Engineering lets professionals and students select a variety of specialties. One of these, HVAC engineering, involves the design of air conditioning systems for commercial and residential properties. If you’re interested in becoming an HVAC engineer, you may benefit from knowing more about their duties in terms of education and training requirements. This article outlines the role for an HVAC engineer and the steps to follow for becoming one.
What exactly is an HVAC engineer?
The term ” HVAC engineer” refers to an HVAC engineer who is an engineer in mechanical engineering who develops heating, cooling, and ventilation systems for schools, offices or even residential areas. HVAC engineers are typically professionals with prior experience in electricity and plumbing which allows them to understand the systems for controlling climate. They are aware of how air flows through various structures and calculate the loss and load of heat. They work in conjunction with other specialists in construction and are aware of federal, state, and local rules and codes of construction.
What does an HVAC engineer accomplish?
An HVAC engineer creates systems that regulate the quality of air and temperature effectively. New constructions require plumbing, air conditioning as well as electrical planning. HVAC engineers ensure that HVAC, ventilation, and air conditioning functions within the plan of the building. An HVAC engineer begins by analyzing the needs of the building’s occupants and the kind of structure they want to build. They then consider the square footage of the space and energy cost as well as everyday usage to develop their concept.
HVAC engineers develop diagrams and layouts that outline the components of a system. Their aim is to increase efficiency and reduce space. Then, they choose the right materials and calculate the estimated cost. They then oversee and plan each installation process, making sure that employees adhere to safety guidelines and building code. Then, they check the installation and consult with clients and building inspectors at times when needed. They may also be available to the client in the event that there is a problem after the construction.
An HVAC engineer may also offer services including recommending improvements to make a system more efficient or evaluating the system’s performance. HVAC engineers typically work in offices.
Is an HVAC Engineer a Satisfactory Profession to Choose?
Being an HVAC engineer can be a rewarding career choice if you love working on technical problems using innovative solutions. When you work as an HVAC engineer you are able to apply your understanding of maths, physics, and engineering to solve real-world heating, cooling, refrigeration, and heating issues. You are able to develop solutions by using HVAC theory as well as system analysis and design with the help of computer-aided design (CAD) software, as well as other technology-based tools. As per the Bureau of Labor Statistics, the field of mechanical engineering, in general, is expected to see an average increase over the next ten years. However, other careers within the HVAC sector are growing more rapidly. This implies that the future prospects of individuals in an HVAC engineering career look positive.
How do I become an HVAC engineer?
Learn these ways to be an HVAC engineer:
1. Get the high school transcript or GED
Science and math are the two primary subjects for HVAC engineering students. Accreditation Board for Engineering and Technology ( ABET)-accredited schools that specialize in mechanical engineering tend to favor students who have GPAs over 3.0 which is why maintaining good grades is beneficial to your future career. It is also possible to engage in extracurricular activities like volunteering for local HVAC firms that provide you with important work experience prior to your leave.
2. Earn a bachelor’s degree
While it is possible to become an HVAC engineer following the completion of an associate’s degree, the majority of HVAC engineers hold a degree in bachelor’s. You may want to think about earning a bachelor’s qualification in mechanical, architectural, or HVAC Engineering Technology. The bachelor’s degree within four years. Choosing an accredited program that is accredited by ABET can help your career opportunities.
The types of courses you’ll be able to take in bachelor’s and associate degrees include:
- Electrical load calculation
- Equipment for handling air
- Energy calculation
- Pumps and pipe systems
- Airflow and balance
- Psychometric analysis
A bachelor’s degree in mechanical engineering will teach you about:
- Mechanical properties of materials
- Solid mechanics
- Transfer of heat
An undergraduate degree in HVAC design technology covers classes that include:
- Residential HVAC system configuration
- The college trigonometry and algebra class that covers it.
- Mechanical system concept and operation
- Warm-air design, heating and ducting
The main difference between the 2 degrees lies in the fact that a degree in technology generally provides the most practical method of this HVAC discipline. In contrast, an education in mechanical engineering focuses more on theoretical knowledge and helps students understand the latest design trends for the future. But, even with a degree of mechanical engineering, however, you must concentrate on HVAC.
Certain colleges offer five-year degrees that permit mechanical engineering students to earn a bachelor’s degree and master’s degree.
3. Examine to take the Fundamentals in Engineering (FE) test.
If you decide to get an undergraduate master’s degree in mechanical engineering then you’ll be able to take the FE test prior to graduating. The FE exam is a requirement for you to earn the Engineer to Training (EIT) label and is the initial step to an official license.
4. Be certified
If you are a mechanical engineer, you should consider studying HVAC design. The HVAC certificate will allow you to develop the specific skills you require to succeed in your HVAC engineering career. It is available via the American Society of Heating, Refrigerating and Air-Conditioning Engineers.
5. Obtain a license
Although the requirements for licensing vary between states and state to state, you must have an authorization to be able to participate in particular projects, including those that are funded by the public. The Professional Engineering (PE) can be described as an engineer’s license that permits them to supervise engineers as well as take crucial decisions regarding projects. You should consider this credential if you are interested in working for those in the public sector. To be able to earn the PE credential You must take an exam called the Professional Engineering Exam, which includes three different subcategories of mechanical engineering.
If you are a graduate with an HVAC technology degree, then becoming PE isn’t required to be employed within HVAC engineering. It could however increase your chances of employment and allow the possibility of earning a better pay.
6. Get experience
After you’ve earned the bachelor’s degree and PE license, you are able to pursue entry-level employment. You can, for instance, be enrolled for a position as an HVAC apprentice in certain states and complete a certain number of hours while under the supervision of an approved contractor. Opportunities that permit you to utilize your knowledge can improve your resume and boost the chances of getting a job.
7. Get an HVAC Engineering graduate degree (optional)
Although some potential HVAC engineers choose to obtain the HVAC certification, some prefer to pursue an advanced degree. You can earn a Master of Science in mechanical engineering, which includes the preparation required for HVAC. The programs offer engineering optimization classes such as turbomachinery fundamentals, basics of fluid mechanics, automatized control systems, as well as heat transfer.
8. Select a particular field in HVAC Engineering
If you are looking to become a specialist in a specific field, you can earn certificates through an association:
- Green Building Certification Institute
- American Society of Mechanical Engineers
- National Fire Prevention Association
- Associated Air Balance Council
- Association for Facilities Engineering