How would you feel working in a factory or an industrial setting, installing, troubleshooting and servicing manufacturing equipment? Do you see yourself landing a job that involves carrying out electronics inspections and working with electrical and digital electronics? If so, you may be interested in an industrial electronics technology career. Career College of Northern Nevada offers an Industrial Electronics Technology program that can be completed in as few as 18 months. Upon graduation, you can be qualified for a technician job in electronics, equipment calibration, security and surveillance, and fiber optics.
An industrial electronics engineer works primarily in an industrial setting, typically a production factory or manufacturing plant where many tasks are automated and handled by electronic machines. If you are interested in pursuing a career that deals with the latest computer control and electronic technologies, this could be the right career path to follow.
Industrial electronics technology professionals are responsible for ensuring that production processes on the factory floors are operating as expected. They also see to it that sophisticated equipment in manufacturing plants that run on electricity are always at their optimum performance conditions. A career path to becoming an electronics technician may also involve learning the latest communication and control system technologies, including robotics, wireless communication systems, green technology and fiber optics communication.
To get started the industrial electronics technology career path, you will need in-depth knowledge of how electrical systems work, as well as training on how to work with electronic systems. Becoming an industrial electronics technician often requires formal training and an Associate of Occupational Studies Degree in Industrial Electronic Technology.
Considering how expansive this engineering technology field is, it is often necessary for trainees to specialize in a particular area such as PC-based control systems, conveyors, or heating and air conditioning. As an industrial electronics technician, you will be expected to use a variety of machinery and power tools, including pipe threads, drill presses, measuring devices, grinders and more. Maintaining and servicing installed electronic system mandates the use of voltmeters, electrical testing equipment and computer-based diagnostic software.
What Will I Learn in the Industrial Electronics Technology Program?
Students completing this program will gain the necessary skills to service and repair a broad range of electronic and computer-controlled devices. Some of the course’s students will take include:
- Electronic Technology
- Industrial Motor Controls
- Fluid Power Dynamics
- Industrial PLCs
- Structured Cabling
- Industrial Security and Surveillance
- Microcircuit Programming
- Wireless Communications Technology
- Fiber Optics Communication
- Green Technology
Begin Your Career as an Industrial Electronics Technician
Are you intrigued by learning how things work? Are you interested in working closely with engineers to help design, test and service the technology that is changing our lives today? Are you ready to take the next step toward this exciting career path? Contact CCNN at 775.241.4445 for more information on our Industrial Electronics Technology program!
What You Learn in an Industrial Electronics Course
To prepare for an in-demand career as an Industrial Electronic Technician, students need to accrue a variety of skills. Because the degree can lead down a number of career paths, Career College of Northern Nevada wants to prepare our graduates with necessary skills. Whether you would like to work in fiber optics, equipment calibration, or safety and surveillance, these courses can help you train for a hands-on career. Read on to learn more about the Industrial Electronic Technician classes we offer and how they can help you build skills employers need.
CCNN offers three courses in electronic theory that teach the basics of circuitry and electrical theory. Students will study electron flow in a circuit and learn about electronic circuit configurations using a schematic diagram. By the time they complete this series of courses, students could troubleshoot circuits, safely use the proper test equipment to measure an Alternating Current circuit, and understand the structure of semiconductors.
Whatever career path you follow, adhering to safety guidelines will be essential. Here, students will focus on federal safety standards such as OSHA 10 and NFPA 70E. Upon successful completion of OSHA training, students will receive OSHA 10 certification.
Introduction to Robotics
Along with a Robotics Technology Lab, this introductory class will help students learn how to work with, program, and maintain robotic systems. As more jobs become automated, having this skill can protect you, because someone will need to service and operate the machines. Become the person who maintains and fixes the machines, and safeguard your career. CCNN students can learn about how robotics systems operate, how to recover from errors and faults, and how to use robotic simulation software.
Industrial Security and Surveillance
Students will study CCTV systems, intrusion alarms, and access control systems. By the end of the course, students should be prepared to configure and operate digital video and network video recorders, access control systems and understand how to install and program an alarm system. These skills will be essential if you pursue a career in the industrial security and surveillance industry, but they will also help in a variety of industrial electronics fields.
Making technology more environmentally friendly is an important aspect of today’s industrial electronic career outlook. In this class, students can learn about the photovoltaic system (also known as a solar power system) and battery technologies. Basic safety for solar installation and battery technology safety are also covered. An understanding of these systems can help increase a student’s knowledge and prepare them for a variety of career paths.
