As a structural analysis engineer, you test equipment, buildings, and manufactured products to determine whether or not they meet performance goals, standards, regulations, and requirements. You may perform a stress test on various materials, monitor construction data, evaluate equipment or design blueprints, and otherwise help to ensure the final product is structurally sound.
Most structural analysis engineers focus on building construction, but some work with aircraft, cars, or other heavy equipment instead. This job is highly time-sensitive because construction often cannot proceed until structural analysis checks are done. So, the ability to work quickly and efficiently is essential to success in this role.
Engineering analysis involves a systematic evaluation of various resources such as material, supplies, labor, facilities, and support services etc., which are required during manufacturing of a product or rendering of a service. Engineering analysis can be an effective source of measurement of information acquired from the people who are directly engaged in the production of goods or services. Through such analysis, the analysts are benefited in terms of ascertaining new costs from varied experiments conducted with different prototypes, accounting and industrial engineering, competitive strategy etc. Such information can help them to estimate future costs, which are quite reliable and help in effective decision-making. However, such analysis is expensive and time consuming.
How to Become a Structural Analysis Engineer Working in Building Construction ?
The primary qualifications to get a job as a structural analysis engineer working in building construction include a bachelor's degree and some experience working on construction projects. Some employers prefer applicants who have a master's degree, and colleges occasionally offer programs that let you earn both degrees at the same time. Gaining experience through internships and other opportunities is particularly useful and can help you stand out from other candidates. Fulfilling your responsibilities and duties as a structural analysis engineer requires attention to detail, math skills, and the ability to memorize complex regulations and guidelines covering a wide variety of materials and processes.
| l'année | Enoncé | Corrigé |
|---|---|---|
| 2020 | MP - PC - PT | MP - PC - PT |
| 2019 | MP - PC - PT | MP - PC - PT |
| 2018 | MP - PC - PT | MP - PC - PT |
| 2017 | MP - PC - PT | MP - PC - PT |
| 2016 | MP - PC - PT | MP - PC - PT |
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