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Why Transition Into a Robotics Career?
Statistics show an incredible move by industries worldwide from workers to robotics systems. 1.7 million jobs have already disappeared to robotic systems since 2000! And 375 million more may vanish by 2030.
In fact, 25% of mundane and repetitive jobs are at risk of automation! Yet another staggering statistic showing the opportunities now available in the robotics field is that "artificial intelligence will displace 40% of jobs worldwide in the next 15 years." (1)
"Robotics, IoT and AI careers are in high demand across almost all industries, including industrial, healthcare, biotech, logistics, consumer and more," said Ann P. Walsh, CEO & cofounder, Robots.Jobs. "In this competitive job market, talent recruitment requires skill, targeting and focus to attract the most qualified employees. For robotics and artificial intelligence, we are just at the beginning of demand for talent."
While existing robots continue to replace workers, robotic technology keeps expanding and getting better with:
- Natural language processing
- Computer vision
- Machine learning
- More sophisticated programming languages
- New and innovative solutions to business problems
- Deep learning AI programs and other robot technology
- Possibility of future domestic robots to perform specific tasks
- Space exploration
Do I Need a Mechanical and Electrical Engineering Degree to Work in Robotics?
With so many jobs popping up in robotics, there is less need for a formal educational engineering degree for robotics positions. Because the demand is high and the qualified workers are few, you've got an easier "in" right now than ever! However, let's look at what individuals with formal engineering degrees do.
Robotics Engineers
Robotics engineers create, design, and program robots for various tasks. They must have an in-depth understanding of electronics, mechanics, software engineering, artificial intelligence (AI), and other related areas.
Robotics engineers use their knowledge to create autonomous machines that carry out complex tasks with minimal human input. Many industries use robotics, including manufacturing, healthcare, and even military operations.
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Computer Science and Information Research Scientists
Research scientists study and develop new technologies in the field of computer science. They focus on artificial intelligence, robotics, computer vision, machine learning, natural language processing, and more.
However, engineering and computer science are not the only educational paths that can take you into robotics engineering jobs.
How Can I Change Careers Into Robotics?
If you're interested in transitioning into robotics engineering without a formal degree, the first step is to build up your qualifications through self-study.
Find the best courses available to teach you the basics of robotics engineering. To supplement your studies further, consider gaining experience by volunteering on robotics projects or taking a lab class for hands-on experience.
However, look at the roles available in the job market to understand which type of role might suit you best. Once you understand your interests and direction better, then it's time to see what you can do to get there!
Let's look at possible positions in robotics that do not require a formal degree next.
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Is Robotics Engineer the Only In-Demand Job Title?
You can go into various robotics positions without getting a 4-year degree in engineering. Some of the top jobs you can go into without a 4-year or graduate degree include:
Electro Technologists & Technicians
Electronic engineering technologists and technicians identify and repair equipment malfunctions. They also calibrate and perform preventive maintenance on equipment and systems. These workers must often read blueprints, diagrams, and engineering instructions for assembling electronic units. (2)
Electronic Equipment Assemblers
Assemblers build robots from components and parts. They also test and troubleshoot the machines before they are sold to customers, ensuring that every part is working correctly. Assemble or modify electrical or electronic equipment, such as computers, test equipment telemetering systems, electric motors, and batteries. (3)
Robotic Software Assemblers
These professionals assemble and program robots for automation, safety, and productivity in factories or laboratories. They are often responsible for helping troubleshoot and debug robotic systems.
Electro-Mechanical & Mechatronics
These technicians are responsible for designing, building, and testing the circuits and machines that robots use. They may also be involved in creating custom control systems and programming microcontrollers to help robots autonomously complete tasks. Their electronics, mechanics, and embedded systems expertise is invaluable for robotic development.