Fiber Optics Communications
As fiber optic technology becomes more popular, it will be important for industrial electronics techs to know the basics. This course covers the basic construction, operation, testing, and installation of optical cable. Students can learn operation, testing, and safety procedures related to terminating optical connectors and splices.
Take Industrial Electronics Technician Classes at CCNN
The variety of knowledge and skills you can gain with Career College of Northern Nevada’s Industrial Electronic Technician program can help you find a hands-on and in-demand career. Prepare for your new career. Call CCNN at 775-241-4445 to learn more today.
Discover How Certification Can Enhance Your Industrial Electronics Career
CCNN’s Industrial Electronic Technician program is a great way to launch a stable career that makes use of your skills and curiosity. There are several available certifications that can turn a good career into a great one. We prepare our students to sit for the International Printed Circuits (IPC) Soldering certification, which students take before graduation, but that’s just one certification. Here are some of our favorite certifications and some insight into the benefits of industrial electronics certifications:
Accredited by the American National Standards Institute, IPC is a global trade association widely respected for its leadership in the industry. IPC stands for the Institute for Interconnecting and Packaging Electronic Circuits, and its tagline is: Association Connecting Electronic Industries. CCNN prepares our students to sit for the Soldering exam.
National Institute for Certification in Engineering Technologies (NICET)
NICET is a nonprofit organization providing nationally accepted certifications. The Technician certification requires a written test, a work history form, recommendations, and supervisor performance verification. According to NICET, their certification is often used as a standard by which employers gage skills and knowledge.
The International Society of Certified Electronics Technicians (ISECT) Technician 1 Certification
The ISECT program was founded in 1965 and helps prepare and test technicians as well as protect consumers. They offer several levels of certification, and the Technician 1 certification is the entry-level certification. It tests basic troubleshooting, customer service skills, and more. Testers must have at least six months’ work experience to sit for the exam.
Institute of Electrical and Electronics Engineers (IEEE)
IEEE is the world’s largest technical professional organization, and their main objectives are the educational and technical advancement of engineering and allied disciplines. Their Certificates Program provides continuing education and professional development hours for students and professionals.
Our Favorite Benefits of Industrial Electronics Certification
Certification shows professional achievement and acts as proof of knowledge. Some employers or government organizations even require certification. It also demonstrates a desire to keep up-to-date with industry developments and maintain compliance with industry standards. Gaining one or some of the above certifications can set you apart from the competition and elevate your career success. It may even increase your pay. Give your career the benefit of an industrial electronics certification. Contact CCNN at 775-241-4445 to learn more today!
Protect Your Livelihood with a Degree in Industrial Electronics
Career College of Northern Nevada can give you the skills and training you need to find a long-term career that is less vulnerable to changing technology.
CCNN’s Industrial Electronic Technician Program could protect your career from robots. Careers in industrial electronics are some of the few hands-on jobs that can’t be automated. In today’s economy, that’s a tremendous benefit — because the job search is stressful enough without worrying that your chosen field will be overrun by automation in the next decade.
Technology is changing many industries, and as robots become more efficient and affordable, more and more employers will implement them. A study by CBS News shows that this could mean a reduction in warehouse and manufacturing work and dwindling opportunities in other jobs that don’t require an education.
That’s the bad news. The good news is you can get ahead of the curve by training for the kinds of jobs that can’t be automated. With a CCNN education—an associate of occupational studies degree in Industrial Electronics, in particular—you will gain skills that could enable you to work with the robots instead of being replaced by them. Our programs can also help you qualify for a career less at risk than most manufacturing and warehouse jobs.
Automation Threatens Warehouse and Manufacturing Jobs
Warehouse jobs have seen an explosion in the last decade, largely due to the increase of e-commerce, but that trend is set for a big change in the coming years. Companies like Amazon have already brought in thousands of robots, and a New Jersey e-commerce called Boxed replaced 75% of their workers with automation in 2017. The National Bureau of Economic Research has conducted one study showing that for every robot added, six jobs are in jeopardy.
While these changes may take time, they do suggest that finding a career that is ahead of the curve is a wise move. Forbes cautions that robots won’t replace workers as much as they’ll change the types of jobs humans have. Workers will need additional higher-level skills and an education that trains them for these new jobs. To be prepared for the wave of automation, enroll at CCNN. Our Industrial Electronics program can give you skills and certifications that could make you stand out when applying for the jobs robots can’t take.
