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What Skills Make a Good NDT Technician?

Are you interested in training to become an NDT technician but are unsure about which skills you’ll need? Some of the skills that make a good NDT technician can be gleaned through coursework at MIAT College of Technology and built upon throughout your career.1 So, what is NDT?

What Is NDT?

NDT stands for non-destructive testing. It is product testing for extreme quality assurance. An NDT technician uses various tools and techniques to analyze materials and structures without causing any damage or disassembling them.

An NDT technician collects data about a product or material to determine whether the product has any imperfections through non-destructive inspection (NDI). If something is flawed with the product or material, it’s the NDT technician’s duty to report the issue in vivid detail.

What Skills Make a Good NDT Technician?

Many skills are important for non-destructive testing. However, the following skills are particularly important for an NDT technician to learn:

Attention to Detail

Being an NDT technician requires meticulous attention to detail. An NDT technician must recognize even the smallest of details when performing testing. A difference of millimeters can be enough to reject a prototype from entering production, and identifying any flaws can help ensure human safety. It’s important to be mentally present, precise, ready to traverse a checklist, and to record every detail for the reporting protocol of the non-destructive testing that’s being performed.

Quality Control Analysis

NDT technicians conduct many tests and perform inspections of products and processes to evaluate quality and performance. It’s important to apply the previous attention-to-detail skills to maintain standards in product manufacturing with a systematic approach.

Problem-Solving

It’s important for NDT technicians to identify problems as they arise. The foundation of an NDT technician’s role is to identify problems to help ensure human safety and product integrity. Each problem has multiple solutions, and it’s up to NDT technicians to identify the best possible solution so a prototype or product can be configured in a way that minimizes flaws and improves integrity.

Critical Thinking

As an NDT technician, it’s important to use critical thinking when analyzing the results of a non-destructive test. Technicians must observe the integrity of the product, measure its stability, and communicate about it with procession within reporting. Critical thinking allows NDT technicians to properly define and analyze problems while avoiding any cognitive biases.

Time Management

Most manufacturing has deadlines, and NDT technicians must consider such deadlines when performing non-destructive testing. However, since safety is the first priority, an NDT technician may be able to prioritize the more important aspects of testing so the results are not flawed, and so the product’s limits are properly identified for human safety.

Communication

Much of the verbal and written communication of non-destructive testing involves technical information that must be relayed in such a manner that a layperson can understand. Communication must also be complete, as leaving out any small detail could cause product or process failure.

Flexibility

NDT technicians perform tests in many different industries. They must be flexible and adhere to testing styles, whether its magnetic particle testing, liquid penetrant testing, radiographic testing, ultrasonic testing, visual testing or acoustic emission testing. Each product and process must follow its own unique NDT protocol, and technicians must be flexible and intuitive to choose the proper testing matrix.

Continuous Learning

In addition to flexibility, performing tests in many different industries means NDT technicians need to continuously learn. Each product or process has its own attributes that require testing. NDT technicians must continue to learn about new products, unique materials, testing protocols and measurement procedures. Technicians may be testing the windshield glass for an automobile one day and the glass for a building’s window the next. Each requires multiple safety concerns and unique testing procedures.

How Long Is an NDT Program?

At MIAT College of Technology, our Non-Destructive Testing Technician training program can be completed in as little as 9 months. Courses in the program help prepare students to enter the field as Level I NDT technicians, while continuing education can help them advance to become Level II NDT technicians.1 Each increase in level has its own requirements and comes with additional responsibilities.

The NDT program at MIAT provides hands-on training, practical experience and industry support. Classes are led by industry-experienced instructors offering one-on-one attention. Non-destructive testing is completed by students in real-life scenarios, and plenty of hands-on experience is offered throughout the program.

MIAT even offers career services to help students find jobs after graduation.1 Our Career Services team helps support graduates with résumé building, interview preparation and job matching. After more than 50 years in technical career education, MIAT has built an excellent reputation and strong relationships with many industry leaders.

Final Thoughts

Do you have the skills to be an NDT technician? The good news is that you can hone your skills through the NDT Technician training program at MIAT. We can help you lay a foundation that you can build upon throughout your career as an NDT technician.1

Non-Destructive Testing Technician Diploma Program

The Non-Destructive Testing Technician diploma program from MIAT College of Technology provides 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 led by dedicated instructors who have years of experience working in a professional setting. You’ll get one-on-one attention and personal support to pick up new skills quickly, as well as firsthand technical knowledge to feel confident about your future.

To learn more about the 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.

1MIAT is an educational institution and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.miat.edu/disclosures.

Which Certifications Are Best for HVAC?

Do you have 9 months to train to become an HVAC technician and prepare for certifications that can help you to stand out from the crowd? Are you wondering which certifications you should focus on to help prepare for a career in HVAC?1 If you are unsure, the good news is that the HVACR Technician Program at MIAT College of Technology offers curriculum to help you prepare to test for these important HVAC certifications.2

Which Certifications Are Best for HVAC?

Certifications are designed to hold HVAC technicians to a certain standard of knowledge, productivity and safety. Achieving HVAC certification before entering the workforce is not only important to employers, it also ensures that technicians know how to conduct themselves and handle their work without having to be taught the basics. Two of the more important certifications included in the HVACR program at MIAT include:

EPA Section 608

The universal refrigerant handling certification under EPA Section 608 of the Federal Clean Air Act requires certification for HVAC technicians who maintain, service, repair and dispose of equipment that could release refrigerants into the atmosphere. HVAC technicians must pass Section 608 technician certification before starting work in the HVAC industry. The following activities define a technician as someone who performs any of the following duties:

  • Attaching and detaching hoses and gauges to and from an appliance to measure pressure within the appliance.
  • Adding refrigerant to or removing refrigerant from an appliance.
  • Any other activity that violates the integrity of a motor vehicle air conditioner-like appliance or small appliance (other than a disposal).

