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What Do Airframe and Powerplant Technicians Do?

Are you good with your hands and like to solve puzzles? Want to fix things and work out of the office? If this sounds like you, you may be interested in becoming an airframe and powerplant technician. Airframe and powerplant technicians are specialized mechanics who work on airplanes, helicopters and light aircraft. However, you can transfer your skills into other entry-level positions in technology.1 So, are you asking yourself, “What do airframe and powerplant technicians do?”

What Do Airframe and Powerplant Technician Do?

The main duties of an airframe technician are to maintain and repair aircrafts. According to the U.S. Bureau of Labor Statistics, duties for airframe and powerplant technicians include:

  • Perform routine maintenance on planes after every flight
  • Diagnose any mechanical or electrical problems
  • Complete an extension checklist of safety measures
  • Ensure that the same plane is fit to fly again once the routine maintenance has been completed
  • Repair or replace any faulty or soon to fail parts
  • Be well-versed on the inner workings of many different aircraft
  • Have a background in operating high-tech diagnostic equipment
  • Be able to respond to any potential issue that may arise
  • Having a strict quality check when performing routine maintenance or repairing any aspect of the aircraft
  • Keep records of maintenance and repair work

Where Do Airframe and Powerplant Technicians Work?

Airframe and powerplant technicians work on planes and other aircraft owned by personal and commercial companies. They may work for airline carriers like Delta, Southwest or United. Or they may work in commercial airfields which transport packages, including companies like Amazon, UPS, FedEx and DHL. Additionally, airframe and powerplant technicians could also work for the military to continually service and repair military grade aircraft. There are many aircraft in the skies every single day, all of which need service and maintenance.

How Do You Become an Airframe and Powerplant Technician?

The process of becoming an airframe and powerplant technician can begin with enrolling in a trade school. Schools like MIAT College of Technology are designed to train you to work on aircraft and gain the skills you will need to succeed, forgoing any electives that many 4-year colleges may require. You can become prepared to enter the workforce in a fraction of the time.1

Next, you must pass an FAA exam to ensure that you have retained all the necessary knowledge from your education. By completing a trade school program at MIAT, you will be  prepared to take this FAA exam.

What are the Benefits of Attending an Airframe and Powerplant Technician Program?

There are many benefits to getting your airframe and powerplant technician training. From professional instruction and hands-on experience to likeminded classmates and career services, attending an airframe and powerplant technician program will serve you today and throughout your career.2

Professional Instruction

You will be taught by professional instructors who have years of mechanical aviation experience and can mentor you through the training process. They can offer one-on-one attention so that you never fall behind. They are available to answer questions and guide you through the coursework. When you complete the program, you are ready to hit the ground running.

Hands-On Experience

Through lab work, you will gain hands-on experience that teaches you the proper techniques, tools, and equipment to work as an airframe and powerplant technician.3 You also learn all the safety regulations and codes that must be upheld to protect yourself and anyone who operates or rides in an aircraft you maintain.

Likeminded Aircraft Enthusiasts

During your airframe and powerplant technician program, you will work alongside classmates who are as passionate about aircraft maintenance as you. You may even create lifelong bonds that will serve you well after graduation. You never know when you will need a job in the industry or need a highly skilled airframe and powerplant technician to work at your company.

Career Services

MIAT College of Technology prides itself in finding the right job to match your passion.1 We prepare you for job interviews, help you build your resume and bring in employers to meet with you before graduation. You can ask employers the questions you are interested in and prepare yourself for the job market after graduation.

Also, since employers in the community know the level of expertise that MIAT graduates have, they may contact MIAT directly to secure a new airframe and powerplant technician without even posting the job publicly. Enjoy more opportunities in your journey to becoming an airframe and powerplant technician with the help of MIAT’s career services specialists.1

Final Thoughts

Do you have 20 months to start a new career where you can start an entry-level position in either aviation or other technical career fields?1 If you are ready to start training to become an airframe and powerplant technician, it may be time to learn more about MIAT College of Technology. Take the time to learn about all your options and contact us if you have any questions.

The Airframe and Powerplant Technician program can be completed in as little as 20 months. Airframe and Powerplant Technicians enjoy being part of one of the world’s largest and most dynamic industries. One reason students from all over the U.S. come to our Michigan and Houston campuses to start their careers is to place themselves at the forefront of the field as it takes off.1

To learn more about the Airframe and Powerplant Technician Program and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in training to become an airframe and powerplant technician today.

1UTI and MIAT are educational institutions and cannot guarantee employment or salary.

2For program outcome information and other disclosures, visit www.miat.edu/disclosures.

 

3The Robotics & Automation AAS, Aviation Maintenance Technology, and Energy Technology programs contain online general education courses.

What Education Do You Need to Become an HVAC Technician? | MIAT

Are you interested in training to become an HVAC technician? To become an HVAC technician in Texas and Michigan, you must not only go through training but pass a state licensing exam. These exams certify you and give your clients assurance that you are the right experts for the job. It takes time to learn all the knowledge and skills necessary to pass the exam, and you will have to complete an apprenticeship as well. Through classroom instruction and real field experience, you will learn how to work with various types of heating, ventilation and air conditioning equipment in residences and commercial buildings.

What Education Do You Need to Become an HVAC Technician?

HVAC, now widely known as HVACR, is a diverse field of study that includes the installation, maintenance and repair of heating, ventilation, air conditioning and refrigeration systems. You will learn about the theories, processes and techniques used by real professionals through an accredited vocational school.

HVACR vocational schools require students to be at least 18 years old and have a high school diploma or GED. You can begin studying as soon as you meet these requirements. Attending full-time, you can complete your diploma program in less than a year. On average, a full-time HVAC program takes 9 months to finish.2

After you complete your education, you will begin an apprenticeship and prepare to take the state licensing exam.

Do I Need a License to Be an HVAC Technician?

Yes. Most states, including Texas and Michigan, require technicians to hold a valid HVAC license. In Texas, applicants must have at least 48 months of practical experience under the supervision of a licensed HVAC technician in the past 72 months or have held their own technician certification for at least a year and performed at least 36 months of work under supervision of a licensed professional in the last 48 months.

To qualify for a Michigan HVAC license, you will have to complete at least three years of HVAC work under the supervision of a licensed HVAC technician. There are several options for licenses in Michigan, including HVAC, refrigeration and ductwork. You can apply for apprenticeships on your own, but it’s best to prepare yourself by attending an HVAC trade school for your education.

