure to deliver projects more effectively on multiple fronts. This is particularly evident in the drive to improve project sustainability while enhancing safety and reducing costs. ICE Structural Design is a value-added service with immediate benefits for those who adopt it.

What we do
Structure Construction
Feasibility Study
A benefical construction is assessed to provide the beset profit for you
Always by your side
We are with you for every stages of building construction
Economical Evaluation
In ICE, we assess benefical construction in order to provide the beset profit for you
Construction
We are always here to make sure that your building is constructed in the best possible shape
Design
We design a building from base to top according to highest standard and innovative methods
Optimization
All structures are design or redesigned to have the most optimized features: both engineering and economical aspects

Site Structures

Structural Design

The process of structural planning and design requires not only creativity and conceptualization but also a thorough understanding of practical aspects, including the latest design codes and regulations. This process is further enhanced by extensive experience, expertise, and discernment. It is essential that any structure meets the efficiency criteria for its intended purpose and possesses the durability to last its desired lifespan.

The primary goal of constructing a structure is to fulfill its fundamental purpose while also being aesthetically pleasing. A well-designed building should create a conducive environment both indoors and outdoors. Therefore, the functional planning of a building must include meticulous consideration of room and hall arrangements to meet the client’s requirements. This includes ensuring adequate ventilation, lighting, acoustics, and unobstructed views, especially in communal spaces such as halls and cinemas.

Once the form of the structure is determined, the structural design process begins. Structural design is both an art and a science, involving an understanding of the behavior of structural elements under various loads. The goal is to design these elements with efficiency and elegance to create a safe, functional, and enduring structure.
Numerical Design - Etabs

The Importance of Structural Design in Earthquake-Resistant Buildings

Earthquake-induced ground motions are impulsive, complex, and irregular, which prevents the occurrence of resonance observed in steady-state sinusoidal excitation. Additionally, earthquakes are unlikely to coincide with other extreme events such as high winds, floods, or severe sea waves. Typically, elastic modulus values for materials are assumed based on static analysis.

Structural design is a critical aspect of constructing buildings that can withstand the forces generated by earthquakes. Given the dynamic and unpredictable nature of seismic events, the importance of robust structural design cannot be overstated. Here are several key reasons why structural design is essential in earthquake-prone areas:

1. Life Safety
2. Minimizing Damage
3. Economic Considerations
4. Regulatory Compliance
5. Sustainability and Resilience
6. Innovative Technologies

For more detail please visit seismic design page.
The Vital Value of Structural Design

Structural design plays a pivotal role in the overall cost of construction projects. It involves the detailed planning and analysis of the framework that supports a building or infrastructure, ensuring it can withstand various loads and stresses throughout its lifespan. Here are several key reasons why structural design is crucial in determining the final construction costs:

1. Material Optimization
A well-thought-out structural design can significantly optimize the use of materials. By selecting the appropriate materials and designing efficient structural systems, engineers can reduce waste and lower material costs. For instance, using high-strength materials in critical areas can reduce the amount of material needed, leading to cost savings1.

2. Labor Efficiency
Efficient structural design can simplify construction processes, making them quicker and less labor-intensive. Simplified designs often require fewer man-hours to construct, which directly translates to lower labor costs. For example, prefabricated components designed for easy assembly can speed up construction timelines and reduce labor expenses1.

3. Minimizing Rework and Delays
Accurate structural design minimizes the likelihood of errors during construction. Errors can lead to costly rework and project delays, both of which inflate the final cost. By ensuring that the design is precise and feasible, structural engineers help keep the project on schedule and within budget2.

4. Safety and Compliance
Structural design ensures that the building meets all safety standards and regulatory requirements. Non-compliance can result in fines, legal issues, and additional costs to rectify the problems. A robust design that adheres to all codes and standards prevents these potential financial setbacks3.

5. Long-term Durability and Maintenance
A well-designed structure is more durable and requires less maintenance over its lifespan. This long-term perspective on cost savings is crucial, as initial savings on construction can be offset by high maintenance costs if the structure is not designed properly. Durable designs reduce the need for frequent repairs and associated costs2.

6. Energy Efficiency
Structural design also impacts the energy efficiency of a building. Efficient designs can incorporate features that reduce energy consumption, such as proper insulation and natural lighting. These features not only lower operational costs but can also qualify for green building certifications, which can be financially beneficial3.

Consequently, structural design is a fundamental aspect of construction that significantly influences the final cost. By optimizing materials, improving labor efficiency, minimizing errors, ensuring compliance, enhancing durability, and promoting energy efficiency, structural design helps manage and reduce overall construction costs. Investing in a comprehensive and thoughtful structural design is essential for the financial success of any construction project.

