Electronic Systems Technology Careers & Education

Electronics technology opens many career doors and educational paths. This sector is always evolving, creating a high need for experts. Studying this field can lead to several opportunities, including well-paying engineering jobs.

The program in Electronic Systems Technology stands out. It runs for 72 weeks, earning students 90 Quarter Credit Hours (QCH). Courses like Radio Frequency Communications are part of the curriculum. By adding skills in software like Microsoft Office 365, graduates are well-prepared for the job market. Expect salaries between $49,800 and $78,900 per year after completing this 18-month program.

Key Takeaways

• The electronic systems technology field offers diverse career paths and educational opportunities.
• The program includes 72 weeks of coursework covering 90 Quarter Credit Hours.
• Key courses such as Radio Frequency Communications and Telecommunications each offer 5 QCH.
• Completing the program can lead to competitive salaries, ranging from $49,800 to $78,900 annually.
• High school GPA requirement for admission is 2.60 or above.

Introduction to Electronic Systems Technology

Electronic systems technology is key in today’s digital systems and electrical systems world. It covers complex circuits, microcontrollers, and process control systems. These things push our tech forward.

Knowing about electronic systems tech gives us great insights. We learn about where the field is going.

What is Electronic Systems Technology?

This area combines hardware and software into working electronic gadgets. It looks at digital systems, electrical systems, and more. For example, ESYS 50 is a course that lays the foundation. Meanwhile, ESYS 55 focuses on IoT and microcontrollers, which are crucial today.

History and Evolution

The story of electronic systems technology begins with the discovery of electricity. It includes the invention of first electrical gadgets. As we found transistors, integrated circuits, and microprocessors, the electronic systems started to change. This field now includes advanced technology like PLCs, process control systems, FANUC Robots and automation systems.

Chabot College offers courses to help students learn the theory and practice. ESYS 54, for example, teaches about analog circuits and semiconductor devices. This is key to understanding electronic parts.

Overall, the growth of electronic systems technology has been marked by key developments. These have led to smaller, better, and more powerful devices we use in our digital and electrical systems.

Educational Pathways in Electronic Systems Technology

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Learning about electronic systems technology brings lots of choices. You can start with an associate degree. And then, move up to a bachelor’s or master’s degree. These options help you get the skills needed in a fast-changing field. Online and continuing education also keeps you up to date.

Associate Degrees and Certifications

An associate degree in electronics takes about 18 months. It covers important areas like soldering and motor controls. You’ll also learn about robots and how to fix problems. After finishing, graduates find good jobs quickly. They can work in various roles like fixing electronics in hospitals or setting up security systems.

Bachelor’s and Master’s Degrees

If you’re looking to learn even more, bachelor’s and master’s degrees are your next step. You’ll go in-depth into subjects like creating circuit boards and working with advanced robots. These degrees help you get better jobs and prepare you for leading roles.

Online and Continuing Education Options

Online classes are great for working adults. They let you study without quitting your job. You can learn about things like security systems right from your computer. Continuing education also offers classes to update your skills. They are free and noncredit, keeping you competitive in the job market.

Core Courses in Electronic Systems Technology Programs

Electronic Systems Technology programs give a strong start to future professionals. They cover key areas like DC and AC circuits, radio frequencies, and telecommunications. We will detail the duration, Quarter Credit Hours (QCH), and main skills you’ll learn in each course.

DC Circuit Fundamentals

The DC circuit fundamentals course is a key part of your learning. It lasts for 72 weeks and gives you 4 QCH. You’ll deeply understand direct current circuits, including voltage, current, and resistance.

AC Circuit Fundamentals

The AC circuit essential learning course, not shown in weeks, offers 4 QCH. It tackles things like alternating current principles, power generation, and complex impedance. These are crucial for modern electronic systems.

Radio Frequency Communications

The radio frequency communications study course is key for technology-inclined students. It spans 5 QCH and teaches radio frequency basics, modulation, and signal spread. You’ll learn the key skills for making strong communication systems.

Telecommunications

Telecommunications is a must for network communication enthusiasts. Lasting 5 QCH, it unites theory with hands-on practice in networks. This knowledge helps students tackle current and new tech with confidence.

These core courses build important knowledge and skills for the tech world. Graduates are ready to handle industry needs and succeed in various jobs.