What are the Benefits of Attending an HVAC Technician Program?

There are many benefits to attending an HVAC Technician program. From a quick start toward a new career and experienced faculty to career development and more.1 These benefits are a great reason to learn more about becoming an HVAC technician.

Benefit #1: A Quick Start

Have responsibilities that stop you from attending a 4-year college? If you have 9 months to attend a vocational school full-time, you can start a new career as an HVAC technician.1 You will learn about heating, ventilation, air conditioning and refrigeration to prepare you to work in the HVAC industry. Whether you work for an HVAC franchise or start a business yourself, you have many different options for your career path.1

Benefit #2: Experienced Faculty

At MIAT College of Technology, we hire industry experienced faculty to guide you through the complete curriculum in HVAC. Our faculty offers one-on-one attention and allows you to ask questions, so you don’t fall behind. Be more than a face in the crowd in a large lecture hall, enjoy the small classes and individual attention you get at a vocational school.

Benefit #3: Like-Minded Classmates

Nothing is better than working in groups with like-minded people. You will meet classmates of different HVAC skill levels and have an opportunity to network once you graduate from vocational school. You will also be able to create study groups that allow you to help one another fill in the gaps of your knowledge and skills around HVAC. Take the time to meet new classmates, you never know when you will need to network with them further on in your career.1

Benefit #4: Career Development

In addition to giving you expert instruction from real HVAC technicians, you will also be given plenty of assistance in career development and licensing exam preparation.1 The vocational school will help you build a resume, prepare for interviews and try to match you with jobs that fit your passion and knowledge.

Benefit #5: Hands-On Experience

One of the best benefits of attending an HVAC technician program is all the hands-on experience you will get fixing, diagnosing, and maintaining real HVAC systems. Whether you are working in an HVAC lab on real equipment or participating in an externship, you will get real-world experience that you can include on your resume for future job opportunities. This experience will also give you confidence that you are ready to hit the ground running.

Final Thoughts

Now that you know what it takes to become an HVAC technician, it is time to learn more about the HVACR Technician program at MIAT College of Technology. If you enjoy working out of the office and have the communication skills and customer service to keep customers happy, then becoming an HVAC technician may be the right career path for you.1

Does an education in HVACR interest you? The HVACR Technician program at MIAT is 9 months in length for full-time students, assuming no interruption in training, and is offered at both the Michigan and Texas campuses. The training allows students to focus on their chosen field, graduating faster than it takes to earn a traditional 2 or 4-year college degree or complete a 3 to 5-year apprenticeship.1

To learn more about HVAC Program and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming an HVAC technician today.

1UTI and MIAT are educational institutions and cannot guarantee employment or salary.

2For program outcome information and other disclosures, visit www.miat.edu/disclosures.

 

 

How Long Does It Take to Become a Robotics Technician? | MIAT College of Technology

Are you interested in becoming a robotics technician? As a rapidly emerging technology, robotics has many opportunities for aspiring robotics technicians. Becoming a robotics technician allows you to work with your hands every day and tend to machines that perform a variety of tasks in everything from aviation to manufacturing.

While it may be a vast and complex field, jobs in robotics aren’t limited to engineers. You can become a robotics technician and pursue a career with plenty of opportunity to grow.1

How Do You Become a Robotics Technician?

Many people think they must spend many years earning an expensive degree to work in robotics, but that isn’t the case. Through an accredited trade school program, you can gain the knowledge and skills you need to work as a robotics technician.

You can complete your entire robotics technician training in as little as one year if you attend school full-time. The exact duration of training varies depending on a student’s career ambitions. Anyone who studies full-time can complete their training and earn a diploma in robotics and automation in 12 months or earn an AA degree in 18 months.

What Do You Learn During a Robotics and Automation Technician Program?

The robotics and automation program covers everything from electrical design and diagnostics to manufacturing and repair procedures. Starting with the basics, you are introduced to the fundamentals of robotics and automation technology.2 From there, you progress through the basics of DC and AC electricity and electronic diagnostics, instrumentation and control systems, and industrial robotics. Programming in C and C++ languages is explored as well as 3D printer concepts.

You will gain invaluable knowledge and skills during a robotics and automation technician program. From there, you can start working as a robotics technician in many different industries.1 Choose an industry that you are passionate about.

Electrical Design and Diagnostics

Discover how electrical components work together to power robots and automation machinery; learn about the various diagnostics procedures and protocols to troubleshoot common issues and make efficient repairs. Safety measures are discussed to ensure you feel confident in your ability to work with electrical equipment in a variety of settings.

Manufacturing Systems and Technology

Manufacturing systems need ongoing maintenance to avoid supply chain disruptions or delayed production. A robotics technician learns about how manufacturing systems work, the interplay of various parts and the technology that powers them. Different types of manufacturing systems are discussed, including casting and molding, shearing, forming and jointing.

Applied and Theoretical Physics and Math

Physics and mathematics play an important role in robotic functionality. Understanding the theory behind physics and math allows you to apply your knowledge and make accurate calculations. A robotics technician needs both physics and math to understand electrical circuitry, data sensory, construction of robotics and design. Factors like movement are impacted by the degrees of freedom in a machine’s parts, and a good robotics technician must know how these are influenced by energy and the laws of physics.

Instrumentation and Control Systems

Instrumentation includes all the processes related to maintaining a robotics or automation unit. Data measurement and analysis, software monitoring and manipulating control variables all help robotics technicians optimize robotics for their jobs. Having the ability to operate a system is as equally important as knowing how to repair it. Aside from diagnosing issues, a robotics technician also works closely with functioning robotics equipment to ensure it’s working as efficiently as possible.

CAD/Autodesk

CAD and Autodesk are the leading software for robotics designers and engineers. By familiarizing yourself with the programs, you become prepared to draw and design both 2D and 3D depictions of robotics equipment. You can interpret digital drawings of machinery to learn about its structure, internal layout, and functionality without having to disrupt its performance. When making repairs or even installing a new robotics system, you can rely on CAD/Autodesk to learn what you need to know about how the equipment is supposed to function.

