Trade Schools, Colleges and Universities

Join Over 1.5 Million People We've Introduced to Awesome Schools Since 2001

Trade Schools, Colleges and Universities
Join Over 1.5 Million Poeple We've Introduced to Awesome Schools Since 2001

Technology Trade Schools & Colleges

By Publisher
| Published
| Last Updated

Tech schools near you can help you turn your enthusiasm for the world of technology into a stimulating career that lets you work directly with the stuff you love most. The potential opportunities are abundant and wide-ranging. It's also possible to earn a salary that is far above average.


Education & Training

Going to a college, university, or technical school doesn't have to take a long time. A large variety of training options exist to suit almost any career ambition. Plus, this type of education is often full of satisfying challenges that keep you interested in what you're learning.

Length of Training

Depending on the path you choose, a technology education generally takes from six to 48 months. For management- or research-related careers, some people spend as many as 72 months in school in order to get the graduate-level education they need.** Factors that can affect your amount of time in school include:

  • The type of credential you're seeking
  • Whether you take classes online, part-time, or year-round
  • How comprehensive your program is

Most Common Length of School**
(range in months)

  • Computer support
    6-24
  • Drafting
    6-24
  • Electronics technology
    18-24
  • Computer animation
    18-48
  • Software development
    48

Education Levels

Anyone looking to prepare for a career in technology has a wide range of educational options to choose from. Many programs are available in both online and on-campus formats. You can pursue one or more of these types of credentials:

Certificate or diploma: With this kind of program, you can generally finish your classes in 12 months or less.** It will consist mostly of basic courses that very directly relate to the particular technology field that you want to enter.

Associate degree: Programs at this level tend to take up to 24 months.** The focus will primarily be on helping you develop practical, entry-level expertise for the high-tech career you want. But you'll also have a few general education courses.

Bachelor's degree: With about four years of study and training, you can earn this credential.** Your program will probably include a more balanced mix of general and career-specific courses, including classes that cover more advanced concepts than you would at a lower level.

Master's degree: Once you have a bachelor's degree, you can often earn a graduate-level credential with an additional two years of study.** For example, some technology students go after a Master of Business Administration (MBA) degree with a concentration in an area like information technology management.



Typical Courses

Your curriculum will be determined by your particular area of study and the depth of your program. This isn't a comprehensive list, but in general, technology students may study topics such as:

  • Computing fundamentals
  • Engineering fundamentals
  • Programming
  • Scripting
  • Data structures
  • Algorithms
  • Cloud computing
  • Project management
  • Cybersecurity
  • Digital interfaces
  • Math
  • Physics
  • Communication
  • Tools and fundamentals for areas like:
    • 2D or 3D animation
    • Website design and development
    • Software development
    • Networking
    • Electronic circuits

Bachelor's degree programs often include additional general education courses in areas like the humanities and social sciences.

Skills You Can Learn

Depending on your particular program, you may be able to learn skills related to:

  • Solving complex technical problems
  • Installing and configuring computer networks and systems
  • Supporting end users
  • Using career-specific software, devices, and equipment
  • Managing high-tech projects from start to completion
  • Using an integrated development environment (IDE)
  • Writing code in various programming languages like:
    • C/C++
    • C#
    • Java
    • JavaScript
    • PHP
    • Python
  • Using HTML and CSS
  • Protecting and organizing electronic data
  • Building and testing electronics prototypes
  • Turning designs into technical schematics
  • Recording, processing, and editing video or audio
  • Creating digital effects or animations
  • Developing websites, mobile apps, video games, or computer software

Certification

Most technology professionals do not have to be licensed or certified by the government or any third party. However, some employers look for potential hires who have particular voluntary certifications. So whether or not a certification is valuable depends a lot on the specific jobs you apply for.

Some professional organizations offer certifications in the technology fields they represent. A few examples include:

In addition, you can get certified in using the products or services of particular companies. Here are some popular examples:

Education & Training FAQs

How do you get into a technology school?

Every college, university, and vocational school has its own admission requirements. In general, you'll probably need at least a high school diploma or GED to get started. At a community college or private drafting, engineering, or IT tech school, you may be able to enroll even without that level of education, assuming you pass a basic test and take some remedial classes.

