Best HVAC Technology Schools In Maryville, Tennessee 2025

By BestHVACSchool Editorial Team
Published January 15, 2025
5 min readUpdated February 28, 2025

Exploring HVAC Technology Schools In Maryville, Tennessee

Heating, Ventilation, and Air Conditioning (HVAC) Technology is a vital field specializing in climate control, ensuring indoor comfort, air quality, and energy efficiency. In Maryville, Tennessee, the demand for skilled HVAC technicians continues to grow due to a blend of expanding residential and commercial sectors, making it an attractive area for pursuing HVAC studies.

Maryville boasts a well-developed educational infrastructure with access to hands-on training, state-of-the-art facilities, and experienced instructors. The city’s central location provides easy access to metropolitan markets while maintaining a small-town charm, making it an excellent place for both studying and living. The local community encourages networking and collaboration, which is essential for students aspiring to enter the HVAC workforce.

By enrolling in HVAC Technology programs in Maryville, students can obtain practical skills to meet the industry's needs, receive training on the latest technologies, and prepare for certifications that boost their employability.

Best HVAC Technology Schools Near Maryville, Tennessee

Below are the top ranked hvac technology schools in the surrounding areas of Maryville, Tennessee

Address: 1100 Liberty Street, Knoxville,Tennessee, Knox County, 37919
In-State Tuition: $N/A
Out-of-State Tuition: $N/A
Full-time Enrollment: 1,206
Graduation Rate: 70%
Admission Rate: N/A
Programs Offered: 1
Available HVAC Technology Degree Programs:
Heating, Air Conditioning, Ventilation and Refrigeration Technology
HVAC Technology Degrees: Certificate
Online HVAC Technology Degrees Offered: None
Address: 1500 Georgia Hwy 197 N, Clarkesville,Georgia, Habersham County, 30523
Address: 821 W Louise Ave, Morristown,Tennessee, Hamblen County, 37813-2094

Common Admission Requirements For HVAC Technology SchoolsIn Maryville, Tennessee

Admission requirements for HVAC Technology programs in Maryville typically include:

  • Minimum Age: Most schools require students to be at least 18 years old.

  • High School Diploma or GED: A completed high school education is generally mandatory.

  • Prerequisite Coursework: Students may need a background in mathematics and science, particularly in physics and chemistry, to ensure they can grasp technical concepts effectively.

  • Placement Tests: Some institutions may require students to pass placement tests in reading, math, and writing.

  • Background Check: Due to the nature of HVAC work, applicants might need to pass a criminal background check for employment eligibility.

  • Certification Expectations: Programs often expect students to achieve certain industry-standard certifications, such as the EPA 608 Certification, which is essential for handling refrigerants.

Prospective students should check individual program requirements since they may vary by school.

Cost & Financial Aid Options For HVAC Technology Schools In Maryville, Tennessee

Tuition for HVAC Technology programs in Maryville varies based on factors such as the length of the program and type of institution. Here's a breakdown:

  • Tuition Costs:

    • Community colleges: Approximately $3,000 to $7,000 per year.
    • Technical schools: Ranges from $5,000 to $15,000 depending on the program's duration and inclusions, such as equipment or lab fees.
  • Financial Aid Options:

    • Federal Financial Aid: Students can apply for Pell Grants, which do not require repayment, or federal student loans.

    • State Programs: Tennessee residents may be eligible for the Tennessee Promise program, providing last-dollar scholarships for eligible students at community colleges and technical schools.

    • Institutional Scholarships: Many schools provide merit or need-based scholarships, which can significantly offset tuition costs.

  • Payment Plans: Some schools offer flexible payment plans, allowing students to pay tuition in installments rather than all at once.

Prospective students are encouraged to meet with financial aid advisors to explore all funding opportunities available to them.

HVAC Technician Salary in Tennessee
Annual Median: $48,050
Hourly Median: $23.1
Data sourced from Career One Stop, provided by the BLS Occupational Employment and Wage Statistics wage estimates.
PercentileAnnual Salary
10th$36,920
25th$39,470
Median$48,050
75th$60,610
90th$66,520

Frequently Asked Questions (FAQs) About HVAC Technology Schools In Maryville, Tennessee

  1. What is HVAC technology? HVAC technology encompasses the installation, repair, and maintenance of heating, ventilation, and air conditioning systems.

  2. How long does it take to complete HVAC programs in Maryville? Programs typically range from six months to two years, depending on the educational institution and the type of credential sought.

  3. Are classes offered online? Some schools provide hybrid courses, allowing students to learn both online and in-person.

  4. What certifications do I need? Common certifications include the EPA 608 Certification, NATE Certification, and local licensing requirements.

  5. Is there a job placement program? Many HVAC programs have job placement services to assist graduates in securing employment.

  6. What types of financial aid are available? Options include federal loans, grants, state scholarships, and institutional aid.

  7. Do I need prior experience to enroll? No, most programs are designed for beginners. Background coursework in math or science may be helpful.

  8. What skills do I learn in HVAC training? Skills include installation techniques, system troubleshooting, customer service, and understanding HVAC codes and standards.

  9. Can I specialize within HVAC? Yes, specializations are available in areas like refrigeration, automation, and energy efficiency.

  10. What is the job outlook for HVAC technicians? The job outlook is favorable, with job growth projected to increase in the coming years due to climate change and the need for energy-efficient systems.