Industrial Robotics and 3D Printer Concepts

Industrial robotics and 3D printing are reshaping the way humanity creates, builds, and manufactures at a global scale. Robotics technicians with skills in this field can work in factories and manufacturing plants to help power the future. There are many ways that 3D printing is changing the way we live, and it’s only going to expand as time passes. Industrial robotics uses programmable machines to produce large quantities of goods. As a robotics technician, you will be responsible for maintaining these robots, changing their programming, and making fast repairs if they ever malfunction.

Hydraulics, Pneumatics & Mechanical Systems

Hydraulics allows robots to lift heavy loads and achieve a fluid range of motion. It functions through a pump that provides hydraulic fluid to the machine; pneumatics is the technology that gives robotic hydraulics a life through compressed air. Robotic systems rely on this technology to achieve a variety of tasks. Having the ability to assess and repair hydraulic equipment is an important part of automation control.

Design, Maintenance, Diagnostics & Repairs of Automation Systems

Automation systems are built to perform tasks with minimal to zero human intervention. They can streamline production, reduce errors, and improve productivity in a variety of fields. From assembling and manufacturing to office work and medical care, automation systems are gradually becoming more commonplace.

As robotics continues to expand, the demand for qualified robotics technicians will continue to grow. Beyond working with the machinery, you will need to understand the underpinnings of automation systems to build, maintain and repair them across all sectors.

Start Your Career in Robotics Today1

If you have always dreamed of working with robotics in the future, the future is now. Our Robotics and Automation Technician program can prepare you to enter the field in as little as one year.3 Your training is just the beginning; with dedicated career services and experienced faculty, we are here to help you grow and thrive as you pursue your career.1

Does a career as a robotics and automation technician interest you? MIAT College of Technology is here to provide you with knowledge and training that will propel you into the growing field of Robotics and Automation Technology.1 As a raduate of one of MIAT College of Technology’s electromechanical training programs, you will be prepared for an entry-level career in many different settings.1 Graduates pursue positions in service, manufacturing, construction, commissioning, and sales.4

To learn more about the Robotics and Automation Technology Program and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in training to become a robotics and automation technician today.

1UTI and MIAT are educational institutions and cannot guarantee employment or salary.

2The Robotics & Automation AAS, Aviation Maintenance Technology, and Energy Technology programs contain online general education courses.

3Some programs may require longer than one year to complete.

 

4For program outcome information and other disclosures, visit www.miat.edu/disclosures.

How Do I Start a Career in Non-Destructive Testing?

Are you interested in becoming a non-destructive testing technician? The easiest way to become an NDT technician is to earn a non-destructive testing diploma from a trade school. All NDT technicians must complete a certain number of hours for training, then pass both written and practical exams to earn their NDT certification. While you may be able to receive some on-the-job training, trade schools can give you the knowledge and skills you need to succeed as an NDT technician. You’ll be fluent in various types of NDT testing techniques, know the equipment, software, and best practices.

What Would I Learn in an NDT Technician Program?

Our Non-Destructive Testing Training program prepares you to work as a Level 1 NDT technician.1 You learn all the fundamental knowledge and skills an NDT technician needs to enter the workforce and continue to learn and grow.2 Below are some of the core non-destructive testing techniques you learn over the course of your training.

Visual Testing (VT)

The eyes are a basic but highly valuable tool for an NDT technician. Throughout every job, you need to detect obvious flaws in material or signs of a problem. Visual testing requires a good eye for detail and the ability to analyze materials for any potential defects; training in visual NDT centers around learning how to identify flaws or issues in every stage of manufacturing, maintenance, and repair.

As a non-destructive testing student, you learn not only the most common issues that occur but how they may manifest in physical signs; signs of corrosion, warping, and deformation can all indicate an issue. Being skilled at visual NDT allows you to correct mistakes quickly as well as perform more effective preventative maintenance.

Dye Penetrant Inspection (DPI)

Dye penetrants coat a material’s surface and highlight flaws such as holes or cracks. This method of inspection includes both a dye and visual analyses to inspect the security and stability of a material. Dye penetration inspection is also called liquid penetration testing (LPT), and it’s commonly used to assess the integrity of metal structures. DPI is a fundamental type of non-destructive testing that is low-cost, highly effective, and easy to perform.

Eddy Current

Eddy current testing uses electromagnetic fields to inspect conductive surfaces and materials. The eddy current produces an alternating current of electricity, which then travels through a coil and creates a field. It can be used to quickly identify cracks or metal hardness of surfaces. It can also be used as a quick surface-level inspection strategy before deciding whether more advanced, in-depth inspections are required.

Magnetic Particle

For highly magnetic (ferromagnetic) materials, magnetic particle testing can be used to detect surface-level damage. Magnetic particle testing works by creating a magnetic flux, or lines, which then pinpoint cracks or corrosion. Both AC and DC currents can be used to perform particle examination; magnetic powder particles can also be used to identify cracks and structural deficits.

Ultrasound

Sound is an effective way to inspect the structural integrity of a material without having to dismantle it. Using ultrasonic waves ranging from 0.1 to 50 megahertz, an NDT technician can assess the density of an object. Thickness of pipes and welding materials are often tested through ultrasonic examination; by connecting a pulse-receiver to a display monitor, the NDT technician can measure reverberation to determine how far the sound is able to travel through a material.

Radiography

Sometimes, the surface level is not enough to determine the source of a problem. X-rays and gamma rays have short wavelengths, which allow for a deep level of penetration. Radiographic NDT allows technicians to inspect internal structures easily and readily identify any flaws or damages within them. As they move through an object, an NDT technician can review an image on film. This helps them determine where a flaw is located, how large it is and the best way to resolve it.

How Long Is an NDT Technician Program?

If you attend a full-time program, you can complete your NDT career training in as little as 9 months. Students who can attend full-time training throughout the week will be prepared to enter the workforce in less than one year.3

Where Can I Work with NDT Technician Training?

There are many industries where you can build a career in non-destructive testing.1 Some of the most popular that rely on NDT technicians every day are aviation, automotive, construction, and oil and gas.

Aviation

Aviation NDT is a crucial component of airplane maintenance. It wouldn’t be feasible to dismantle planes and inspect every part before a flight. An aviation NDT technician inspects aircraft for any potential defects to ensure they’re safe for crew and passengers.

Automotive

Automotive manufacturers must thoroughly test vehicles and their parts before they’re able to be sold on the market. An NDT technician who works in the automotive field inspects welded car parts to ensure they’re structurally sound and meet safety standards. Every part of a vehicle, from its gears to its exhaust system, are tested by a skilled NDT technician before they’re installed and given the green light for operation.