For schools with more selective admissions criteria, you may need to have minimum scores on the SAT or ACT, among several other requirements.

The best course of action is to research the schools in your area, seeing what kinds of programs they offer, and asking for information about their admissions procedures.

Is a technology degree worth it?

Many high-tech occupations are associated with above-average salaries and a high number of job openings. So the return on your educational investment is likely to be good. Plus, depending on your area of study, the skills you learn may be applicable to opportunities across several different industries.

What is the best technology degree to get?

That really depends on what you consider most important. For example, how do you rank factors like income potential, employment opportunities, and alignment with your traits and interests? Knowing the answer to that question will help you determine your best course of study.

According to the Federal Reserve Bank of New York (the New York Fed), some of the technology-related majors with the highest median mid-career salaries include:

  • Computer engineering: $106K
  • Electrical engineering: $100K
  • Aerospace engineering: $100K
  • Mechanical engineering: $98K
  • Computer science: $95K

The New York Fed also says that engineering majors tend to have some of the lowest unemployment rates. But computer science, information systems and management, and engineering technologies rank pretty well when it comes to the percentage of graduates who are employed in jobs that utilize their expertise.


Find Technology Schools by Program


Lincoln Tech

  • East Windsor
  • New Britain
  • Shelton
  • Marietta (Atlanta)
  • Melrose Park
  • Indianapolis
  • Columbia
  • Iselin (Edison)
  • Mahwah
  • Moorestown
  • Paramus
  • Union
  • Queens
  • Allentown
  • Lincoln
  • Computer and Network Support Technician
  • Computer Systems Support Technician
  • Electrical/Electronics

Interactive College of Technology

  • Chamblee
  • Gainesville
  • Morrow
  • Newport
  • North Houston
  • Pasadena
  • Southwest Houston
  • Business Information Systems
  • Information Technology

South Hills School of Business & Technology

  • Altoona, Pennsylvania
  • State College, Pennsylvania
  • Engineering Technology
  • Information Technology
  • Software Development and Programming

YTI Career Institute

  • York, Pennsylvania
  • Computer and Data Management
  • Electronics Engineering Technology

Porter and Chester Institute

  • Bridgeport
  • Hamden
  • Rocky Hill
  • Waterbury
  • Brockton
  • Chicopee
  • Worcester
  • Computer and Network Technology
  • Low Voltage Technology

Platt College

  • Anaheim, California
  • Los Angeles, California
  • Ontario, California
  • Riverside, California
  • Information Technology
  • Web Development Programming

Edge Tech Academy

  • Arlington, Texas
  • PC & Network Support Technician

Southern New Hampshire University

  • Online
  • Business Administration - Management Information Systems
  • Computer Science:
    • Information Security
    • Software Engineering
  • Cybersecurity
  • Data Analytics
  • Game Programming and Development
  • Graphic Design and Media Arts - Web Design
  • Information Technologies
  • Information Technologies - Cybersecurity

Miller-Motte College

  • Augusta, Georgia
  • Columbus, Georgia
  • IT Support Specialist

McCann School of Business & Technology

  • Monroe, Louisiana
  • Allentown, Pennsylvania
  • IT Support Specialist

Colorado Christian University

  • Online
  • Computer Information Technology:
    • Cyber Security
    • Database Management
    • Networking
  • Computer Science
  • Data Analytics
  • Information Systems Management:
    • Cyber Security
    • System Analyst

Midwestern Career College

  • Chicago, Illinois
  • Information Technology
  • QA Software Testing
  • Web Design Specialist

University of Silicon Valley

  • San Jose, California
  • Computer Science
  • Software Development

Florida Career College

  • Boynton Beach
  • Hialeah
  • Lauderdale Lakes
  • Miami
  • West Palm Beach
  • Computer & Network Technician

Keiser University

  • Clearwater
  • Daytona Beach
  • Fort Lauderdale
  • Fort Myers
  • Jacksonville
  • Lakeland
  • Melbourne
  • Miami
  • Naples
  • New Port Richey
  • Orlando
  • Pembroke Pines
  • Port St. Lucie
  • Sarasota
  • Tallahassee
  • Tampa
  • West Palm Beach
  • Animation and Game Design
  • Applied Engineering
  • Computer Information Systems
  • Cyber Forensics/Information Security
  • Information Technology
  • Information Technology Management
  • Management Information Systems
  • Network Systems and Data Communications
  • Software Engineering
  • Video Game Design