The EPA has developed four types of certifications:

Type I – For servicing small appliances (5 pounds or less of refrigerant).

Type II – For servicing or disposing of high-pressure appliances, except small appliances and MVACs.

Type III – For servicing or disposing of low-pressure appliances.

Universal – For servicing all types of equipment.

NATE Certification

North American Technician Excellence (NATE) is the nation’s largest nonprofit certification organization for heating, ventilation, air conditioning and refrigeration technicians. NATE certification tests HVACR technicians on real-world knowledge of HVACR systems to validate their professional competency of service and installation. Customers and employers trust HVACR technicians who are certified by NATE to install and repair HVACR systems properly.

Why Are HVAC Certifications Important?

There are many reasons to get certified in HVAC. Whether you want to stand out from your competition for employment or work on HVAC-branded systems that require technicians with the highest quality standards, having HVAC certification is a feather in your cap and can help build confidence with employers and customers.

Employers Prefer Certified HVAC Technicians

Most HVAC employers prefer hiring certified technicians. Having a certification helps show proficiency in HVAC, whether handling refrigerant or performing basic HVAC duties. Both the EPA Section 608 and NATE certifications help show that technicians know what they’re doing and can be trusted to perform HVAC duties for residential and commercial customers.

Manufacturers and Distributors Want to Uphold Warranties

Many HVAC system manufacturers have warranties they must uphold to customer inquiries. They prefer that only certified HVAC technicians work on their HVAC systems because they know certification implies competence in duties. A certified HVAC technician will be able to follow procedures and protocols when installing, repairing and maintaining HVAC systems or disposing of hazardous chemicals.

Build Confidence

Attaining HVAC certifications can help technicians foster confidence with coworkers and supervisors — and they can also help techs build their own confidence levels. Installing a new HVAC system can be complex, but knowing you have passed certification can be reassuring while performing HVAC duties. This confidence can also help calm any customers you work with. When you exude confidence, the customer will have confidence in you as well.

How Do You Prepare to Test for HVAC Certifications?

A great way to prepare to test for HVAC certifications is to attend the HVACR Technician Program at MIAT. We can help you build your knowledge of heating, ventilation, air conditioning and refrigeration, as well as help you gain the skills to install, repair, maintain and upgrade systems that control air temperature and quality in numerous settings and establishments.

Training safely on HVACR systems requires a thorough knowledge of the science of heating and cooling, a keen awareness of safety procedures, a proficient familiarity with the tools of the trade, and the ability to perform a variety of manual skills.

Final Thoughts

Now that you know which HVAC certifications are best, it’s time to learn more about MIAT. We have an HVACR curriculum that not only helps students lay a foundation they can build upon throughout their careers, but it also prepares them to test for the EPA Section 608 and NATE certifications.1 When you complete the HVACR Technician Program at MIAT, you are taking the first step toward a future in HVAC.

Want to Learn More?

Does an education in HVACR interest you? The HVACR Technician Program at MIAT College of Technology is 9 months in length for full-time students, assuming no interruption in training, and is offered at our Canton, Michigan, and Houston, 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 to complete a 3- to 5-year apprenticeship.1

To learn more about our HVACR 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 an HVAC technician today.

1MIAT is an educational institution and cannot guarantee employment or salary.

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

What Are the Benefits of Attending a Technical School?

Looking to start a career but unsure of your new path? Do you have four years to get an education, or do you have responsibilities that compel you to complete your education in less than a year? If you want to learn a new trade in months, rather than years, attending a technical school may be the right path for you.

What Is a Technical School?

A technical school, often called a vocational or trade school, offers training in a specific job specialty. Many four-year colleges focus on electives during the first two years and then the specific field for the remaining two years. Technical schools, on the other hand, only focus on what students need to learn to prepare for entry-level positions in a given trade. Like an apprenticeship, technical schools offer real-world training, allowing students to learn techniques directly from instructors with experience in the industry.

After completing technical school, students may need to pass certification or licensing exams to show proficiency in a given role to prospective employers. Once exams are completed, students can apply at local workshops, organizations and trade-specific companies. Technical schools are one of the shortest paths to joining the workforce out of the many postsecondary education options available.

What Are the Benefits of Attending a Technical School?

There are many benefits to attending a technical school. From getting a quick start to  learning from instructors with industry experience and everything in between, attending a technical school can prepare students for certification and the start of an entry-level career. The benefits of attending a technical school can include:

A Quick Start

Unlike many 4-year colleges that require mandatory electives, some technical school programs can be completed in just 7 to 9 months. While attending a technical school, you can prepare for a career in months rather than years. If you have other responsibilities or just want to prepare for a specialized role, and you are looking for a dedicated technical program, then attending MIAT College of Technology may be the right option for you.1

Industry-Experienced Instructors

At MIAT, we have industry-experienced instructors who can help guide you through our technical programs. Whether you are looking to enter aviation maintenance, HVAC, wind turbine tech, powerplant operations, robotics technology or one of the other technical job roles taught at MIAT, we put knowledgeable instructors in charge.