Industrial Electronic Technicians & Career Stability
While some warehouse jobs may be taken over by robots, Industrial Electronic Technicians will likely be among those responsible for managing and maintaining those robots. Your CCNN degree could be the line of defense between you and automation. Your skills and training will prepare you to help build, install, and repair the automated systems that could eliminate less skilled positions.
Even if you’re not interested in having such interaction with the robots, the computer and technical skills you’ll gain in CCNN’s Industrial Electronic Program are still necessary in many industries. In a recent survey by Gray Construction, 42% of manufacturing employers said they are searching for—and not finding—employees with more advanced computer skills. Those skills, and much more, will be yours with CCNN’s associate degree in Industrial Electronics.
Train for Jobs That Can’t Be Automated Through CCNN’s Industrial Electronics Program
Industrial Electronic Technicians help engineers build, install, and repair electrical and electronic equipment, including computers and automation equipment. These skills make their careers less susceptible to disappearance. But a CCNN education prepares you for a variety of careers in the field. Equipment manufacturing, surveillance equipment technician, and equipment calibration technician are just some of the career opportunities available to those with an Industrial Electronic Technician degree. Contact us at 775-241-4445 to protect your future.
Ten Key Learnings from CCNN’s Industrial Electronics Technology Program
You spend your nights and weekends researching the latest homebrewed computer project or hacking together electronics projects around the house. We see you out there, tinkerers and DIYers. And Career College of Northern Nevada’s Industrial Electronic Technology program has your name written all over it.
With in-depth, hands-on training that’s both theoretical and practical, CCNN’s Industrial Electronic Technology program gives you everything you need to succeed in this burgeoning field. CCNN offers an Associate of Occupational Studies degree in Industrial Electronics Technology (AOSIET) for students looking to become electronic technicians. In the role of an electronic technician, you’ll help test, design and service the technology that’s rapidly changing our lives. Specific roles can include assemblers, equipment calibration techs, security and surveillance equipment techs and fiber optic technicians.
CCNN’s IET Department Chair Jim Aldrich says there are 10 key learnings IET students learn in their time at CCNN:
- Safety: When you study IET at Career College of Northern Nevada, you’ll learn how to safely work around potentially life-threatening electrical hazards, which comes in handy not only in an electronics technology career, but in life in general.
- AC & DC Electronic Theory: Knowing the intricate differences in alternating current and direct current electronics is one of the fundamentals of any career in electronics.
- Schematics: At CCNN, we teach students how to read schematic diagrams. Students are consistently exposed to schematics throughout their time at CCNN.
- Industrial Equipment: Students learn many skills associated with the industrial electronics field. This training includes robotics, programmable logic controllers (PLCs), motor control systems and hydraulics.
- Infrastructure Cabling: You’ll learn skills associated with infrastructure cabling, including techniques associated with networking, telephony and telecommunications. Students learn how to properly terminate CAT 5e / CAT 6 cables, coaxial cables and fiber optic cables in their time at CCNN’s IET program.
- Telecommunications: You’ll get hands-on lessons with wireless systems, learning how to properly configure them.
- Industrial Security and Surveillance: Learn how to configure and operate home automation, access control and video surveillance systems.
- Networking Basics: While the IET program doesn’t focus on networking, everything touches the Internet these days, so introducing students to basic networking concepts is a critical part of the CCNN curriculum.
- Programming: Today, quite a few jobs require employees be knowledgeable in at least some programming. Many things need programming, from remote-controlled automated entrance gates to highly-advanced conveyor systems. CCNN students learn how to program using C++. They also program FANUC robots and they create multiple PLC programs.
- Troubleshooting: Everything you learn at CCNN leads up to this, and it’s the most important thing students learn in the IET program. Students are exposed to proper tool usage and troubleshooting techniques and this cumulates in CCNN’s Skills Review class. During this class, students troubleshoot a non-operational conveyor system along with other electronic systems.
FANUC certified, CCNN’s Industrial Electronics Technology program prepares you for a broad array of careers while teaching you math, electricity, solid state and digital device circuitry, programming and more. Like graduate Juan Miramontes (pictured above), IET students who complete the program will have the chance to sit for a national certification exam in soldering.
“It may take more out of you than you think, but in the end, it was filling you with skills to join the world,” said Juan.
Ready to take the first step in an electronics technology career today? Learn more about CCNN’s IET program today.