Florida Technical College

  • DeLand
  • Kissimmee
  • Lakeland
  • Orlando
  • Pembroke Pines
  • South Miami
  • Tampa
  • Information Technology with Emphasis in Cybersecurity

Gwinnett Colleges & Institute

  • Lilburn, Georgia
  • Computer Operations

Spartan College of Aeronautics and Technology

  • Denver, Colorado
  • Tulsa, Oklahoma
  • Aviation Electronics Technology (Avionics)
  • Nondestructive Testing Technology & Quality Control Management

ECPI University

  • Orlando (Lake Mary)
  • Charlotte
  • Greensboro
  • Raleigh
  • Charleston
  • Columbia
  • Greenville
  • San Antonio
  • Manassas (Northern VA)
  • Newport News
  • Richmond
  • Roanoke
  • Virginia Beach
  • Online
  • Cloud Computing
  • Cyber and Information Security Technology
  • Electronic Systems Engineering Technology
  • Electronic Systems Mechatronic
  • Electronics Engineering Technology
  • Electronics Engineering Technology, Medical Imaging Equipment Technology
  • IT Management
  • Mechanical Engineering Technology
  • Mechatronics
  • Mobile Development
  • Software Development
  • Web Design & Development

Rasmussen University

  • Online
  • Business Management - IT Project Management Specialization
  • Computer Science
  • Cyber Security
  • Data Analytics
  • Information Technology
  • Information Technology Management
  • Network Systems Administration
  • Software Application Development

Saint Leo University

  • Online
  • Computer Information Systems
  • Computer Science
  • Computer Science - Information Assurance
  • Cybersecurity
  • Information Technology
  • Software Engineering

Laurus College

  • Atascadero, California
  • Oxnard, California
  • San Luis Obispo, California
  • Santa Maria, California
  • Online
  • Information Technologies & Network Systems
  • Visual Design and Multimedia
  • Web Design
  • Web Design & Development

Berkeley College

  • Newark
  • Paramus
  • Woodbridge
  • Woodland Park
  • New York City
  • Business Data Science
  • Information Technology Management

Bryan University

  • Online
  • Advanced Full Stack Web Development
  • Full Stack Web Development
  • UX/UI Design

Florida Tech

  • Online
  • Business Administration/Computer Information Systems
  • Computer Information Systems

Southern Technical College

  • Ft. Myers, Florida
  • Network Engineering and Administration

Island Drafting and Technical Institute

  • Amityville, New York
  • Electronics & Computer Service Technology

Lansdale School of Business

  • North Wales, Pennsylvania
  • Phoenixville, Pennsylvania
  • Computer Applications Specialist
  • Network Administration
  • Technical Support Specialist
  • Web Design
  • Web Security and Administration

Grantham University

  • Online
  • Advanced Cyber Security
  • Computer Engineering Technology
  • Computer Science
  • Cyber Security
  • Electronics and Computer Engineering Technology
  • Electronics Engineering Technology
  • Engineering Management Technology
  • Information Systems:
    • Cyber Security
    • Health Informatics
    • Web Development

Full Sail University

  • Winter Park, Florida
  • Online
  • Computer Science
  • Cybersecurity
  • Information Technology
  • Mobile Development
  • Simulation & Visualization
  • Web Development

Remington College

  • Mobile
  • Baton Rouge
  • Lafayette
  • Shreveport
  • Memphis
  • Nashville
  • Dallas (Garland)
  • Fort Worth
  • North Houston Satellite (Webster)
  • Only available to residents of some states
  • Database Management and Administration
  • Electronic Technology
  • Process Technology

Sullivan University

  • Lexington, Kentucky
  • Louisville, Kentucky
  • Computer Information Technology
  • Cybersecurity
  • Cybersecurity Professional
  • Information Technology
  • Network Support Administration and Security
  • System Support & Administration - Security