With this experience, our instructors can help you prepare for an entry-level career.1 With small class sizes, instructors can offer one-on-one attention and tailor curriculum to your needs. Our instructors have been in your shoes and understand what you need to know to pursue a career.

Hands-On Experience

A great benefit of attending a technical school is the hands-on experience you will get to supplement in-class lectures. You will work with industry-standard equipment and perform real repairs with the materials and equipment you will use in the field. And you are supervised every step of the way — practice makes perfect, and you get a lot of practice at MIAT.

Career Services

A great benefit of attending MIAT is the career services we offer. Our Career Services staff has close ties to the community and often hears about opportunities even before the public. We can help you find a job that aligns with your passion.1 We also help with résumé building, interview preparation, thank-you letter writing and job outreach. We take pride in helping our students find employment after graduation. Job placement is how we measure success, and when you get a job, we are doing our job.2

Final Thoughts

Now that you know about some of the benefits of attending a technical school, it’s time to learn more about MIAT College of Technology. Before you can run you must learn how to walk, and MIAT will be with you every step of the way.

Want to Learn More?

Are you interested in learning more about the programs offered at a technical school? If you’re mechanically inclined, enjoy working with your hands, and are looking for technical career training with a future, MIAT College of Technology can help. Engaging, hands-on technical training at MIAT can help open the doors to a variety of exciting careers.1

Our aircraft mechanic and maintenance training can lead to opportunities in many industries, including aviation maintenance, HVACR (heating, ventilation, air conditioning and refrigeration), wind energy, powerplant operations and industrial machinery. At MIAT, you can get a real-world, career-focused education. MIAT students learn directly in shop facilities that include aircraft, engines, wind turbines, and other equipment to ensure you’ll be prepared for an entry-level career.1

To learn more about our technical programs and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in attending MIAT College of Technology today.

1MIAT is an educational institution and cannot guarantee employment or salary.

 

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

 

Are Wind Turbine Technicians In Demand?

Are you interested in training to become a wind turbine technician? The global energy sector is growing, and there are many opportunities that weren’t available even a decade ago. If you’re interested in technology and energy, then becoming a wind turbine technician may be a good fit.

Are Wind Turbine Technicians In Demand?

The demand for wind turbine technicians is growing — employment is projected to grow 68% from 2020 to 2030, much faster than the average for all occupations.1 This means there’s a need for highly skilled and knowledgeable wind turbine technicians.

There are several reasons why wind turbine technician job growth is on the rise. The increase in renewable energy usage has raised the demand for renewable energy. Plus, people are living “greener” and making every effort to reduce their carbon footprints. Efforts are being made at local, state, and federal levels to reduce fossil fuel emissions, lower our carbon footprint and slow the effects of climate change.

As wind energy becomes more affordable, wind turbine technology will likely continue to expand, creating opportunities for wind turbine technicians.

What Does a Wind Turbine Technician Do?

Wind turbine technicians install, maintain and repair wind turbines. They typically perform the following duties:

  • Inspect the interior and exterior elements of wind turbine towers.
  • Inspect or repair wind turbine equipment, including blades, gearboxes and generators.
  • Perform regular routine maintenance.
  • Use equipment and devices to diagnose electrical malfunctions.
  • Troubleshoot and test electrical, mechanical, and hydraulic components and systems.
  • Repair and replace worn or malfunctioning parts.
  • Monitor and collect data for testing or research and analysis.

How Do You Train to Become a Wind Turbine Technician?

A great way to train to become a wind turbine technician is by attending a trade school like MIAT College of Technology. With this type of education, you’ll be prepared for an entry-level career in the wind energy industry.2

During MIAT’s Wind Turbine Technician program, students take courses in mechanical, electrical, sales and safety. They also learn how to use hand and power tools to troubleshoot problems. Although some technicians are involved in building new wind turbines, most maintain existing ones.

How Long Is a Wind Turbine Technician Program?

You can graduate from MIAT’s Wind Turbine Technician program in as little as 7 months, attending full time. MIAT accomplishes this by focusing only on the curriculum that helps prepare students for careers. No need for extraneous electives, just training on the wind turbine technician skills students need to succeed, including:

  • Tools and Professional Skills
  • Precision Measuring and Rigging
  • Materials, Processes and Welding
  • Inspection
  • DC Electrical Theory
  • AC Electrical Theory
  • Climb and Rescue
  • Wind Operation and Renewable Energy Sources
  • Hydraulics and Gears
  • PLC and SCADA

What Are the Benefits of a Formal Education?

There are many benefits to a formal education from MIAT. Here are a few:

A Quick Start

One of the best benefits of attending MIAT is that you can train to become a wind turbine technician in just 7 months. If you have other responsibilities and don’t want to spend 2 to 4 years in a traditional college, attending MIAT may be the right option for you.

A Formal Curriculum

Some choose to start with an apprenticeship rather than a formal education. However, a formal education offers a well-thought-out curriculum, presented so you can build upon your knowledge as you progress through the curriculum. You also may be able to fill any knowledge gaps you may develop if you participate only in an apprenticeship. Getting a formal education as a wind turbine technician can help ensure you have a thorough knowledge of the wind energy sector.

Industry-Experienced Instructors

Another great benefit is learning from industry-experienced instructors. They have been in your shoes and know what you need to prepare for a future as a wind turbine technician. They are available to guide you through the curriculum and offer mentorship to lay a solid foundation that you can build upon. At MIAT, class sizes are smaller, so you aren’t lost in a sea of students and you receive one-on-one attention from instructors.