Structural Design Software

Square Meters of ​Built Infrastructure

Finished projects

Years of Experience

Experties

  • Decades of  of engineering and executive experiences
  • Numerous completed project
  • University corporations
  • Over 1 milion square meters of constructed buildings
  • Experienced and highly educated teams in designings and field operations
Work History
  • Structural Engineering
  • Optimization of Structure Design
  • Offshore Structures
  • Soil Dynamics
  • Seismic Design of Underground Structure
  • New Inovations
Experties
The ICE
In the ICE, we’re always mindful of ensuring our clients are empowered and informed.
Offshore Structures
Seas greatly influence the earth's planet environment, while the ocean provides important living and nonliving resources. The ocean defines the feature of our planet and is crucial to life on earth.
PSS
Prefabricated steel structures (PSS) are similar in construction to conventional in-situ structures, but the parts are manufactured modularly under regulated conditions.
ICE Group
We are a group of engineers who have been working for many years in designing and constructing buildings with different applications in Iran.
Structural Engineering and Construction
ICE design and implement of the latest and the most innovative engineering
Offshore Platforms
We provide the offshore and maritime industries with innovative platform design and construction, and engineering services.
Export
Based on the experiences we have gained, we decided to extend our field of activity to other countries and export designed and constructed structures that can be prefabricated.

NAVIGATE

CONNECT WITH US

QUICK LINKS

GENERAL

English | فارسی
Copyright © 2024 ICE. All rights reserved.
What we do

 

ICE Structural Design

Spearheading a Sustainable Design Revolution in the Architectural, Engineering & Construction Industry via Machine Learning and Structural Design Optimization


Structural engineering firms are pivotal in driving innovation and societal development. Despite being one of the oldest professions, the industry continues to evolve. By leveraging scientific knowledge, invention, and design, structural and civil engineers address various challenges, meeting the needs of both individuals and communities.


Since our inception over 50 years ago, ICE has grown and enriched its service offerings. Each milestone has empowered us to better prepare our communities and environment for the future.


Together, we solve problems, promote innovation, and foster a culture of excellence. Our experts share their experiences through multidisciplinary collaboration and industry participation.


Regardless of your career stage, we have a path for you. At ICE, you can develop your talent and expertise through inspiring project work and continuing education.


We share our knowledge and expertise globally to bring the best of structural engineering to each project. We aim to simplify complexity. By examining complex problems from different perspectives, we plan, design, manage, and engineer our communities to thrive, delivering innovative and future-ready solutions to our clients.


ICE Structural Design services introduce cutting-edge, in-house developed engineering optimization solutions, rooted in a deep academic background and diverse expertise. Our services range from project-specific structural engineering design optimization consultations to custom engineering optimization solutions.


Our focus is on achieving the optimal balance between sustainable design, ecological responsibility, structural performance, and construction cost.


We provide integrated optimization services in structural engineering projects and tailor-made software solutions. Our strategic aim is to generate added value for our clients through new optimization solutions. Our goal is to integrate applied optimization into everyday structural engineering practice.


ICE Structural Optimization services combine new technology with leading structural design software to deliver applied structural design optimization. Sophisticated in-house developed algorithms generate optimal structural designs based on the clients reference design. Optimality is assessed based on the structures ecological footprint, construction cost, structural performance, and more.


Within the Architectural, Engineering & Construction industry, there is constant pressure to deliver projects more effectively on multiple fronts. This is particularly evident in the drive to improve project sustainability while enhancing safety and reducing costs. ICE Structural Design is a value-added service with immediate benefits for those who adopt it.



Structure Construction
Feasibility Study
A benefical construction is assessed to provide the beset profit for you
Always by your side
We are with you for every stages of building construction
Economical Evaluation
In ICE, we assess benefical construction in order to provide the beset profit for you
Construction
We are always here to make sure that your building is constructed in the best possible shape
Design
We design a building from base to top according to highest standard and innovative methods
Optimization
All structures are design or redesigned to have the most optimized features: both engineering and economical aspects

Site Structures

Structural Design

The process of structural planning and design requires not only creativity and conceptualization but also a thorough understanding of practical aspects, including the latest design codes and regulations. This process is further enhanced by extensive experience, expertise, and discernment. It is essential that any structure meets the efficiency criteria for its intended purpose and possesses the durability to last its desired lifespan.

The primary goal of constructing a structure is to fulfill its fundamental purpose while also being aesthetically pleasing. A well-designed building should create a conducive environment both indoors and outdoors. Therefore, the functional planning of a building must include meticulous consideration of room and hall arrangements to meet the client’s requirements. This includes ensuring adequate ventilation, lighting, acoustics, and unobstructed views, especially in communal spaces such as halls and cinemas.