Grand Canyon University

  • Online
  • Applied Technology
  • Business Information Systems
  • Cybersecurity
  • Information Technology
  • Information Technology with an Emphasis in Cybersecurity
  • Software Development

Eastwick College

  • Nutley, New Jersey
  • Electronics and Computer Technology
  • IT / Network Support

Southern Careers Institute

  • Austin
  • Brownsville
  • Pharr
  • San Antonio
  • Computer Support Specialist

Penn Foster Career School

  • Online
  • Electronics Technician
  • High School Diploma with Information Technology Pathway
  • IT Support Specialist

Penn Foster College

    Online
  • Foundation Skills for Technology

Ashworth College

  • Online
  • Basic Electronics


Career Information

High-tech occupations often come with excellent salaries and a lot of job availability. Plus, they are highly varied, meaning that you can choose from multiple pathways into an essential and satisfying career.

Career Snapshot

Career Outlook*
12% growth from 2018-2028

Median Salary*
(Average Median)

Job Openings*
Average Yearly Openings

Length of Training
Most Common Length

Work Settings

  • Bureau of Labor Statistics

Earnings

The median salary for American workers in the information industry is $65,850. The top-end salary is $152,930 or more. This includes people who work in telecommunications, data hosting and processing, broadcasting, publishing, film, sound recording, and similar sectors.

For U.S. workers in the computer-related services industry, the median salary is $88,690. Those at the highest end of the wage scale make $168,120 or more. This includes a wide range of professionals who work for organizations that specialize in information technology (IT).

The average median salary between those two industries is $77,270.

Keep in mind that high-tech pros are found in nearly every industry, not just the sectors that are directly related to technology.

Job Openings & Outlook

Industry projections from the Bureau of Labor Statistics (BLS) show that, between the information and computer-related services sectors, the average employment growth is expected to be about 12.4 percent from 2018 to 2028. (That's based on growth of 0.2 percent for the information industry and 24.5 percent for computer-related services.)

Based on occupational employment projections from the BLS, an average of at least 548,000 job openings could become available each year for technology professionals. That total includes yearly openings for people in the following categories:

  • Computer occupations: 403,500
  • Drafters, engineering technicians, and mapping technicians: 72,300
  • Computer and information systems managers: 38,800
  • Broadcast and sound engineering technicians and radio operators: 17,300
  • Multimedia artists and animators: 8,300
  • Television, video, and film camera operators and editors: 7,900

Key Benefits

  1. Opportunities for flexible work arrangements: Many high-tech professionals get to work remotely (from home or wherever they have a reliable Internet connection). In some cases, they are also able to select their own hours.
  2. Potential for self-employment: A lot of technology careers lend themselves to freelance or consulting work, giving you the chance to choose your own clients and routine.
  3. High mental engagement: You're unlikely to get bored in a tech job since the work tends to be full of interesting and ever-shifting challenges.

What a Technology Professional Does

High-tech workers vary significantly in the specific tasks they perform. Depending on their particular occupations, industries, positions, and skill sets, technology pros may do things like:

  • Set up, troubleshoot, operate, maintain, optimize, update, or evaluate:
    • Computer hardware and software
    • Local area networks (LANs)
    • Wide area networks (WANs)
    • Broadcasting equipment
    • Sound recording equipment
  • Create, test, optimize, or update:
    • Apps for computers, smartphones, tablets, or other devices
    • Operating systems
    • Websites
    • Video games
    • Animations or digital effects for films, shows, or games
    • Electronic prototypes
  • Help end users resolve technical malfunctions
  • Organize and safeguard electronic data
  • Recommend technology upgrades
  • Create technical drawings
  • Record and edit audio or video
  • Manage and supervise other tech workers

Work Settings

Man with glasses sitting partially on a wooden desk in front of large windows and typing on an open laptop on his legTechnology pros are employed in almost every economic sector. That means you can find them doing work in places as diverse as:

  • Homes
  • Offices
  • Data facilities
  • Factories
  • Hospitals
  • Schools
  • Call centers
  • Stores
  • Arenas
  • Studios for:
    • TV or radio broadcasting
    • Film production
    • Drafting
    • Audio recording
    • Animation and special effects

Careers

The range of job possibilities in this career sector is extremely diverse. The following examples represent just some of the professional options.

