Are you fascinated with technology? Interested in a career that leverages technology to automate tasks and streamline processes? If so, then you may be well suited for a career in automation engineering. From working with physical machines to taking more of a software engineering approach, this line of work can be extremely rewarding, with plenty of room for advancement and specialization.
Wondering how to become an automation engineer? Having the proper education, ideally in the form of a Bachelor of Science in Automation Engineering Technology. With an automation degree, you may be prepared to pursue roles in manufacturing, robotics, logistics, and beyond.
Understanding Automation Engineering Technology
Automation engineering technology is a broad field that centers around the application of technology to design and manage automated systems. These automations can be carried out across a wide range of industries and sectors, ranging from manufacturing and logistics to IT and warehousing. Likewise, automation solutions can be applied to both physical and digital systems.
Ultimately, the responsibility of an automation engineer is to design, develop, implement, and maintain these systems to work as efficiently and seamlessly as possible. This can optimize business operations and boost productivity.
Working as an automation engineer requires an in-depth understanding not just of basic engineering principles, but complex computer concepts as well. Automation engineers need to know how to use common programming languages and maintain other technical proficiencies. Similarly, they must be excellent problem-solvers who are quick to troubleshoot and resolve any issues as they arise.
Career Opportunities with an Automation Engineering Degree
Having a degree in automation engineering can open up opportunities to work across a wide range of industries, depending on where your interests lie. Because many industries rely on automated systems to optimize efficiency and streamline operations, you may be able to explore automation engineering roles in manufacturing, healthcare, and even the automotive industry.
After earning your degree, you might start off in an entry-level role (such as automation engineer or process control engineer). With time and experience, however, you may be able to work your way into more advanced positions, including senior or lead automation engineer.
The Value of Industry Certifications in Automation Engineering
While an undergraduate degree is one of the only automation engineer education requirements, the reality is that many professionals in this field end up pursuing special certifications and other designations to develop their skill sets further. There are a few compelling reasons to consider automation engineer certification, even after you’ve earned your degree and even have a job in the field.
Enhancing Employability
For starters, earning an automation engineering certification can help validate your expertise, giving you a competitive edge and setting you apart from others in the job market. This could increase your chances of being considered for a job or even being promoted within a current role.
Bridging the Skills Gap
As automation technology continues to evolve and improve, automation engineers are tasked with staying on top of the latest technologies and innovations in their work. Earning a certification can be an excellent way to complement your academic learning by focusing on specific trends and innovations that can bolster your skill set and fill in gaps.
Commitment to Professional Growth
Finally, there’s the simple fact that pursuing certifications and other designations in your field demonstrates a dedication to continuous learning and staying up-to-date with the latest industry advancements. Including relevant certifications on your resume shows potential employers that you go above and beyond to stay sharp in your field.
Key Industry Certifications for Automation Engineers
What are the best certifications for automation engineers? Ultimately, this will depend on your specific niche and interests in the field, but a few of the most in-demand options are detailed for your consideration below.
Certified Automation Professional (CAP)
According to the International Society of Automation (ISA), professionals with CAP certification “have proven they possess an extensive knowledge of automation and controls and that they have the expertise and qualifications to excel in their fields.”
Earning CAP certification requires a minimum of a four-year degree in a related field, as well as at least five years of experience in the automation field. The CAP exam covers such topics as basic continuous control, advanced control, work structure, and deployment/maintenance.
Certified Control Systems Technician (CCST)
Another popular certification in automation engineering is the CCST, which is also offered through the ISA. This certification is ideal for those working in process automation, specifically within the manufacturing industry, and who want to take their knowledge of control systems and automation to the next level.
There are three levels of CSST certification, ranging from Level 1 to Level 3. To become CSST certified, you must have a related degree in your field and meet the education requirements (which vary based on certification level). You will also need to pass a comprehensive exam.