Construction

A construction NDT technician works with heavy machinery to ensure that it’s safe for a crew to operate. They may also inspect welded parts and infrastructures at construction sites to direct crews on where they can safely work, where to drill and what areas to avoid. They are specialists who ensure that any type of construction does not cause harm to workers or people living nearby.

Defense

For someone interested in a military career, defense non-destructive testing is a good option. Military NDT specialists are responsible for ensuring that military aircraft, ships and missile launchers all operate according to protocol. There is never any room for error, so this job can be high-pressure. However, you get to know that you are performing an extremely important job behind-the-scenes that keeps millions of people safe in the event of war.

Oil and Gas

In oil and gas, an NDT technician is responsible for inspecting and maintaining pipelines. They must continually evaluate the structure and efficacy of a pipeline’s flow to avoid disruptions in service to consumers; in this line of work, non-destructive examination is largely a method of quality assurance and preventative safety.

Is Being an NDT Technician a Good Career Path?

If you want to pursue a career that presents opportunities for growth and keeps you active, non-destructive testing is a great option.1 You get to use your knowledge and skills every day to solve problems and do meaningful work. You are also able to increase your career opportunities by taking additional courses.2 NDT specialists can be Level I, II or III and choose to specialize in a particular type of testing.

Non-Destructive Testing Technician Diploma Program

The Non-Destructive Testing Technician diploma programs from MIAT College of Technology provide the hands-on training, practical experience, and industry support it takes to pursue a technical career.1 Non-Destructive Testing Technician (NDT) Diploma classes are interactive and led by dedicated school instructors with years of experience working in a professional setting. You’ll get one-on-one attention and personal support to pick up new skills quickly and first-hand technical knowledge to feel confident entering the workforce.

To learn more about Non-Destructive Testing Technician Program and to explore whether MIAT is right for you, fill out the form on this page. Contact us if you are interested in training to become a Non-Destructive Testing Technician today.

 

1UTI and MIAT are educational institutions and cannot guarantee employment or salary.

2For program outcome information and other disclosures, visit www.miat.edu/disclosures.

3Some programs may require longer than one year to complete.

 

 

 

 

MIAT College of Technology Joins Universal Technical Institute

MIAT College of Technology Joins Universal Technical Institute’s Family of Schools

 For more than 50 years, MIAT College of Technology has equipped students with the knowledge and skills needed to pursue technical careers. In this time, we’ve built a strong reputation, formed relationships with top employers and have prepared graduates for careers in a variety of industries.

At MIAT, we’re all about providing opportunities for students to gain the skills needed by the industry. That’s why we’re excited to announce that MIAT College of Technology is joining the Universal Technical Institute (UTI) family of schools, which are leading providers of technical training.1

Keep reading to learn more about the transition.

Joining Forces with UTI

Universal Technical Institute is a leading provider of technical training for students seeking careers as automotive, diesel, collision repair, motorsports, motorcycle and marine technicians, welders and CNC machinists. In its 55+ year history, they’ve had more than 220,000+ graduates.

With 13 campus locations across the country and 35+ brand relationships, UTI is a well-known provider of technical education. This has allowed them to build a network of thousands of local and national employers who come to the school when they’re looking to hire.

Like MIAT, UTI’s programs are career-focused. Many of them were developed in conjunction with industry leaders such as BMW, Ford, Kawasaki, and Mercury Marine. Their core programs range in length from 36 to 54 weeks, so you can begin pursuing your career sooner.1

UTI’s programs follow a blended learning educational model, which combines online instructor-led learning with hands-on application in the lab. This creates more flexibility for students and also prepares them for the type of training completed in the field. UTI’s facilities offer labs equipped with industry tools and technology, allowing students to gain hands-on experience with equipment used by technicians in the field.

MIAT is excited about joining UTI’s family of schools. Like MIAT, UTI has a strong reputation and industry relationships they’ve worked hard to build.

“On behalf of the entire UTI family, I am excited to officially welcome the MIAT staff, students, faculty and alumni to the team,” says UTI CEO Jerome Grant.

About UTI’s Programs

UTI offers seven core training programs, which include:2

UTI also offers a variety of Manufacturer-Specific Advanced Training programs, which are designed to be completed after core Automotive and Diesel programs. Many of these training programs were created with leading manufacturers, allowing you to learn the specifics of a brand’s technology. Tuition for some of these programs is even paid by the manufacturer.3

These programs are currently offered across 13 campuses nationwide,2 and UTI is exploring introducing MIAT programs at select UTI locations.

Q&A

 How will this affect my training if I’m already a student at MIAT?

This transition will not affect the training or graduation dates for students who are currently enrolled at MIAT. All training will proceed as planned.

What will happen to the MIAT campuses?

There is no plan to close any campuses, and both campuses will remain fully operational.

Where can I learn more about UTI programs?

Information about all training programs can be found on the UTI website. Visit their Programs page and select the training option that interests you to learn about program length, course topics, graduation documents earned and more.

 Can I tour a UTI campus?

UTI’s campuses are scheduling tours daily. This provides an opportunity to get a behind-the-scenes look at training in the lab, meet the staff, and get your questions answered. Visit UTI’s Campus Tours page to learn more.

 What types of careers can UTI’s programs prepare students for?

Like MIAT, graduates of UTI’s programs work in a variety of different fields. UTI’s programs are designed to prepare students for entry-level roles in the industry.1 However, as they gain skills and experience, they have the potential to advance to other positions. Graduates have gone on to become service managers, service writers, welding inspectors and even shop owners.4

Get Trained for a Career

Students are currently able to enroll in UTI and MIAT programs. To learn more about enrolling in MIAT’s programs, visit the programs page. To learn about UTI’s programs, request information.

 

 

1UTI and MIAT are educational institutions and cannot guarantee employment or salary. 2Programs available at select locations. UTI Austin campus coming in 2022. 3Manufacturer-paid advanced training programs are conducted by UTI on behalf of manufacturers who determine acceptance criteria and conditions. These programs are not part of UTI’s accreditation. 4UTI graduates’ achievements may vary. Individual circumstances and wages depend on personal credentials and economic factors. Work experience, industry certifications, the location of the employer and their compensation programs affect wages.  For program outcome information and other disclosures, visit www.uti.edu/disclosures.

