An architectural engineer makes sure that the building’s plumbing, electrical, heating, ventilation and air conditioning as well as its other operating systems are well-suited to its architectural design. It will be your job to evaluate the integrity of the structure using your knowledge of building codes and fire safety standards.
Most of your work will be done prior to construction. You will be asked to look at blueprints and give your ideas on such considerations as energy loads, lighting systems and other engineering concerns before actual building starts. However, this does not mean that your work will end there. You will be asked to give your input while the project is underway. If the project encounters setbacks, you may also be called upon to help resolve them.
To succeed in this profession, you need to have mathematical and technical skills. The job requires you to perform complex mathematical and engineering computations to help you come up with the right solutions. You also need to be decisive inasmuch as you will be weighing factors like cost, safety and practicality in each project you undertake. You also need to have that uncanny ability to combine functionality and aesthetics in each project. Thus, it is your responsibility to come up with an efficient energy system that blends harmoniously with the visual beauty and design of the building. It is also your task to ensure that the structural integrity of an edifice is not sacrificed for the sake of beauty.
Why Become An Architectural Engineer
Architectural engineers play a vital role in the creation of our structures around the globe. Architectural engineers apply their strong scientific and mathematical skill sets to conceptualize, develop, and build functional building structures. Safety and economic factors play a large part of an architectural engineer’s thought process, as they may develop environmentally-friendly structures or design systems. Additionally, architectural engineers may create design systems such as lighting, plumbing, air conditioning, and heating. Innovative computer technology such as Computer-Aided Design (CAD) gives an architectural engineer the creative freedom to draft incredible, structural designs.
Architectural Engineer Work Environment
Architectural engineers may be employed within engineering offices, private corporations, government agencies, and construction officers. Furthermore, architectural engineers will work with other professionals, such as engineers, architects, and construction workers.
Architectural engineers fall within the categories of architectural and engineering occupations in general and civil engineering, according to the Bureau of Labor Statistics. In 2013, the Occupational Employment and Wages Report of the Bureau of Labor Statistics of the US Department of Labor showed the mean annual wage of a civil engineer was $85,640. Additionally, in 2013, the median annual wage for architecture and engineering occupations was $80,100.
Architectural Engineer Career Outlook
Architectural engineers fall within the category of civil engineering, according to the Bureau of Labor Statistics. From 2012 to 2022, the overall employment of civil engineers is expected to grow 20%, which is faster than average for all career occupations.
Architectural Engineer Degree
A bachelor’s degree in architectural engineering is the entry point to a career as an architectural engineer. Most programs take around five years to complete. The courses in the architectural engineering program will teach you how to design offices and other industrial buildings as well as homes. Thus, you will be tackling such topics as how to come up with cooling and heating as well as plumbing and electrical systems for various kinds of edifices. One challenging but very fulfilling part of your work as a college student is coming up with your own design for a particular structure. Courses in science, architectural design, business, math, physics, electrical design, structural acoustics and others will help you accomplish the required simulated structure. In addition to your coursework requirements, an internship in the architectural engineering industry will also enable you to acquire practical experience in the field.
A master’s degree is advantageous for promotion to higher positions. This postgraduate degree will also be necessary for architectural engineering graduates who wish to focus on a particular area of architectural engineering. No matter what your area of concentration is, a master’s degree program will also teach advanced courses that will be beneficial in helping them perform their duties effectively.