Professional Certificate of Competency in Industrial Automation Engineering (EIT)
If you’re interested specifically in automation engineering within the industrial field, this designation may be right for you. This certification, which is offered exclusively through the Engineering Institute of Technology (EIT), focuses on teaching students the hard and soft skills they need to create automation systems that reduce industrial downtime while maximizing productivity.
Earning this certificate requires students to attend at least 65 percent of online classes and complete at least 60 percent of the assignments. Quizzes are given periodically, and students must earn a passing rate of 100% (with opportunities to retake as needed).
Certified Engineering Technician (CET)
Becoming a certified engineering technician is a great way to boost your problem-solving skills while learning to “perform routine technical procedures with occasional direct supervision.”
To earn this designation, you’ll need to have a degree or diploma in automation engineering or a related field, as well as at least two years of work experience. Students of this program are also required to pass a certification exam.
PLC and Robotics Manufacturer Certifications
Aside from the key industry certifications mentioned above, some automation engineers may also pursue manufacturer-specific certifications. These certifications are highly specialized in nature, but may be ideal for those who consistently work with equipment made by a certain company.
PLC (Programmable Logic Controller) Manufacturer Certifications
PLCs are widely used in U.S. manufacturing and industrial automation environments, as well as in Europe and other large industrial settings. Some examples of certifications offered by PLC manufacturers include:
- Rockwell Automation (Allen-Bradley) – Certified Training in Allen-Bradley PLC programming, troubleshooting, and control systems (e.g., RSLogix, Studio 5000)
- Siemens – Offers certifications in SIMATIC PLC programming, TIA Portal, and industrial networking
Robotics Manufacturer Certifications
In addition to PLC manufacturer certifications, some well-known robotics manufacturers also offer their own dedicated certification and training options:
- FANUC – FANUC CERT (Certified Education Robotics Training) – Provides hands-on training in industrial robotics programming and integration, often offered through partner schools with FANUC lab equipment
- ABB Robotics – Offers robotics programming and application courses, often used in automotive and large-scale automation
- Yaskawa Motoman – Training on robotic welding, handling, and palletizing applications using Motoman robots
Integrating Certifications with Your Bachelor’s Degree
As you can see, there is no shortage of certifications available in the field of automation engineering. The key, of course, is to determine which certifications are best aligned with your own career goals and unique areas of interest.
As you explore certification opportunities, it’s also a good idea to consider timing. For example, should you pursue a certification while you’re in school or wait until after you’ve graduated? There are some potential pros and cons to each option, and the best choice for you ultimately depends on how much you’re prepared to juggle at once. One of the benefits of working toward a certification while you’re already in school is that the information is fresh in your mind, and you can take advantage of academic resources along the way.
How Baker College Supports Certification Readiness
No matter what you’ve decided (or have not decided) regarding automation engineering certifications, Baker College’s Automation Engineering Technology program is designed with your future in mind. Not only does our program incorporate coursework that can prepare students for certification exams, but students in this program also enjoy plenty of opportunities for hands-on learning with tools like PLCs, HMIs, and robotics systems.
Meanwhile, our experienced instructors have real-world experience in the field and are eager to provide insights, guidance, and mentorship related to any industry certifications you may choose to pursue. Combine all of this with Baker’s extensive internship opportunities, robust career services, and employer partnerships, and it’s easy to see why so many aspiring automation engineers choose our program to help them gain confidence before pursuing industry certifications.
Ready to Take the Next Step?
Working as an automation engineer can be a great way to blend your interests in technology and engineering, especially if you’re also the type of person who enjoys working with others to solve complex problems. If you’re serious about equipping yourself with the skills and knowledge needed to thrive in this evolving field, the right automation engineer degree can make all the difference.
Baker College’s Bachelor of Science in Automation Engineering Technology covers the automation engineering courses you need in such essential topics as:
- Programmable Logic Controller Application
- Shop Floor Networking
- Computer-Aided Design
Plus, with plenty of hands-on learning opportunities, you’ll be able to develop real-world skills that you can apply in your future career. Get in touch to learn more about our automation degree program, or take the next step by filling out your application for admission today.