How Long Does It Take to Become an Aircraft Mechanic?

Working on aircrafts is a lifelong dream for many. Whether you are settling under a light aircraft or helicopter, it can be an exhilarating experience, one that always brings an exciting and welcomed challenge. For problem-solvers and tinkerers who want to work with their hands outside of an office, becoming an aircraft mechanic is a fantastic career path. The best part? You can complete your entire aircraft mechanic training in as little as two years, attending full-time.

If you want to learn how to become an aircraft mechanic, what certifications you’ll need, how to find a job and more, read on. This guide will tell you what you need to know to start your future career as an aircraft mechanic.

How Long Does It Take to Become an Aircraft Mechanic?

You will spend 20 months in training, with full-time enrollment, to become an aircraft mechanic. The entire curriculum of aircraft maintenance is designed to prepare you for day one on the job as well as prepare you for the Federal Aviation Administration (FAA) certification. This is the required certification every aircraft mechanic needs to work. It demonstrates your knowledge of aircraft types, technology, and mechanisms as well as your ability to perform maintenance and repairs.

How To Get a Job as an Aircraft Mechanic

While there are some entry-level aviation maintenance jobs available, it can be much more difficult to get hired without some type of formal training. A certification in aviation maintenance demonstrates your ability to safely work on a variety of aircrafts. You become more valuable to prospective employers because they can trust your certification and know you come with the education and experience necessary to do your job well.

When it comes to being an aircraft mechanic, there’s more than just the physical planes to think about. You are responsible for ensuring that every aircraft is safe for crew and passengers. For this reason, you must have completed a course of student from an FAA-certificated trade school or have at least 30 months of experience in airframe and powerplant maintenance to take the FAA certification exam.

Why Choose a Trade School Over 30 Months of Experience?

In an aviation maintenance trade school program, you get to perform all the work actual aircraft mechanics do. When you graduate, you can work as a full-fledged aircraft mechanic and skip the years of apprenticeship. The degree and certification also qualifies for you to work in different fields and more opportunities for advancement.

Benefits of an Aircraft Mechanic Trade School Program

There are numerous benefits to getting your training through a trade school. Aviation maintenance is not just about learning how to make repairs. If you aspire to become an aircraft mechanic, you will learn how to work on many different aircrafts such as personal and commercial airplanes, light aircraft, and helicopters. You will be taught by professional instructors who have years of mechanical aviation experience under their belts.

Through various labs and exercises, you perform hands-on activities that teach the proper techniques, tools, and equipment for aircraft maintenance. You also learn all the safety regulations and codes that must be upheld to protect yourself and anyone who operates or rides in an aircraft.

A Supportive Community of Fellow Aircraft Enthusiasts

By attending a trade school for aviation maintenance, you learn alongside others who share your passion. The group learning environment creates a much more memorable experience, and it also provides an opportunity to make new friends and learn from peers. This program brings together people from all walks of life, so there are many new perspectives to discover and learn from.

Instructors also come from a variety of backgrounds, which grants you first-hand access to inside knowledge about aircrafts and aviation maintenance. You will be able to work one-on-one with instructors to learn how to make repairs and ask any questions you have about the field.

Career Services

A trade school is invested in its students; rather than simply offering a curriculum, the school emphasizes its ultimate purpose of helping people build their futures through a meaningful career. For this reason, you will gain access to career services and support that include resume building, interview prep and job placement assistance.

Finding work after graduation can make anyone anxious, but you will never have to face the future alone. Toward the end of training, you will receive education in the field, including how to find a job and interview preparation.

Where Does an Aircraft Mechanic Work?

Aircraft mechanics work in any industry that relies on aviation. Some work for civilian airlines, others work for shipping companies. Tactical aircraft maintenance specialists are experts in the Air Force who inspect and maintain military aircraft; they work on fighter, strike and attack planes and are a vital part of the armed forces. Whether you choose a civilian or military post, you will be ensuring a safe ride for everyone that rides in aircraft.

Final Thoughts

You can choose your path to align with your ambitions and interests; but every career in aviation maintenance should begin by applying to a trade school and learning the fundamentals from a team of skilled professionals. Start the journey today and start working as an aircraft mechanic tomorrow.

Ready to learn more about getting a degree to become an aircraft mechanic? The Aviation Maintenance Technician Program from MIAT College of Technology provides the hands-on training, practical experience and industry support it takes to pursue a rewarding technical career. At MIAT College of Technology, our aviation maintenance training focuses on teaching you the advanced precision skills necessary to become FAA Certificated Airframe and Powerplant Technicians. With the strong foundations that we provide, you will be prepared to start your exciting career immediately after graduation.

To learn more about the Aviation Maintenance Technician Program and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming an aircraft mechanic today.

Exciting Times for MIAT Houston Campus: Supporting Great People, Great Programs, Great Causes!

By John Willis, MIAT College of Technology Houston Campus President

It is hard to believe that we have less than 90 days remaining in 2021.  This Summer and Fall  have been especially exciting and productive for faculty, staff, students, and recent graduates of our Houston Campus – and we plan to finish the year on a high note. In fact, we are anticipating that student enrollment by year-end will be the highest in our 10-year history, with almost 800 active students.

Over the last few months, we have been hosting graduation ceremonies, enrolling a record number of students, expanding our program offerings,  winning awards, and supporting several great causes —  some of which are The  Wounded Warrior Project,  Women in Aviation, International’s Girls in Aviation Day, and American Cancer Society’s Real Mean Wear Pink Campaign.

Here are just a few MIAT highlights that I am honored to share with you:

Earlier this year, our Houston campus added a brand-new academic program in  Robotics and Automation.  Zaid Alsayes joined MIAT to serve as the Robotics and Automation Program coordinator, and David Coon is serving as an R&A instructor.  Zaid and David welcomed our first 10 R&A students a few months ago and are looking forward to adding many more before the New Year.The Robotics and Automation Technician Diploma Program can be completed in as little as 12 months, and the Robotics and Automation Technology Associate in Applied Science Degree Program can be completed in as little as 18 months.

Read more about the Robotics and Automation program here.


During the summer, our “Climb Above the Cubicle” commercial campaign earned a 2021 Gold Telly Award. The video promoted MIAT’s Wind Power Technician Program and the exciting career opportunities it offers.  The video was an effective tool for recruiting, marketing, and promotional purposes. Special thanks to Sehban Zaidi of Mnemonic Agency and Aaron Long of Longstation for their creative talent that led to the production of this powerful, award-winning video.