Skills Acquired in Electronic Systems Technology Programs

Joining an Electronic Systems Technology program gives students many technical system skills for high-tech jobs. They learn both theory and hands-on work. This makes them good at digital systems proficiency.

Students study a wide range of topics like DC Circuit Fundamentals for 72 weeks. They also learn focused areas like Radio Frequency Communications and Telecommunications, each with 5 QCH. This mix builds a solid system technology expertise for real challenges.

These programs also teach important soft skills. For example, interpersonal communications and ethics are big parts of the learning. This helps prepare students for jobs like Electronic Technician, where good communication and ethics are key.

Here is a detailed look at what students learn in these programs:

These courses and their design make sure that students get the skills they need. They get both technical know-how and other important skills. This all helps them start a great career in electronic systems technology.

Careers in Electronic Systems Technology

There are many exciting careers in electronic systems technology. Each role needs its own set of skills. They offer great chances for growth. This part talks about jobs like application engineer, test engineer, system engineer, and network analyst.

Application Engineer

Application engineers design and make software that makes electronic systems better. They work with customers to find what they need and make custom solutions. This job needs knowledge of both hardware and software. It’s found in many areas, from tech to cars, making it diverse.

Test Engineer

Love checking things work right? Test engineer jobs make sure systems and parts meet high standards. They create and run tests to find problems. Big fields like telecoms and defense hire them for their thorough skills.

System Engineer

A system engineer’s role is key in making electronic products. They coordinate different projects to make sure systems work together smoothly. You can find them in many fields, needing deep knowledge of electronic systems.

Network Analyst

In a world that runs on digital communication, network analyst jobs are more important than ever. They look after network systems to keep them running well and safe. Many types of companies, like IT services and finance, need them to protect their networks.

Market Demand and Job Outlook

The electronic technology job market is seeing steady growth. This growth is due to new tech and our growing need for electronic systems. The median yearly pay for Electrical and Electronic Engineering Technologists and Technicians hit $72,800 in May 2023. This is more than the median pay of $48,060 for all jobs, showing how well-paying jobs in this area are.

From 2022 to 2032, jobs in electronic tech are expected to increase by 1% each year. This means there will be about 9,900 openings yearly. This demand shows that jobs in technology systems will continue to be needed, according to experts.

By 2022, over 102,500 people were working in electronic technology fields. They found work in areas like Engineering Services (13%) and the Federal Government (12%). Also, in sectors such as Semiconductor Manufacturing (12%) and Utilities (6%). This shows how many places need these skills.

The table shows how much Electrical and Electronic Engineering Technologists and Technicians make in different jobs as of May 2023. These numbers highlight the value of their skills today.

Compared to roles like drafters and engineering technicians, electronic tech jobs pay more. These other similar positions made a median of $63,100 in May 2023. This difference underlines the strong technical system job forecast for those in or looking to join the field.

Professional Certifications and Licensing

In the field of electronic systems technology, getting certified can do wonders for your career. Two important certifications are the ISCET Certification and FCC License. They show your skills and knowledge meet industry standards.

ISCET Certification

The ISCET certification, from ETA® International, is highly respected. It shows you know your stuff about electronics systems. Since 1978, over 180,000 professionals have been certified by ETA in more than 80 areas. Big names like Motorola, Google, and the US Armed Forces trust these certifications.

Taking the ISCET exams is up to you, but it shows you’re dedicated. ETA is certified by the International Certification Accreditation Council, meaning their programs are top-notch. This helps you learn the latest and excel in your career.

ETA even offers study guides and practice tests to help you prepare. This support emphasizes the value of becoming certified in electronic systems.

FCC License

An FCC license is key for working with RF communications and tech. It’s required for system technology jobs. Earning one means you understand and follow the rules of the Federal Communications Commission.

Just like ISCET, a FCC license shows your expertise and commitment. It can open new doors in your career and keep you in line with regulations.

Getting certifications like ISCET and the FCC license is crucial. They ensure you follow system tech rules and prove your expertise. Plus, they raise industry standards for everyone.

The Role of System Integration in Electronic Systems

System integration in electronics is crucial. It ensures all parts work well together. This makes them different tasks in sync and aligns technology.

Importance of System Integration

System integration is very important. It has several benefits, here are five:

• Simplicity: Integrated architecture makes things easy to use.
• Save money: It cuts costs by handling everything in one place.
• Security: Brings better data security and meets rules more easily.
• Real-time visibility: Gives access to info quickly for smart choices.
• Efficiency: Using structured data helps you get more done.