Professionals in the mechatronics field are responsible for installing, maintaining, and repairing machinery and equipment in an industrial setting. They can often find jobs in high-tech manufacturing facilities, hospitals, hotels/resorts, utility companies, schools, and retail chains. (4)
Electronic Technologists & Technical skills
These specialists are responsible for maintaining and troubleshooting electronics in robotic systems. They must be able to read schematics, understand circuit diagrams, and adapt to the ever-evolving world of robotics technology. Their knowledge of microcontrollers, power supplies, motor controllers, and other components is critical for efficient robot operation.
Mechanical Engineering Technologists & Technicians
These professionals are responsible for ensuring the mechanical components of robotic systems work properly. They must understand mechanics, including kinematics and dynamics, and be knowledgeable about materials used in robotics applications. They must also be adept at assembling robots and troubleshooting issues with the hardware or software.
Mechanical Drafters
Mechanical drafters create drawings depicting robotic system components, including wiring diagrams and mechanical assemblies. They must interpret engineering schematics and accurately draw complex mechanical systems using computer-aided drafting software.
Supervisors of Mechanics, Installers, & Repairers
Supervisors of mechanics, installers, and repairers oversee robotic systems' installation, repair, and maintenance. They must ensure that tasks are completed on time and to the highest quality standards. They must also troubleshoot issues and advise or guide workers if needed.
Automotive Service Technicians & Mechanics
Automotive service technicians and mechanics install and repair robotics systems in various vehicles. They must be able to diagnose malfunctioning components and replace or repair them as necessary, using diagnostic tools and specialized equipment.
Robotics Technicians
Robotics technicians install, repair and maintain robotic equipment at various locations. They must know about robotics systems, electrical components, and other related technologies. They are also responsible for maintaining accurate records of all repairs and maintenance completed on the system.
Starting salary for many of these positions is $46,000-$56,000 per year, with great benefits and opportunities for growth. Often, a demonstration of your knowledge and a certificate from a technical or community college is all you need to level up into a robotics career!
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What Types of Skills Do I Need for a Successful Robotics Career?
Transferable skills are those talents and abilities you've developed so far in life that you can apply to a new position. Often these skills include "hard" and "soft" skills.
Hard skills are the abilities you learn that apply specifically to a job. Soft skills are more about your character traits.
Combining your skill set with a certificate can help you skip applying for entry-level positions and go directly into the exciting industry of building and repairing robots. Even if you start with an entry-level position, you can quickly advance in this field with hard work and by continually learning more!
Some of the skills employers may look for in addition to certification include:
Basic Equipment Knowledge
A minimum of 1-year experience in a commercial or industrial environment
Basic Electrical background
A minimum of 1-year of experience using electrical principles and theory
Basic Mechanical Background
A minimum of 1-year of experience using hand tools
Desire to Learn Mechanical Skills
You'll need to develop mechanical aptitude and troubleshooting abilities.
Strong Safety Orientation
Develop an understanding of safety practices and procedures in the workplace, such as following lock-out/tag-out protocols. Understand the safe handling of hazardous materials and waste disposal guidelines.
Critical Thinking skills
Be able to apply logical reasoning, analyze data, and evaluate alternatives before making decisions. Be able to problem solve efficiently and effectively in an organized manner. Have the ability to think outside the box when needed. Monitor the progress of tasks against the established schedule and take corrective action when necessary. Understand how to prioritize next steps.
Certification Proves Your Skills
One way to start out in robotics is as a robotics maintenance technician. With an Introduction to Mechatronics and then Level II Mechatronics for Equipment Maintenance courses from Unmudl, you can finish your studies in weeks (even while working another job) and receive your certification.
If you have some experience and believe an industrial technician or maintenance role in mechatronics could be right for you, these courses start you on the path! However, don't stop with these courses. Check out the Lab course for the experience you need to excel!
Robotics courses can prepare you to get the certifications you need! With the Mechatronics for Equipment Maintenance Level II - Virtual Lab course, you get the hands-on specific knowledge you need to really take off in a new career in robotics!