2021 Telly Award News Release and Video


MIAT’s Houston campus celebrated our Summer Graduation ceremony on August 30, with approximately 300 family and friends attending to show their support. My remarks focused  on resilience and how proud I am of our 2021 graduates for persevering to reach their goals despite the pandemic. Jessica Garcia, a licensed Southwest Airlines pilot and co-president of the Houston Chapter of Women in Aviation, International, delivered an inspiring keynote speech. Jessica encouraged our graduates to “fall madly in love” with their career, to believe that the sky holds no limits, and to never stop believing in the power of their dreams.

For a link to the video from our August 30 graduation ceremony, please visit this link.


Corresponding with the 20th anniversary of the 9/11 terrorist attacks, our Houston and Detroit campuses rallied to raise $2,600 through patriotic T-shirt sales for The Wounded Warrior Project. Check out the news release that we issued in early September. Veterans are an important part of our campus community. This year’s T-shirt fundraiser for The Wounded Warrior Project is just one example of how MIAT honors our nation’s military and their service to our country.

MIAT-Wounded Warrior Project News Release


Summer Marshall and Sarah Hussing, aviation maintenance program instructors, led a team of student volunteers in supporting the Girls in Aviation Day Houston event at Lone Star Flight Museum on September 25.  MIAT has been a sponsor of this event for four consecutive years and is committed to tearing down gender stereotypes in the skilled trades. Less than 8 percent of all licensed pilots are women, and less than 3 percent of all licensed aviation mechanics are women Girls aged 10 to 17 and their family members learned about the many aviation career opportunities available to women. Summer also served as a panelist, offering her insights and perspectives about her journey to becoming an FAA-certified aviation mechanic. The event was covered by KPRC TV (includes an interview with Summer), KHOU TV, and other media outlets.

MIAT-Girls in Aviation Day News Release


During the month of October, I am committed to raising awareness and funds to be used  for cancer research and treatment by being  part of the American Cancer Society’s Real Men Wear Pink Campaign. This is my third year to do so and last year, thanks to the generosity of many, we raised over $5,000.  My goal this year is to raise $7,500 to support the crusade for breast cancer research and treatment. Some of you may know that I had a personal experience with skin cancer. Several family members of mine – most likely many of yours as well —  have battled this disease and passed away much too young.

For the third consecutive year, we have designed a commemorative T-shirt that is available for purchase. One hundred percent of all proceeds from the sale of these shirts will be donated to the American Cancer Society.  Prices vary based on sizes. Even before the campaign officially started on Oct. 1, we had generated sales approaching $1,000!

To place an order online, please visit: https://miat.edu/product/real-mechanics-wear-pink-t-shirt/


As we move toward 2022, the final three months of this year are sure to deliver equally exciting news.  As always, I am thankful to everyone past and present for making MIAT College of Technology a superior career and technical education provider that impacts our students and their family members in a meaningful and memorable way not only now, but also for generations to come.

 

I invite your comments and suggestions any time via email at JWillis@miat.edu.

What Do You Learn During an HVAC Technician Program?

Interested in becoming an HVAC technician but want to know more about the curriculum of an HVAC diploma program? One of the best ways to prepare for a career as an HVAC technician is to complete an HVACR Technician program at MIAT College of Technology. We are ready to prepare you with an HVACR technician program that can be completed in as little as 9 months, attending full-time. So, what do you learn during an HVAC technician program?

What Do You Learn During an HVAC Technician Program?

There are many subjects covered throughout the duration of an HVAC program. Each one builds upon the next, and you’ll gain a variety of skills throughout each course that prepares you to apply what you’ve learned on the job.

Schematics Use and Interpretation

HVAC schematics tell technicians how a system works, what parts they contain, where they are located, and what they are used for. Interpreting schematics is vital to understanding how a system operates from a visual perspective. The schematic framework of an HVAC system offers a diagram of an entire unit’s structure, which can be helpful for both installation jobs and diagnostics.

Tool Introduction and Application

What tools do HVAC technicians use? You will learn about all the various types of tools and equipment real HVAC technicians work with on a daily basis. Beyond wrenches and screwdrivers, you will come to understand how to distinguish the best tool for every job. There are many ways to apply a single tool to HVAC repair, but knowing the best one can make all the difference. MIAT gives its HVACR students their own kit with commonly-used HVAC tools and gauges to help prepare them for their HVAC careers.

Piping and Fitting Basics

Piping delivers water, air, and refrigerant throughout various parts of an HVAC system. Fitting pipes to systems of different scales requires a comprehensive understanding of the various interactive components. The efficiency of an HVAC system is influenced by the materials used to make it, so an HVAC technician must know how to make the right decisions for each client.

Sheet Metal and Fiberglass Ductwork

Ducts are responsible for pushing hot and cool air in and out of a system. Ducts and vents draw hot and cool air out of a room and move it outside through exhaust vents. Sheet metal and fiberglass are two of the most common materials used to construct ducts, and each one has its pros and cons. Through your education, you will learn how to install and maintain both types of duct materials. You will also learn how their makeup influences a system’s performance.

Air Handling and Hydronics

Air handling is the process of circulating and ventilating air throughout an air conditioning system. Hydronic air handling uses liquid to transfer heat and coolness through a unit. You will learn how the process works from a scientific standpoint and how to work with different models of air handling in a variety of HVAC systems.

AC and DC Circuits and Components

Electrical theory explains how alternating current (AC) and direct current (DC) electricity works. In HVAC, AC and DC circuits create a charge and power the unit as well as its components. You will learn the difference between AC and DC currents, how they are used in HVAC, and how to work with various electrical parts.

Heating Fundamentals

An introduction to heating fundamentals will teach you how a heating system works. You will learn all about central heating, which is the primary form of heating in a central HVAC system. You will also learn how to diagnose and repair various types of heating problems customers are likely to experience.

Vent System Selection and Installation

Vent systems must be carefully chosen to ensure they are able to properly function in any given space. Choosing the wrong vent size or material can result in poor performance or breakdowns. A skilled HVAC technician knows how to analyze and assess an area, calculate its load requirements, and recommend the right system for someone who wants to install HVAC in their home.