Hands-On Experience

Although you get a lot of experience as an apprentice, working in a classroom environment can allow you to learn without consequences. You can start from the most basic tasks and build to the advanced duties of the role, while working in a workshop under strict supervision from an instructor. Practice makes perfect, and you get a lot of practice in MIAT’s Wind Turbine Technician program.

Career Services

Another great benefit of a formal education is career placement. MIAT’s Career Services staff can help you create a résumé and help prepare you for interviews. They can even hear about opportunities before the general public and help match you with a job you’re passionate about.2

Final Thoughts

Now that you know that wind turbine technicians are in demand, it’s time to learn more about MIAT College of Technology. Enjoy a complete curriculum, hands-on training and Career Services that can help prepare you for an exciting future as a wind turbine technician. Get started on a new path today!

Want to Learn More?

Does a career as a wind turbine technician interest you? The Wind Turbine Technician program from MIAT College of Technology can provide the hands-on training, practical experience and industry support it takes to pursue a career in just 7 months.

To learn more about the Wind Turbine 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 a wind turbine technician today.

 

1Bureau of Labor Statistics (BLS), U.S. Department of Labor, Occupational Outlook Handbook, Wind Turbine Technicians, at https://www.bls.gov/ooh/installation-maintenance-and-repair/wind-turbine-technicians.htm (visited 4-13-22). BLS projects total employment for Wind Turbine Technicians will increase from 6,900 in 2020 to 11,700 in 2030. The Universal Technical Institute family of schools, including UTI and MIAT, are educational institutions and cannot guarantee employment or salary.

2MIAT is an educational institution and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.miat.edu/disclosures.

 

Does the Industry Need More Aircraft Mechanics?

Do you have a passion for aviation and engineering? Do you love working with your hands and solving problems? If you have keen attention to detail and are interested in knowing how things work, then training to become an aircraft mechanic could be for you.

Aircraft mechanics work with aviation equipment to maintain, repair and upgrade planes, light aircraft and helicopters. They are crucial to air travel both locally and internationally. And more importantly, they play a large role in ensuring people, mail and supplies are delivered safely to their destinations.

So, you may be asking yourself, does the industry need more aircraft mechanics? The short answer is yes, due to expected increases in both openings and ownership of light aircraft. Now is a great time to consider exploring a career as an aircraft mechanic.1

What Does an Aircraft Mechanic Do?

Aircraft mechanics are aviation professionals who know the ins and outs of every part of an aircraft. They perform routine maintenance, make critical repairs, and ensure that all flight equipment is safe and operational for crew and passengers.

They are problem-solvers who love to work with their hands. They prefer to work outdoors or in a hangar instead of an office setting. These technical professionals can provide support for airlines or focus on aviation defense. Many aircraft mechanics can be found in the aerospace manufacturing and technical fields as well. Typical aircraft mechanic duties can include:

  • Making repairs to aircraft components such as wings, propellers and engines
  • Troubleshooting problems and performing routine diagnostic maintenance
  • Keeping records of all inspections and repairs
  • Testing equipment prior to installation to ensure it meets industry safety standards
  • Examining parts for defects prior to installation
  • Examining aircraft technicians’ work to ensure it meets industry standards
  • Using various tools to repair aircraft electrical systems and physical components

Aircraft mechanics have in-depth education and skills that help them perform higher level repairs. They are not only technical professionals but quality assurance professionals as well. They ensure everything that comes across their path follows the guidelines provided by the Federal Aviation Administration (FAA).

Is There a Demand for Aircraft Mechanics?

If you’re thinking of becoming an aircraft mechanic, here’s some great news. The demand for aviation technicians is growing — employment is projected to grow 11% from 2020 to 2030, faster than the average for all occupations.2

Additionally, aircraft themselves are rapidly changing thanks to innovations in energy-efficient technology. Lighter aircraft, including those used for private aviation, are more popular than in previous years. As a result, the need for qualified mechanics is rising nationwide.

How Do You Train to Become an Aircraft Mechanic?

You can train to become an aircraft mechanic by attending an accredited trade school like MIAT College of Technology. Students work with experienced aviation instructors who know what needs to be taught about aircraft maintenance, repair and installation procedures. These instructors were once in your shoes, and they know what employers are looking for. They have knowledge to pass on so students can train to become aircraft mechanics.

Hands-On Experience

Throughout the course of their training, students get to work hands-on with real aviation equipment. Getting to encounter aircraft firsthand helps students build confidence and sharpen their skills under the guidance of knowledgeable instructors.

Industry Standard Equipment

In addition to technical abilities, students at MIAT also learn to develop scientific and engineering knowledge. This helps them tackle new challenges and develop solutions in response to emerging technologies.

Rather than simply teaching students a set of skills, the Aviation Maintenance Technology Program at MIAT empowers them to think like an engineer. This helps lay the foundation for lifelong learning that can allow students to continually shape their futures.

What Certifications Are Needed to Become an Aircraft Mechanic?

Aircraft mechanics can earn certification through the FAA. Upon completion of MIAT’s FAA-certificated Aviation Maintenance Technology Program, graduates are eligible to apply and test for airframe and powerplant FAA certification. Students in the program are taught in accordance with FAA standards and guidelines.

The program prepares students to apply and test for the certification exam that can help them become certified aircraft mechanics. Test prep ensures that students get personalized feedback to prepare for testing after graduation. This can help them gain the confidence needed to take the FAA exams and earn certifications.

