Bridge Design Engineer

Roles and responsibilities

As a Bridge Design Engineer, you will be given the opportunity to participate in the delivery of major bridge schemes throughout the Middle East. You will be working on a number of high-profile projects, including long-span crossings, international bridges, architecturally led bridge designs, design and build schemes, and local authority commissions.

You will be empowered to provide technical design inputs and manage elements of the delivery whilst contribute to delivering bridge projects on time, on budget, and quality, and to the client’s requirements. You will have autonomy over delivering sound design solutions, including technical ones that meet client requirements, liaising alongside the team to develop technical solutions to ensure compliance with management.

Here's what you'll need

You will be

• A U.A.E National that holds an accredited Bachelor’s degree in Structural / Civil Engineering from a recognized institution.
• Demonstrated experience in design and build schemes.
  
  

A working proficiency in using software/tools associated with structural modeling (MIDAS, RM, Structural bridge design) and BIM.

Knowledge of international specifications and GCC authorities/local municipality requirements / knowledge of Euro codes, DMRB and AASHTO is advantageous.

A Bridge Design Engineer specializes in the design and analysis of bridges, ensuring they are safe, efficient, and durable. Here are key skills and attributes essential for this role:

1. Structural Engineering Knowledge: Strong understanding of structural principles, materials, and loads as they pertain to bridge design.

2. Design Software Proficiency: Expertise in engineering software such as AutoCAD, SAP2000, and LUSAS for modeling and analyzing bridge structures.

3. Geometric Design Skills: Ability to create and optimize bridge geometry, including spans, clearances, and alignment.

4. Regulatory Compliance: Familiarity with local, state, and federal codes and standards (e.g., AASHTO, Eurocode) that govern bridge design and construction.

5. Analytical Skills: Proficient in conducting structural analysis, including static and dynamic loading conditions, to ensure safety and performance.

6. Project Management: Skills in planning and managing design projects, coordinating with various stakeholders, and adhering to timelines.

7. Environmental Considerations: Understanding of environmental impact assessments and sustainability practices in bridge design.

8. Problem-Solving: Strong critical thinking skills to identify design challenges and develop effective engineering solutions.

9. Communication Skills: Effective verbal and written communication abilities to present designs, collaborate with multidisciplinary teams, and engage with clients.

10. Field Experience: Practical knowledge of construction methods and materials to ensure that designs are feasible and can be effectively implemented in the field.

Desired candidate profile

A Bridge Design Engineer specializes in the design and analysis of bridges, ensuring they are safe, efficient, and durable. Here are key skills and attributes essential for this role:

1. Structural Engineering Knowledge: Strong understanding of structural principles, materials, and loads as they pertain to bridge design.

2. Design Software Proficiency: Expertise in engineering software such as AutoCAD, SAP2000, and LUSAS for modeling and analyzing bridge structures.

3. Geometric Design Skills: Ability to create and optimize bridge geometry, including spans, clearances, and alignment.

4. Regulatory Compliance: Familiarity with local, state, and federal codes and standards (e.g., AASHTO, Eurocode) that govern bridge design and construction.

5. Analytical Skills: Proficient in conducting structural analysis, including static and dynamic loading conditions, to ensure safety and performance.

6. Project Management: Skills in planning and managing design projects, coordinating with various stakeholders, and adhering to timelines.

7. Environmental Considerations: Understanding of environmental impact assessments and sustainability practices in bridge design.

8. Problem-Solving: Strong critical thinking skills to identify design challenges and develop effective engineering solutions.

9. Communication Skills: Effective verbal and written communication abilities to present designs, collaborate with multidisciplinary teams, and engage with clients.

10. Field Experience: Practical knowledge of construction methods and materials to ensure that designs are feasible and can be effectively implemented in the field.