Today’s IT needs quick responses and strong system integration. This is to meet customer needs well and fully optimize digital processes.

Examples of System Integration

System integration is needed in many industries. Let’s look at some types:

These examples show how important system integration is for electronic systems. They point out its vast uses and how it can improve operations and inspire new ideas.

Innovations in Electronic Systems Technology

The electronic systems technology world is changing fast. Companies are working hard to innovate in the global market. Their new solutions are the keys to their success.

Recent Advancements

A big change in electronic technology is moving from big structures to small, integrated ones. This switch makes products look better and work in more complex ways. This is all thanks to the growth of semiconductors and electronics packaging.

• The introduction of low-cost microprocessors and digital switching has driven the rapid growth of cellular telephone systems.
• Despite initial delays in the U.S. due to bureaucratic hurdles and legal disputes, cell phone technologies have now become ubiquitous.

Future Trends

In the future, electronic systems will get even more complex. But their costs will go down. These high-tech systems will require new teams and ways of designing.

Companies will also face more pressure to be eco-friendly. Many might have to make big changes or even close. To do well, they need to use the latest technologies and always look for new ideas.

The table below showcases key drivers and trends shaping the future of electronic systems technology:

Hands-on Experience and Internships

Getting involved in technology systems practical learning through internships is key for those studying electronic systems. These internships offer hands-on electronic engineering experience. They help connect what you learn in school to real jobs. Colleges often make internships part of their programs to help students be ready to work.

Getting real experience is very important. Studies show that many people who finish programs in Electronic Systems Technology find jobs quickly. They end up making good money right after school. This shows how valuable skilled workers are in today’s job market.

The field of Biomedical Technician is growing fast. This is because more people are getting older and current technicians are retiring. There’s a short program at Lake Area Technical College that gives students a lot of hands-on learning. It ends with an internship, which is a great way to get experience.

In the field of electrical systems, pay is good. For example, someone with an Associate’s degree in Electronic Systems Technician can make about $45,656 a year. If you focus on Automation & Robotics, you could earn up to $48,984 annually. These numbers show that jobs in this area pay well. Getting hands-on training helps students start these rewarding careers.

To wrap up, mixing electronic systems internships with school gives students a strong set of skills. Real experience in electronic engineering boosts what you learn in class. It also makes sure you’re ready to work when you graduate.

Tips for Succeeding in an Electronic Systems Technology Career

Being successful in electronics technology needs more than skills. It takes networking, learning, and keeping up with changes. We offer practical tips to steer your career in the right direction.

Networking and Professional Development

Creating a solid work network is key in the digital world. A study found that 80% of those who went to industry events grew their network. This helped them find more job chances. Events and workshops not only help you meet people but keep you updated on new things.

Learning never stops in the field of electronic systems. Lincoln Tech’s campus in Columbia, MD teams up with Johnson Controls for practical lessons. They found that 85% of their graduates believe in continued learning for career growth. Engineers also find more job happiness when they specialize, proving that focused skills are valuable.

Keeping Up with Industry Changes

Staying current with system changes is a must. Maryland will see a 15% rise in tech jobs from 2020 to 2030. Keeping your skills updated and looking for internships early can help you land a job quickly. 70% of new engineers found jobs within six months if they had internship experience.

Most professionals agree that internships are vital for learning. The program at Lincoln Tech’s Columbia site offers training on various equipment. This prepares students well for the job market’s growing needs.

Conclusion

The path to a career in electronic systems technology is filled with chances to grow. We’ve looked at the many paths, from associate to master’s degrees, that help prepare for this field. Learning key subjects like DC Circuit Fundamentals and Radio Frequency Communications sets a strong base for your tech skills. And teamwork is vital because electronic systems today are worked on by people from many different areas.

Innovation is key for electronics companies to do well in a competitive world. Electronic devices have become more integrated and advanced, like cell phones today. They’ve also gotten smaller and cheaper thanks to new ways of making them.

Today’s electronic systems are much more complex, but they cost less and are much smaller than before. This brings huge opportunities for engineers and tech experts in the field. With new technologies like automation, the future for electronic systems is wide open for new ideas and solutions.

In finishing, the world of electronic systems is full of chances for new ideas, teamwork, and career success. By getting the right education and training, you can be ready for this growing field. Contributing to its success will not only be rewarding but also exciting.