Want to Learn More?

Ready to learn more about training to become an aircraft mechanic? At MIAT College of Technology, our aviation maintenance training focuses on teaching students the advanced precision skills necessary to become FAA-certificated airframe and powerplant technicians. With the strong foundations that we provide, our graduates are prepared to start exciting careers.

To learn more about the Aviation Maintenance 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 becoming an airframe and powerplant technician today.

1MIAT is an educational institution and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.miat.edu/disclosures.

2Bureau of Labor Statistics (BLS), U.S. Department of Labor, Occupational Outlook Handbook, Aircraft Mechanics and Service Technicians, at https://www.bls.gov/ooh/installation-maintenance-and-repair/aircraft-and-avionics-equipment-mechanics-and-technicians.htm (visited 4-13-22). BLS projects total employment for Aircraft Mechanics and Service Technicians will increase from 130,100 in 2020 to 145,400 in 2030. The Universal Technical Institute family of schools, including UTI and MIAT, are educational institutions and cannot guarantee employment or salary.

 

 

 

Is Robotics and Automation a Good Career?

Do you have a passion for robots and an interest in fixing things? Do you have 12 months to start a new and exciting career in robotics and automation? If this sounds like you then becoming a robotics and automation technician may be the right career path for you.

What Is Robotics and Automation?

Robotics and automation is a diverse field. Whether working at distribution hubs, warehouses or factories, there are many industries and organizations that can employ a robotics and automation technician.

Robotics is the process of developing, constructing, programming and maintaining robots to perform specific tasks. Automation is the process of using machines to perform tasks traditionally performed by humans. While automated tasks are completed by robots, some robots assist humans while they do their work. This is the main difference between robots and automation.

What Does a Robotics and Automation Technology Technician Do?

Robotics and automation technicians conduct performance diagnostics, interpret data and blueprints, perform repairs, and write progress reports. Robotics and automation technicians work on robots’ electrical systems to perform maintenance, make improvements, and replace old or damaged parts. They also work with mechanical systems, integrated controls, hydraulics and logic systems to ensure robots are functioning properly.

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

Students at MIAT College of Technology learn about robotics and automation theory while attending lectures. They also get hands-on training in an industry-inspired workshop. Real-world experience not only helps prepare students for entry-level roles in the industry, it also helps them build confidence and learn skills that progress throughout their careers. The skills students develop in the Robotics and Automation Technology degree and certificate program include:

  • Electrical Design and Troubleshooting
  • Manufacturing Systems and Technology
  • Applied and Theoretical Physics, Mathematics
  • DC, AC, advanced electricity and troubleshooting electronics
  • Instrumentation and control systems
  • Industrial Robotics
  • Programmable logic controllers
  • C/C++ programming
  • Industrial Networking
  • Drafting, imaging and design of functional systems
  • CAD/Autodesk
  • Industrial Robotics and 3D printer concepts
  • Hydraulics, pneumatics and mechanical systems
  • Design, maintenance, troubleshooting and repair of operation of automation systems

During the robotics and automation program, students have the choice to either get an associate degree or a certificate. The two Robotics and Automation Programs to choose from are:

Robotics and Automation Technology Associate Degree in Applied Sciences – 18 Months

By earning your Robotics and Automation Technology degree, you could open the door to more competitive advantages upon graduation and throughout your career.1

Robotics and Automation Technician Certificate Program – 12 Months

Robotics and automation technicians are prepared to meet the needs of many employers and many industries nationwide.

What Are the Positives to a Career in Robotics and Automation?

There are many positives to a career in robotics and automation. From working with technology to an active work environment and everything in between, you’ll likely never be bored and always have another skill to learn.

A Future in a Technology Field

The field of robotics and automation is diverse. Whether you are interested in innovation, technology, robots or problem-solving, there is something for everyone to enjoy. Technicians learn about new technologies and are on the cutting-edge of robotics and automation.

An Important Role

With the future becoming more and more automated, there could be an increased need for those who can work with robotics. Automation helps power our many automotive factories, warehouses and distribution hubs. Even with advancements in automation, there will still be a need for those who will not only work to maintain robotic systems but also work alongside robots that make their job that much easier. Not all robots replace jobs, some simply make them more manageable.

Active Environments

Not a fan of sitting behind a desk all day? As a robotics and automation technician, you will be on your feet most of the day, bending and twisting to repair robots and diagnose issues. You may spend most of your time on the warehouse floor rather than sitting in a cubicle.

Be Alongside Like-Minded Individuals

Another great facet of working in robotics and automation is the community you join. Everyone you work alongside will likely have a passion for robotics and an interest in automation. Whether you talk shop or offer advice on maintaining robotics systems, you’ll have someone to talk with who is ready to support you.

Final Thoughts

Now that you know that robotics and automation is a good career opportunity, it is time to learn more about MIAT College of Technology. At MIAT, we prepare future generations of skilled trade professionals by being a leading provider of industry training in an environment that exemplifies honor, integrity, respect, engagement, and diversity.1 If you are ready for a future-forward career and want to get the skills to excel in a hands-on career in robotics and automation, then you have come to the right place. Take the time to learn more about MIAT, you will be happy you did.

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

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 becoming a robotics and automation technician today.

 

1MIAT is an educational institution and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.miat.edu/disclosures.

 

How Do I Join an NDT Technician Course?