Broadcast or sound engineering technician: Play a hands-on role in the TV, radio, motion picture, music recording, or live events industry.

Computer animator: Create 2D or 3D characters and bring them to life for films, TV shows, commercials, video games, or other digital projects.

Computer programmer: Help create, test, and update programs or operating systems by writing code based on the designs of engineers or developers.

Computer support technician: Assist organizations and end users by providing guidance and troubleshooting when problems occur with computer hardware or software.

Database administrator: Organize and protect an organization's electronic data so that it can be accessed securely and efficiently by authorized users.

Drafter: Use computer-aided design (CAD) software to turn the plans of architects or engineers into technical drawings and schematics.

Electronics engineering technician: Help make prototypes of electronic equipment by assisting with the design, assembly, and testing of circuitry and various components.

Information security analyst: Specialize in keeping an organization's computer networks safe from cyberattacks, data breaches, and disasters (as well as responding with recovery measures in the event of an emergency).

IT manager: Oversee an organization's information technology needs and goals by planning and coordinating the activities of other computer- and network-related staff members.

Software developer: Direct the design, coding, and testing of operating systems, desktop applications, mobile apps, or cloud-based programs.

Systems administrator: Take charge of evaluating, installing, optimizing, fixing, and supporting an organization's servers, networks, and computer workstations.

Video game developer: Direct and take part in the design, programming, and testing of games for computers, mobile devices, or consoles.

Web developer: Help create and optimize websites by focusing on front-end development (such as user interface design) or back-end development (such as integration with databases).

Career FAQs

What tech jobs pay the most money?

According to BLS wage estimates, some of the technology occupations with the highest median salaries include:

  • Computer and information systems managers: $146K
  • Computer and information research scientists: $123K
  • Computer hardware engineers: $117K
  • Network architects: $113K
  • Software developers: $108K

What technical jobs are in high demand?

BLS projections show that, between 2018 and 2028, the following technology jobs are expected to have some of the highest numbers of average yearly openings:

  • Application software developers: 99,200
  • Computer user support specialists: 65,100
  • Computer systems analysts: 53,400
  • Computer and information systems managers: 38,800
  • Systems software developers: 35,400

How do I choose a career in technology?

First, go into it with an open mind. (Few people are able to predict what will really make them happy.) Also, don't just focus on how much money you can make. Try to find a path that aligns with your personality traits and strong interests.

Get a notebook and start making a list of all the areas in technology that you're curious about. Under each one, write down why they interest you, being as specific as possible. Then, make a list of your personality traits and what you enjoy doing. For example, maybe you like to:

  • Solve problems
  • Use your creativity
  • Make new things
  • Collaborate with other people
  • Analyze information
  • Learn new things
  • Explain complex ideas to others

Once you have your lists, start finding and reaching out to experienced technology professionals near you who work in your areas of interest. LinkedIn can sometimes be a good resource for this. (You'll need to sign up for a free account if you don't already have one.) Offer to buy lunch or coffee in exchange for a small amount of their time. Ask questions that can help you:

  • Get a sense of what they do in their roles
  • Understand what they like and don't like about their careers
  • Identify some of their personality traits (and how they compare to yours)

Also, consider asking about potential internship or job-shadowing opportunities. It's always easier to learn what you do or don't like if you have some experience in a variety of actual work environments.

Use those suggestions to get you started. And take time to read some additional tips for choosing the right career.


Tech Schools Near You Can Support Your Ambitions

Developing sought-after skills for a technology career is something that many people like you are able to accomplish with help from adult-friendly technical colleges.


* The average median salary is based on the average between BLS estimates for median yearly wages in the information industry and computer-related services industry. Employment growth is based on the average between BLS projections for the information and computer systems design and related services industries. Job openings are based on BLS occupational projections for: computer occupations; drafters, engineering technicians, and mapping technicians; computer and information systems managers; broadcast and sound engineering technicians and radio operators; multimedia artists and animators; and television, video, and film camera operators and editors.

** Length of training information is based on a combination of information from the Occupational Outlook Handbook, the U.S. Department of Education, and a wide sampling of relevant program lengths from about 30 individual school websites. They are a mix of public, private non-profit, and private for-profit institutions.