Air Conditioning

Air conditioning processes, functionalities, and repairs are explored in-depth throughout this course. You learn how air conditioning works, what parts of the HVAC are responsible for cooling air, and how to make repairs on real systems.

Refrigeration

Refrigeration is part of the HVACR program, but it is also a component of standard HVAC as well. A liquid chemical compound called a refrigerant is used in HVAC systems to cool air using condensers and evaporator coils. You will also learn how various types of refrigeration units work and how to safely handle refrigerant materials in compliance with Environmental Protection Act (EPA) regulations.

Mechanical and Electronic Controls Troubleshooting

There are many things that can cause an HVAC system to malfunction, and it will be your job to diagnosis and identify problems. An HVAC technician must know how to properly assess a system’s performance, pinpoint the source of an issue, and develop effective solutions. You will learn how to perform HVAC troubleshooting procedures with different types of tools to quickly and efficiently identify issues your clients face.

Load Calculations

HVAC load calculations use mathematical formulas to determine the capacity of a system and its ability to heat and cool a room. Load calculations factor in elements like square footage, windows, sunlight, climate region, and household occupants to determine how many BTUs (British thermal units) a home needs. This helps you select the right type of system for a space given its size.

Inspection and Documentation

HVAC inspections audit equipment to ensure it is operating properly and that it is repaired and maintained according to local regulations. Annual inspections provide insight into potential problems and guide the maintenance procedures in commercial and residential properties. Proper documentation protects HVAC technicians and companies against liability claims and provides accurate records on all the work a professional does. Documentation also provides the structure for contracted work and helps define the scope of a project before it starts.

Customer Relations

Customer loyalty is integral to long-term success for any HVAC business. Knowing how to communicate with clients and increase customer satisfaction is an essential job skill for any technician. As part of your HVAC education, you will learn the importance of building professional relationships with your clients and how to communicate effectively with them. This includes asking the right questions to learn about a problem, giving HVAC quotes, providing support, and offering high-quality service in a polite, non-disruptive manner.

Does a career as a HVACR Technician interest you? The HVACR Technician Program at MIAT is 9 months in length for full time students, assuming no interruption in training, and is offered at both the Michigan and Texas campuses. The training allows students to focus on their chosen field, graduating faster than it takes to earn a traditional 2 or 4-year college degree or complete a 3 to 5-year apprenticeship.

To learn more about the HVACR Program and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming an HVAC technician today.

 

How Long Is NDT Technician Training?

In a variety of industries, routine inspections are mandatory to protect human lives and prevent equipment breakdowns and malfunctions. To perform these inspections, technicians use non-destructive testing. Non-destructive testing (NDT) is an array of analysis techniques designed to assist and guide non-destructive inspection processes. NDT technicians range from Level I through III and work in fields such as aviation, aerospace, oil & gas, transportation, manufacturing, and nuclear management.

As a versatile skill set, NDT technicians can either choose to specialize in NDT, get NDT certification to further their existing careers or cross-train with another field to build their dream job. With so many disciplines and the opportunity to continually learn on the job, NDT is a great field for anyone who is interested in the intersection of science, physics, and engineering.

What Does an NDT Technician Do?

The responsibilities of an NDT technician differ depending on where they work, what field they work in and their NDT certification level. As a Level I technician, which is entry-level, you will be responsible for using various non-destructive testing techniques to perform standard NDT tests and calibrations.

Most Level I NDT technicians are assigned to perform one task, and they can evolve their skill set and acquire further opportunity by gaining experience and earning additional qualifications.

Some of the responsibilities an NDT technician may perform are:

  • Prep and assemble various NDT testing equipment at job sites according to regulatory standards and codes.
  • Perform NDT inspection tests through gamma radiation, x-ray radiography, ultrasound technology, liquid penetrant and more.
  • Calibrate and operate different types of NDT equipment for different materials.
  • Identify and report defects in any materials or hardware to appropriate parties to ensure swift intervention.
  • Work with and assist senior technicians on various tasks and learn under their leadership.

As you gain more experience, and if you decide to pursue level II and III NDT certification, you could become a senior NDT technician. These professionals are the most skilled in their field, often specializing in a particular industry and highly trained to detect serious defects and potential threats. High-level positions include more managerial tasks as you will likely supervise a team of NDT technicians, assign job duties, and oversee other inspections.

Why Does Someone Become an NDT Technician?

Someone with a strong interest in science and engineering will be drawn to NDT testing because of its marriage of the two. The diversity of the field also draws many students who are excited about the opportunity to apply their skills in a variety of ways. This diversity also grants them greater control over their job prospects; with a good attention to detail, strong analytical and problem-solving skills, a qualified NDT-certified technician can work in many different fields.

If you are interested in physics, enjoy working in technology and are passionate about analysis, data, and real results-driven solutions, working as an NDT technician could be your ideal career.

How Long Is NDT Technician Training?

If you attend an NDT training program full-time, you can earn your NDT diploma in seven to nine months. This is a big commitment, but there are also flexible schedule options available for working students or those with other commitments.

What Are the Different Types of NDT Techniques?

Different types of NDT techniques are used throughout multiple industries to assess pipes, welding, and hardware. While you may find yourself working with a small group of testing procedures in your job, there are six major branches of NDT testing techniques to be aware of.

Visual NDT

An NDT technician uses their eyes to assess material and analyze the infrastructure of an object. They make sure all the necessary visible components are present and intact as well as identify any potential defects or warning signs.

Sometimes, remote visual inspection (RVI) may be done with a drone, robot or inspection camera guided by a controller.

Dye Penetrant NDT

Using dyes, an NDT technician can test material for breakages by applying a layer of visible or fluorescent dyes to its surface. When the dye is removed, any remaining liquid will highlight defects and bring the NDT technician’s attention to areas that need repair. Dye penetrant testing is also called liquid penetrant inspection (LPI). It is commonly used to help NDT technicians identify surface or infrastructure damages such as cracks, breaks and faulty lines.

Eddy Current NDT

An eddy current is a loop of electrical currents produced by a charged magnetic field. NDT technicians use electromagnetic induction to identify flaws and determine coating and material thickness.

Magnetic Particle NDT

Magnetic particle testing (MPT) helps an NDT technician discover flaws in metal-based materials. Iron, cobalt, and nickel, as well as some of their respective alloys, are used to construct everything from aircrafts to major gas lines. Magnetic particle examination allows an NDT technician to detect issues with the surface of metal-based objects through magnetization.