Are you interested in becoming an NDT technician but not sure which courses you should take? A popular way to become an NDT technician is through trade school. Courses in a program give a hands-on understanding of the field by using non-destructive testing equipment from the field. Students also learn from industry experts who have years of experience.

Becoming an NDT technician gives the opportunity to solve various types of problems and challenges. But like any job, technicians need to learn the required skills and acquire an education in the craft.

Before deciding whether this is the career to pursue, some research can help answer questions you might have.

What Is NDT?

NDT stands for “non-destructive testing.” It is product testing for extreme quality assurance. An NDT technician uses various tools and techniques to analyze materials and structures without causing any damage or disassembling them.

An NDT technician collects data about a product or material to determine if it has any imperfections through non-destructive inspection (NDI). If something is flawed with the product or material, it’s the technician’s job to report the issue in vivid detail.

How Long Is an NDT Program?

A full-time NDT technician training program can be completed in as little as 9 months.* You can extend the program length by several months if you attend classes part-time due to a job or other obligations. The courses prepare graduates to enter the field as Level I NDT technicians.

Technicians can continue to learn if they choose. In fact, additional courses and certifications are necessary for career advancement.

What Do You Learn During an NDT Technician Program?

The program provides a foundation in non-destructive testing. Students learn about common problems, such as magnetic flux leakages and how to handle them with the right tools and techniques.

Trained NDT technicians are categorized by three levels:

Level I technicians perform basic procedures and primarily focus on supporting Level II technicians.

Level II technicians have additional skills, including setting up and calibrating the necessary equipment. This level is also where they learn how to sort, organize and accurately report test results. They also manage Level I technicians.

Level III NDT technicians have achieved the highest rank. They develop, qualify and ultimately approve every NDT procedure and technique. Once the tests are finished, they are responsible for reporting the findings. They also are eligible to mentor Level I and Level II technicians.

Non-destructive Testing Technician Techniques

Each NDT technique is useful. A program can show you how to discern the most appropriate approach for each product or material.

A structure or item’s material will have the biggest impact on what type of technique is best. Knowing the material helps determine how your testing methods will impact the results and any follow-up actions.

Coursework teaches the most common NDT techniques. This helps graduates entering the field to be confident in their knowledge and abilities. The techniques are:

Visual – perhaps the simplest technique on this list. Your analysis skills are put to the test by using a flashlight or a remote visual inspection (RVI) tool like a camera or drone to get a more in-depth view.

Dye Penetration – utilizes dyes to highlight any cracks, holes or other defects in a material. After the dye has been applied, NDT technicians use ultraviolet (UV) light to scan for potential problems. Many of the issues that dye penetrant picks up are invisible to the naked eye. This harmless but detailed technique allows you to identify any signs of corrosion or damage as well as determine the extent of the issue.

Eddy Current – a technique found in electromagnetic testing. The purpose of this test is to gauge the strength of electrical currents. There are several purposes for eddy current tests in NDT. The test can help detect coat thickness on a material, determine its heat treatment strength and even help identify the makeup.

Magnetic Particle – a special technique to test the overall flow of the magnetic field. Any disruption you find is a sign the material isn’t in good condition. Magnetic particle inspection (MPI) is easy to perform and one of the fastest, most cost-effective forms of testing in NDT. Using a magnetic field, you can test for surface and subsurface flaws in a wide range of materials, including aircraft, vehicles, welding and pipes.

Ultrasound – utilizes soundwaves while scanning for imperfections. The “pulse echo” technique allows you to “insert” sounds into a material and see how the soundwaves respond.

Radiography – a process of scanning the material with the help of radiation and a radiation detector. Also known as X-ray, this will let you see inside the material. Just as doctors use X-rays to see inside the human body, an NDT technician learns how to use radiography to visualize the interior of a structure.

Final Thoughts

Now that you understand what’s involved in the career of an NDT technician, it is time to learn about MIAT College of Technology’s NDT training course. Take the first step toward becoming an NDT technician.

Non-Destructive Testing Technician Diploma Program

The Non-Destructive Testing Technician diploma program at MIAT College of Technology provide the hands-on training, practical experience and industry support needed to pursue a 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 personal support to pick up new skills and firsthand technical knowledge to feel confident as a graduate.

 

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

*Some programs may require longer than one year to complete. UTI and MIAT are educational institutions and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.uti.edu/disclosures.

What Qualifications Do I Need to Become a Wind Turbine Technician?

Did you know that you can complete a wind turbine technician program in as few as seven months by attending full time? You can build a specialized knowledge base and valuable skill set that helps prepare you to pursue wind turbine technician jobs. Before sharing the qualifications needed in the industry, let’s investigate what a technician does on a day-to-day basis.

What Does a Wind Turbine Technician Do?

Wind turbine technicians focus on monitoring and repairing wind turbines, as well as making sure they are operating at their optimal potential. Performance monitoring through remote systems and routine on-site inspections help keep wind turbines working 24/7.

There are several major parts of a wind turbine to know: the tower, three blades and a collection of gears, a generator and gearbox called a nacelle. You will learn how these parts work and what is needed to diagnose and repair them.

Wind turbine technicians usually travel in pairs as they climb towers to make repairs at various outdoor job sites.

