Structural Engineering II - job 1 of 4

As a Structural Engineer II at AECOM, your primary responsibilities include performing structural designs for buildings and transportation structures, preparing engineering calculations, and creating structural models using tools like Revit. You will also provide guidance to graduate engineers, participate in interdisciplinary reviews of project deliverables, and ensure the quality of designs through quality control checks. Your role is crucial in preparing technical specifications and developing budgets and schedules to meet project requirements.

To qualify for the Structural Engineer II position at AECOM, candidates must hold a Bachelor’s degree in Structural Engineering, Civil Engineering, or a related field, along with at least two years of experience in structural engineering. A strong understanding of structural analysis and modeling software, including ETABS and RAM, is essential. Familiarity with structural codes and regulations, as well as experience in various types of structural design, will help candidates succeed in this role.

As a Structural Engineer II at AECOM, you should possess a solid foundation in structural analysis and modeling software, such as SAP and RISA 3D. Skills in drafting tools like AutoCAD and Revit are crucial for preparing accurate technical drawings. You should also be knowledgeable about current structural engineering codes and regulations, enabling you to manage projects efficiently. Additionally, strong problem-solving skills and the ability to work in a team setting are pivotal for success in this role.

AECOM is dedicated to nurturing its employees’ growth by providing numerous career development opportunities. As a Structural Engineer II, you will have access to award-winning training programs designed to enhance your technical skills and leadership capabilities. You can work on groundbreaking projects globally, which allows you to expand your expertise and advance within the company. AECOM encourages mentorship and offers pathways for career advancement based on performance and contributions.

Yes, AECOM offers the flexibility of telecommuting for the Structural Engineer II role. This aspect allows you to balance your work and personal life effectively while still contributing to important projects. You will have the opportunity to collaborate with a global team remotely while ensuring project goals are met successfully.

When discussing your experience with structural modeling software, provide specific instances where you've used tools like ETABS, SAP2000, or Revit. Highlight projects where these tools were integral to your design process. Emphasize your ability to collaborate with other disciplines and how your modeling expertise contributed to solving complex engineering challenges.

To ensure the quality of my designs, I follow a rigorous review process. I double-check all calculations and rely on quality control measures, including peer reviews when possible. I also stay updated with the latest engineering codes and standards relevant to my work, which helps me develop compliant and effective designs. Discuss specific examples from your past experiences where you improved design quality.

Detail the types of buildings you have experience with, such as commercial buildings, government structures, or specialty facilities like airport terminals. Explain your role in each project and the technologies you employed. Mention any unique challenges you encountered and how you successfully addressed them in your designs.

My approach to problem-solving is systematic and analytical. I first assess the problem thoroughly, considering all factors involved. Then, I develop potential solutions based on best practices and evidence from previous projects. I enjoy collaborating with my team to brainstorm and evaluate options before implementing the most effective solution. Sharing a specific example will help illustrate your approach.

Describe an instance where you led or were involved in a multidisciplinary project, emphasizing how you facilitated communication among teams. Explain the challenges that arose and how you helped mitigate them, particularly in coordinating designs to maintain project integrity. Mention any tools or practices you used to keep teams aligned.

I am well-versed in several structural engineering codes and regulations such as the IBC, ASCE 7, and ACI 318, which I regularly apply in my work. Share experiences where you ensured compliance with these codes in your designs, including how you kept current with updates to those regulations and adjusted your practices accordingly.

I stay current in structural engineering by attending workshops, participating in professional organizations, and accessing online learning platforms. Engaging in webinars and forums also allows me to share knowledge with peers and understand emerging trends and technologies in the field. You can mention any certifications or courses you’ve pursued as well.

My experience with structural design tools includes extensive use of TEDDS, Enercalc, and other relevant software to develop efficient designs. Explain how you’ve applied these tools in past projects, including any challenges faced and how you optimized designs for safety and efficiency. Providing measurable outcomes will help demonstrate your capability.

In handling tight deadlines, I prioritize effective time management and maintain open communication with my team to ensure clarity and alignment. I break down tasks into smaller, manageable goals and use project management tools to track progress. Share examples of past experiences where your strategies have successfully allowed you to deliver projects on time.

I'm deeply motivated by the impact that well-engineered structures can have on communities. I find it fulfilling to contribute to projects that not only meet client needs but also improve safety and sustainability. Discuss how you aim to make a positive difference through your engineering work and which aspects of the role at AECOM excite you the most.