Once the form of the structure is determined, the structural design process begins. Structural design is both an art and a science, involving an understanding of the behavior of structural elements under various loads. The goal is to design these elements with efficiency and elegance to create a safe, functional, and enduring structure.

Numerical Design - Etabs

The Importance of Structural Design in Earthquake-Resistant Buildings

Earthquake-induced ground motions are impulsive, complex, and irregular, which prevents the occurrence of resonance observed in steady-state sinusoidal excitation. Additionally, earthquakes are unlikely to coincide with other extreme events such as high winds, floods, or severe sea waves. Typically, elastic modulus values for materials are assumed based on static analysis.

Structural design is a critical aspect of constructing buildings that can withstand the forces generated by earthquakes. Given the dynamic and unpredictable nature of seismic events, the importance of robust structural design cannot be overstated. Here are several key reasons why structural design is essential in earthquake-prone areas:

1. Life Safety
2. Minimizing Damage
3. Economic Considerations
4. Regulatory Compliance
5. Sustainability and Resilience
6. Innovative Technologies

For more detail please visit seismic design page.

The Vital Value of Structural Design

Structural design plays a pivotal role in the overall cost of construction projects. It involves the detailed planning and analysis of the framework that supports a building or infrastructure, ensuring it can withstand various loads and stresses throughout its lifespan. Here are several key reasons why structural design is crucial in determining the final construction costs:

1. Material Optimization
A well-thought-out structural design can significantly optimize the use of materials. By selecting the appropriate materials and designing efficient structural systems, engineers can reduce waste and lower material costs. For instance, using high-strength materials in critical areas can reduce the amount of material needed, leading to cost savings1.

2. Labor Efficiency
Efficient structural design can simplify construction processes, making them quicker and less labor-intensive. Simplified designs often require fewer man-hours to construct, which directly translates to lower labor costs. For example, prefabricated components designed for easy assembly can speed up construction timelines and reduce labor expenses1.

3. Minimizing Rework and Delays
Accurate structural design minimizes the likelihood of errors during construction. Errors can lead to costly rework and project delays, both of which inflate the final cost. By ensuring that the design is precise and feasible, structural engineers help keep the project on schedule and within budget2.

4. Safety and Compliance
Structural design ensures that the building meets all safety standards and regulatory requirements. Non-compliance can result in fines, legal issues, and additional costs to rectify the problems. A robust design that adheres to all codes and standards prevents these potential financial setbacks3.

5. Long-term Durability and Maintenance
A well-designed structure is more durable and requires less maintenance over its lifespan. This long-term perspective on cost savings is crucial, as initial savings on construction can be offset by high maintenance costs if the structure is not designed properly. Durable designs reduce the need for frequent repairs and associated costs2.

6. Energy Efficiency
Structural design also impacts the energy efficiency of a building. Efficient designs can incorporate features that reduce energy consumption, such as proper insulation and natural lighting. These features not only lower operational costs but can also qualify for green building certifications, which can be financially beneficial3.

Consequently, structural design is a fundamental aspect of construction that significantly influences the final cost. By optimizing materials, improving labor efficiency, minimizing errors, ensuring compliance, enhancing durability, and promoting energy efficiency, structural design helps manage and reduce overall
construction costs. Investing in a comprehensive and thoughtful structural design is essential for the financial success of any construction project.

Structural Design Software

  • Decades of  of engineering and executive experiences
  • Numerous completed project
  • University corporations
  • Over 1 milion square meters of constructed buildings
  • Experienced and highly educated teams in designings and field operations
Work History
  • Structural Engineering
  • Optimization of Structure Design
  • Offshore Structures
  • Soil Dynamics
  • Seismic Design of Underground Structure
  • New Inovations
Experties

Square Meters of ​Built Infrastructure

Finished projects

Years of Experience

Experties

The ICE
In the ICE, we’re always mindful of ensuring our clients are empowered and informed.
New Inovations
⦁ International and National Patents
⦁ Seismic Isolation
⦁ Design and Construction Methods
⦁ CRC Prefabricated Blocks
Learn More
Ocean Engineering
In partnership with Sharif University of Technology, we have been working for many years in designing and constructing marine structures with different applications in Iran.
ICE Group
We are a group of engineers who have been working for many years in designing and constructing buildings with different applications in Iran.
Structural Engineering and Construction
ICE design and implement of the latest and the most innovative engineering
Offshore Platforms
We provide the offshore and maritime industries with innovative platform design and construction, and engineering services.
Export
Based on the experiences we have gained, we decided to extend our field of activity to other countries and export designed and constructed structures that can be prefabricated.

NAVIGATE

CONNECT WITH US

QUICK LINKS

GENERAL

English | فارسی
Copyright © 2024 ICE.
All rights reserved.