How to Write a Structural Engineer Resume Skills Section
By Indeed Editorial Team
Published June 19, 2022
The Indeed Editorial Team comprises a diverse and talented team of writers, researchers and subject matter experts equipped with Indeed's data and insights to deliver useful tips to help guide your career journey.
Structural engineers are responsible for designing safe structures with the capacity to support heavy loads and withstand a variety of weather conditions. These professionals usually focus their work on guaranteeing that arcs, beams, columns, struts, or plates have enough resistance to support a structure's weight. Learning more about what skills these engineers can add to their resumes may help you write a comprehensive and appealing resume skills section to enhance your job applications.
In this article, we discuss how to write a structural engineer resume skills section, explain the types of projects these professionals often manage, share their average salary, and provide an example of a resume skills section.
How to write a structural engineer resume skills section
Follow these steps to write an appealing skills section for your resume:
1. Review the job posting
The first step is to identify the skills required in the job posting. Begin by writing a list of all the abilities the potential employer is looking for and compare it to the skills you have. Next, research the company and some of its construction projects to determine the type of abilities that might benefit its business. You can also contact colleagues who have worked for the company and ask them about the typical areas of expertise, skill set, and educational background they expect from candidates.
For example, reviewing the job posting can help you notice that the employer is looking for candidates with good estimation skills, proficiency in project management, or demonstrated knowledge of construction materials.
2. Evaluate your skills
It's important to list all your skills and evaluate those you can include in your resume. Some skills these professionals possess include:
Design and CAD software skills
Many structural engineers have strong design and computer-aided design (CAD) skills that enable them to make detailed blueprints for buildings and structures. They can use these skills to draft 2D or 3D designs to visualize the structure they want to build and identify vulnerabilities within the construction. These abilities also help them create 3D models and use computer programs to test each point of the design.
Map and blueprint reading skills
By reading blueprints and other design documents, structural engineers are able to interpret the ideas and designs drafted by colleagues. Structural engineers may use these abilities to identify the level of detail required in a construction plan and guide their teams through the multiple stages of the project. They also rely on the skills to determine the labour resources they need and the type of professionals the project requires within each stage. Blueprint reading skills are important to ensure that the design of a project is accurate and meets federal and regional regulations and quality standards.
Project management skills
These skills comprise good communication abilities, as it's necessary for structural engineers to be able to communicate with clients, team members, supervisors, suppliers, and federal and regional authorities. Good communication skills allow them to convey clear instructions and write accurate reports. Negotiation skills, which enable these professionals to reach agreements with clients and suppliers, are another important part of project management. It also involves good time management abilities so that structural engineers can follow up on milestones and address any delays or issues that may arise.
Good project management also requires excellent leadership skills, as these abilities can help engineers to make decisions that might affect the project's success and guide the entire team to achieve its goals.
Structural engineers use these skills to estimate the amount of labour required to complete the project, determine the cost of materials and their types, ask for quotes or prepare bids, and manage the project's budget. Estimation skills also help them participate in tendering procedures, track the project's costs, and reallocate resources if any new requirements arise. These professionals can also rely on their estimating skills to analyze the financial viability of a project.
Knowledge of federal and regional safety regulations
Structural engineers are usually knowledgeable about federal, provincial, and territorial acts and regulations related to the use of construction materials, health and safety standards, and the code of practice for the industry. For instance, suppose you are working on a construction project in Ontario. It's important to know and understand the province's Occupational Health and Safety Act so that you can adhere to current regulations. Structural engineers often work with private and public organizations to test and certify the materials they use.
3. Add your most relevant skills to your resume
The next step is to prioritize your skills and add those you consider the most relevant to the role. To do this, evaluate the potential employer, industry, and the skills included in the job posting. For instance, if you're applying for a position in a company that mostly works on highway construction projects, you can highlight your knowledge of provincial or territorial regulations and your estimation skills. This strategy helps show the hiring manager or employer that you may not require additional training in these areas.
4. Proofread your resume skills section
After finishing your section, consider proofreading it to ensure that it doesn't contain errors and that you're not discarding relevant information. Another effective technique is to read your resume skills section out loud and compare it again with the job posting. You can also ask a family member, friend, or colleague to review it and look for any issues.
What types of projects do structural engineers do?
Structural engineers usually work on the following types of projects:
Oil and gas projects
Structural engineers sometimes participate in construction projects within the oil and gas industry to build refineries, blending facilities, gas compressor stations, gas processing plants, and pipelines. This type of work requires experience in the field and proficiency in all the environmental regulations related to this industry. Structural engineers can also work on projects to build warehouses, oil or gas tanks, dehydration units, maintenance facilities, utility stations, and gas slug catchers.
Some structural engineers work primarily on construction projects related to commercial buildings such as hotels, residential buildings such as houses and apartment towers, and commercial structures such as malls or shopping centres. They may also participate in the design and construction of schools, hospitals, office buildings, or military facilities. Working on these types of projects typically requires good estimation skills, knowledge of provincial or territorial regulations, and a solid understanding of the current labour legislation.
Bridges and highways projects
Depending on their area of specialization, a structural engineer may also work on construction projects for arch bridges, suspension bridges, roads, highways, or cable-stayed bridges. This field typically requires extensive knowledge of materials and provincial or territorial regulations. They can work on projects to perform maintenance activities on these structures, which aim to extend their life spans.
Structural engineers can also work on projects for permanent or floating docks, crude or chemical carriers, yachts, and offshore oil and gas platforms. This area of the profession requires specialized knowledge and training related to environmental and safety regulations. To carry out these types of constructions, structural engineers may work in a variety of weather conditions or inside large nautical vessels.
Average salary for structural engineers
The national average salary for a structural engineer is $ $72,552 per year. Wages can vary depending on their province or territory, level of expertise, education, and employer. These professionals can obtain higher salaries and better job positions according to their years of experience and the projects they've undertaken in previous positions.
Example resume skills section for a structural engineer
Here's an example of a resume skills section for structural engineers:
Excellent map and blueprint reading skills
Remarkable design and computer-aided design (CAD) software skills
Expert in project management
Excellent costs and materials estimation skills
In-depth knowledge of federal and provincial regulations and quality standards and codes
Salary figures reflect data listed on Indeed Salaries at time of writing. Salaries may vary depending on the hiring organization and a candidate's experience, academic background, and location. Please note that none of the companies, institutions, or organizations mentioned in this article are affiliated with Indeed.
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