Some of the typical job responsibilities of a wind turbine technician include:

  • Conducting exterior inspections of wind turbines to ensure structural soundness and physical maintenance.
  • Climbing turbine towers for closer inspections and to repair damaged or faulty equipment.
  • Performing preventative maintenance both on-site and through remote monitoring.
  • Monitoring and repairing wind turbine components
  • Making mechanical and electrical repairs to the different components of the wind turbine.
  • Collecting and compiling wind turbine data to draw insights and improve energy efficiency
  • Working with the different systems such as underground transmission and fiber-optic control systems.
  • Monitoring operations remotely to maintain 24-hour data surveillance.
  • Responding immediately to any type of emergency.
  • Performing maintenance up to three times a year.

What Qualifications Do I Need to Become a Wind Turbine Technician?

There are many qualifications needed to become a successful wind turbine technician. From manual dexterity and problem-solving skills to attention to detail and collaboration, technicians must build a solid knowledge base and skill set to prepare for the initial tasks and continuous learning that is needed to succeed.

Stamina & Dexterity

One of the first qualifications needed is the dexterity to use tools and equipment for repairing and maintaining wind turbines. It takes stamina and dexterity to ascend a wind tower and fix any issues with the wind turbine.

Problem-Solving Skills

It is important to have sharp problem-solving skills. The ability to identify a problem, compile a list of issues, and identify the proper procedures needed to diagnose and repair a wind turbine is paramount for wind turbine technicians. While there are always going to be issues to manage, it is up to the technician to get the optimal performance from the wind turbine by solving problems quickly and safely.

Attention to Detail

Wind turbine technicians must be able to notice details. From reading blueprints to reviewing reports, they must pay attention to what they are doing because any error can be catastrophic.

Collaboration & Teamwork

Much of what wind turbine technicians do is in cooperation with other technicians or under the supervision of a manager It is always important to work together and collaborate to diagnose issues and repair issues. A collective is much smarter than the individual.

Final Thoughts

There is a demand for technicians in wind energy. Do you have the qualifications? If not, you are in luck. You can start a wind turbine technician program at MIAT College of Technology to learn the skills needed to succeed in this industry.

Want to Know More?

Does a career as a wind turbine technician interest you? The Wind Turbine Technician program from MIAT College of Technology provides the hands-on training, practical experience and industry support it takes to pursue a career in just 7 months. Wind turbine technicians must inspect and service a turbine’s blades on a regular basis. This is done by entering the turbine through the base of the tower and climbing a ladder or riding an elevator up through the tower shaft. Depending on the task at hand, technicians may be suspended hundreds of feet in the air! When needed, it’s not uncommon for helicopters to raise wind turbine technicians up to the desired working height.

To learn more about the Wind Turbine Technician program and explore whether MIAT is right for you, fill out the form on this page. Contact us today if you are interested in training to become a wind turbine technician.

UTI and MIAT are educational institutions and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.uti.edu/disclosures.

What Can I Do with a Degree in Aviation Maintenance?

Aircraft play an integral role in our lives. Without aircraft, we wouldn’t have fast travel, medical evacuation services or military air defense. Aircraft connect our world.

An aviation maintenance technician ensures modern aircraft are safe for flight and meet industry standards established by the Federal Aviation Administration (FAA). This is an ideal career for someone who wants to combine a passion for aviation with mechanical practice in his or her day-to-day life.

Why Do People Become Aviation Maintenance Technicians?

An aviation maintenance technician is a thinker and doer. Passion for aircraft and their inner workings bring out a love of detail, complexity and patterns. The technicians like to solve problems, tinker with their hands, and make things happen using science and engineering. Doing this job well means following a checklist, enjoying a methodical approach to problem-solving and being an active person with an equally active mind.

The lives of passengers and crew are in the hands of maintenance technicians. The ability to apply your passion and skills to keep people safe may inspire you to prepare for this field.

How Do You Become an Aviation Maintenance Technician?

The first step for any aspiring aviation maintenance technician is trade school. This is where students learn about maintenance, safety science, repair tools and techniques, and inspection protocol. Graduates end training with an Associate in Applied Science degree in aviation maintenance. They then are ready to take the FAA Airframe and Powerplant (A&P) license exam to earn an A&P certificate that demonstrates knowledge and skills in maintenance and repair of aircraft.

What Is on the Airframe & Powerplant Licensing Test?

The A&P license qualifies the recipient to work on both airframes and engines. The exam contains two sections to demonstrate a person has a comprehensive understanding of what it takes for aircraft to operate safely.

Airframe Test

The airframe includes the mechanical components that make up an aircraft. Planes and helicopters all have unique structures, with some varying drastically from model to model.

Some test topics include:

  • Aviation inspection practices and standards
  • Different types of structural materials
  • Electrical wiring and repair in aircraft
  • Aircraft fluid lines and fittings
  • Navigation and communication hardware
  • Landing gear systems and how they operate
  • Aircraft hydraulic and pneumatic system functions
  • Fuel systems, including inspection, tune-ups and repairs
  • Cabin atmosphere safety

Powerplant Test

The powerplant is the part of an aircraft that makes it move. To work on aircraft, a maintenance technician must understand how the engine, pistons, fans, cylinders and even propeller all work in harmony to create a safe, smooth flight. Propulsion systems, engine structure and electrical units, turbine engine theory, induction and more are covered on the powerplant aviation exam.

An A&P license demonstrates the recipient knows how to thoroughly examine parts of various aircraft to ensure they are fully secure and ready for flight. A trade school degree program in aviation maintenance will help prepare a graduate for the exam.

What Can I Do with a Degree in Aviation Maintenance?