Ultrasound NDT

Ultrasonic NDT relies on pulses of high-frequency sound waves to measure thickness or identify hidden defects. Ultrasonic sounds are inaudible to the human ear, but they can be read and analyzed using a transducer and diagnostic machine.

Ultrasonic NDT can be done through a process of reflection or attenuation. Reflective ultrasounds send vibrations through a material to measure the intensity of its reverberation, or echo; attenuation, also known as through-transmission, sends ultrasonic waves through a material or object and draws conclusions based on the amount of sound received on the end.

Radiography NDT

Just as medical professionals use X-rays, MRIs, and CAT scans to look inside a patient’s body, NDT technicians use radiography to inspect the interior of pipes and other objects. Radiographic non-destructive testing helps an NDT technician identify imperfections or damages through gamma radiation or X-rays.

Radiographic NDT is beneficial because it allows NDT technicians to inspect fully assembled components without taking them apart. They can also examine individual components or internal structures that would otherwise require partial or full deconstruction.

Where Can Someone Work with an NDT Technician Diploma?

While individual work environments vary, the major fields for NDT technicians include aviation, defense, construction, oil & gas, automotive, and mechanical. Many NDT technicians also find themselves working for testing labs in warehouse-like environments. NDT training allows you to find work in a field you are passionate about, then grow and evolve your position with additional certification. Learn more about the NDT technician diploma program at MIAT today.

Non-Destructive Testing Technician Diploma Program

The Non-Destructive Testing Technician diploma programs from MIAT College of Technology provide the hands-on training, practical experience, and industry support it takes to pursue a rewarding technical career. Non-Destructive Testing Technician (NDT) Diploma classes are interactive and led by dedicated school instructors with years of experience working in a professional setting. You’ll get one-on-one attention and personal support to pick up new skills quickly and first-hand technical knowledge to feel confident entering the workforce.

 

To learn more about Non-Destructive Testing Technician Program and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming a non-destructive testing technician today.

Will Welding Jobs Ever Become Obsolete?

Welding is a craft that dates back to the early 1800s. The boom of hardware and technology evolved the traditional blacksmithing profession into welding, which became the new standard thanks to the Industrial Revolution. Such a job might seem outdated in our modern world, but that couldn’t be further from the truth.

Welding will continue to be in demand and filled with dynamic and exciting career opportunities. You can take a welding certificate or diploma program right out of high school or transition into the field from your current job. Completing a welding training program at a trade school will give you the skills and education you need to begin working in the industry.

Will Welding Jobs Ever Become Obsolete?

When prospective students hesitate about becoming welding operators, they often voice a fear over the rise of automation technology. While it is true that some jobs that could only be performed by a human are now overtaken by automation and robots, welding will not become obsolete by any means. Welding is a complex craft that has unique challenges that technology can’t solve on its own. Professional welders will still be needed to perform tasks that robots cannot.

Why Companies Will Still Need Welders in the Future

There are potential savings by using robots, but companies can only get so much out of replacing their staff with machines. First, robots can’t ever completely replace human intuition and true skill. There are many welding jobs needed in places that robots can’t easily access. Despite the savings a company may gain, the cost to purchase and maintain a robot is still extremely high.

Automation bots are also designed to perform limited tasks. However, most can still only master one job. Humans, on the other hand, can learn to perform different types of welding, such as:

  • Arc welding.
  • Shield Metal Arc Welding (SMAW).
  • Gas Metal Arc Welding (MIG-GMAW).
  • Gas Tungsten Arc Welding (TIG-GTAW).
  • Stick welding.
  • Flux-cored welding.

Welding is a profession with a wide range of applications and talents. Most automation robots are built to do highly repetitive tasks. This means people with jobs like factory work are more likely to lose their positions than a welder. Someone with the skill, knowledge, and experience to weld in different fields and create different products is a valuable asset that companies will not get rid of in the near future.

What Industries Still Need Qualified Welders Today?

Many people think welding is limited to warehouses or work yards, but there are many different fields that hire welders. Graduates from our welding program go on to pursue careers in service, manufacturing, construction, commissioning, and sales. The U.S. Bureau of Labor Statistics reports that 63 percent of welders in 2020 worked in manufacturing, followed specialty contractors, self-employed workers, and repair and maintenance welders.

How to Become a Welder

Interested in becoming a welder and preparing for a new career? You can start your path toward a job in welding as soon as you graduate high school, or anytime throughout your current career. In our welding program, you gain the hands-on training and education you need to find welding jobs in Michigan and Texas. Instructors with years of work experience host certificate and diploma programs designed to teach you the greatest techniques and technical knowledge that will help you thrive in the workforce. These instructors offer one-on-one attention and are available to coach you through the welding process. You will also learn alongside classmates that may become colleagues one day.

Our welding certificate and diploma programs allow students with no prior welding experience to become qualified professionals in as little as 9 months. Classrooms simulate real work environments using the same equipment that you will encounter in your professional life. One-on-one support and guidance can walk you through the major skills of a welder, which include:

  • Various tools and equipment.
  • Metal arc welding.
  • Welding drawing, symbols, and metal characteristics.
  • Pipe welding.
  • Soldering.
  • Fitting & fabrication.

Final Thoughts

Now that you know welding jobs are not going to become obsolete in the next few decades, it is time to learn more about MIAT College of Technology. You can work in an environment that keeps you using your mind, while following your passion to become qualified for work in less than 9 months, attending full-time. A job in welding is active, engaging and fun, so learn more about becoming a welder today.

Want to learn more about the welding programs at MIAT? The Welding Certificate Program and Welding Diploma Program from MIAT College of Technology provides the hands-on training, practical experience and industry support it takes to pursue a rewarding technical career in Michigan.

Welding Certificate Program

Getting welding training is a great investment in your future and opens doors to a career in a variety of Michigan industries. As a successful graduate of MIAT College of Technology’s welding certificate training program, you will be fully prepared for an entry-level career in many different settings including manufacturing, construction, commissioning, services, and sales.

Welding Diploma Program

MIAT College of Technology trains welding training program students in the latest trends and practices they need to be successful in their future careers in Houston, TX. By earning your Advanced Welding Diploma, you open the door to more competitive advantages upon graduation and throughout your welding career.

To learn more about the Welding Programs and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming a wind turbine technician today.