A degree in aviation maintenance qualifies a graduate to perform inspections and maintenance services on commercial airplanes, helicopters and light aircraft. A technician may work in airports, or for small aircraft companies or those involved in industrial technology or renewable energy. There also are military mechanics who use their skills, education and passion for aviation while serving as active-duty soldiers.

What Is It Like Being an Aviation Maintenance Technician?

Aviation maintenance mechanics usually do their jobs in hangars, though some are outdoors on airfields. Their jobs require collaboration with team members, so they may work alone but still be a part of a team. While every person has tasks, the collaboration of a close-knit team of technicians and engineers ensures aircraft are as safe as possible.

Daily tasks include inspecting and diagnosing aircraft for structural, mechanical and electrical problems; servicing equipment as part of routine maintenance; using diagnostic devices to detect problems or malfunctions; keeping diagnostic, maintenance and repair logs; and using power tools to perform a variety of maintenance jobs on different parts of the aircraft.

Aviation maintenance technicians also may install different components and oversee their integration alongside an aviation engineer. As technology continues to improve, airplanes and helicopters are advancing as well. Newer technology keeps people safer in the air, reduces energy consumption and gives aviation professionals an opportunity to keep learning.

Ready to learn more about becoming an airframe and powerplant technician? The Airframe and Powerplant Technician program can be completed in as little as 20 months. Airframe and powerplant technicians are part of a dynamic industry.

To learn more about the Airframe and Powerplant Technician program and to explore whether MIAT is right for you, fill out the form on this page.

UTI and MIAT are educational institutions and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.uti.edu/disclosures.

What Kind of Training Do Welders Need?

Are you looking for a new career or want to learn a trade that is challenging? Ready to step out of the office and into a powerplant or machine shop? If this sounds like you, consider training for a career as a welder. Even though technology is advancing, there is a need for welders to use their ingenuity to manage welding, fabrication and soldering techniques. So, are you asking yourself, “How do I become a welder?”

How to Become a Welder

A popular way to prepare to become a welder is to get a formal education. However, you don’t want to learn only MIG welding or pipe welding. Discover the different skills needed to manage any welding process. An education can be attained at a trade school offering a certificate or diploma program.

What Do You Learn During a Welding Program?

You learn many welding techniques during a program at a trade school. Welding classes are interactive and led by dedicated school instructors with years of experience using welding equipment in a professional setting. You’ll get the support to pick up welding skills quickly and the firsthand technical knowledge needed in the workforce. Welding technician skills include:

Welding Tools and Professional Skills

It is important to understand and use many of the tools operated by welders. You want to know the right tools for the job, which comes with training. Much of what welders do is put classroom theory to the test in real workshops, welding real materials with different techniques.

Metal Arc Welding

Metal arc welding uses an electric arc to create heat for melting and joining metals. There are many different techniques for metal arc welding. From metal inert gas welding (MIG) and metal active gas welding (MAG) to shielded metal arc welding (SMAW, also known as stick welding)  and tungsten inert gas (TIG) welding, you will learn each type of technique and better understand which to use in specific situations.

Understanding Drawings, Symbols and Metal Characteristics

Course curriculum includes learning how to interpret blueprints, build plans and symbols commonly used to direct welders through projects. Reading and understanding blueprints and their symbols can help produce better results. When it comes to welding blueprints, you can look at front, top or right-side views. There are also a variety of symbols used on the blueprints. Whether following arrows that describe the direction of a weld or using letters that reference different types of welds, you will learn how to read blueprints and decipher symbols during a welding program at a trade school.

You will also learn about the distinctive characteristics of metal, including metaling point, ductility, electrical conductivity and strength. Each metal responds differently to heat, allowing different uses and applications. For example, copper is used because of its electrical conductivity, corrosion and wear resistance while cast iron has low carbon steel and is easier for welding. During a course, you will also learn the difference between direct current (DC) and alternating current (AC).

Pipe Welding

Pipe welding is a unique welding technique that uses MIG welding and TIG welding. During pipe welding coursework, you will learn about the different types of pipe material, diameter and thickness, welding location and direction, welding quality required, and, most importantly, how to stay safe. During a welding program, you be guided by experienced instructors.

Soldering

Soldering involves the joining of different types of metal using melting solder. Commonly used metals are tin and lead melted into hot iron. When the iron cools, it creates a strong electrical bond. You will learn soldering techniques to join circuit boards and pipe joints with hands-on experience gained in a welding program at a trade school.

Fitting & Fabrication

Some of the techniques you will learn during a welding program include fitting and fabrication. This includes tube bending, cutting, beveling, and welding pipe components. In manufacturing, fabrication is used to create components using raw materials and welding techniques rather than assembling the product from ready-made parts.

Final Thoughts

Now that you know what kind of training a welder needs, it is time to learn more about MIAT College of Technology’s Welding programs. Learn a trade where you can use your hands. If you enjoy creating components from scratch or soldering circuit boards, becoming a welder may be the right career path for you.

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

Welding Certificate Program

Welding training is a great investment in your future. Graduates of MIAT College of Technology’s Welding certificate program are prepared to pursue entry-level careers in different settings, including manufacturing, construction and services.

Welding Diploma Program

MIAT College of Technology trains Welding students in the trends and practices needed to be successful in a career. By earning an advanced welding diploma, graduates are ready to pursue career opportunities.

To learn more about the Welding programs and explore whether MIAT is right for you, fill out the form on this page.

UTI and MIAT are educational institutions and cannot guarantee employment or salary. For program outcome information and other disclosures, visit www.uti.edu/disclosures.