Smart Automation Certification Alliance
Because robotics technician positions are growing so quickly, certification programs are a way to show you have the skills you need to excel in a new robotics career path. One distinguished and widely accepted certification is SACA.
SACA’s Smart Automation certifications "use a modular structure… to fit a wide range of individual needs, industries, and educational environments. SACA offers certifications in three categories: Associate, Specialist, & Professional.
Each certification is stackable, allowing individuals to start with one certification and add other certifications to customize their documented skills. Certifications are occupationally-focused, so they prepare individuals for specific occupations in the world of Industry 4.0."
You can also use mechatronics courses to prepare for SACA certifications in:
- C-201 Electrical Systems 1
- C-203 AC Variable Frequency Drives 1
- C-204 Motor Control Troubleshooting 1
- C-209 Pneumatic Systems 1
Our Unmudl courses in Mechatronics include a series of online modules aligned to SACA certification that explore the field of advanced manufacturing! (3)
You can learn mechatronics with our comprehensive review of electrical, mechanical, motor control, and pneumatic content. The fundamental knowledge and skills needed to maintain and troubleshoot material handling equipment are a few online courses away.
Show employers you're ready to apply for maintenance technician and mechatronics positions!
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Maintaining Robots: Why a Lab Course Matters
Book knowledge and understanding robotics systems on paper and in theory is one thing. However, really digging into the engineering skills you need for a robotics job experience means finding online courses that give you the essential skills you need for a successful career.
Practical experience and problem-solving skills don't happen without learning the hard skills needs for robotics career paths.
With a lab-oriented course, you can build your skills through practice simulations and troubleshooting. You can also fully explore robotics, fluid power, and mechanical, electrical, and motor controls systems.
Unmudl's Mechatronics Lab course is for working learners to complete online in just 40 hours @ 8 hours/week for 5 weeks. You can be on your way to a lucrative and rewarding career in barely more than a month!
After Gaining Your Certifications and Lab Experience
Once you have the skills and experience necessary, look for opportunities to work in robotics. Many companies are open to hiring experienced non-degree holders if they can show that they have the required expertise and qualifications.
Build Your Network
Networking is also essential as it will help you find job opportunities through connections with people already working in this field. Attend robotics conferences, join online forums and follow industry updates on social media to network with the people in your field. Make sure you visit job fairs that focus specifically on robotics as well.
Once you have identified potential employers in the field, getting in touch with people already working is important. Talk to them about their experience and learn about the inner workings of their organization so you can better understand what’s needed for a successful application. Ask how long it took them to gain entry-level positions, what qualifications they had, and any other advice they can offer.
Statistics show that networking is one of the most essential tools for people searching for a job in any field, including robotics.
According to the US Bureau of Labor Statistics, 80% of jobs are found through networking with people already in the industry. This means connecting with people who are already established and knowledgeable about the career path you're interested in pursuing.
It also involves contacting professionals in your desired field and establishing relationships before applying. Knowing key contacts within an organization can be beneficial when it comes to getting your name noticed and ultimately hired.
One way to do this is through LinkedIn, the world's largest professional network. With more than 645 million users, it is a powerful tool for creating and nurturing relationships with professionals in your field.
Reach out to people in your industry, ask questions about their career path, join relevant groups, and share robotics-related content. This will help you expand your professional network and get noticed by employers.
Check Out Jobs in Your Locale and Area of Expertise
Before beginning your educational program of study, ensure there are jobs available in your chosen robotics field in locales where you live and work. It’s also prudent to look into potential career paths, the current job market, and the types of positions within your industry to better understand what kind of role might be best suited for you.
And after your certification and lab courses, keep an eye on the jobs available near you. You can look for open positions on job sites, message boards, and even robotics industry groups to stay in the loop about new openings.
Create Your KnockOut Resume and Cover Letter
Once you have the necessary certifications and courses to qualify for a robotics job, it’s time to create your knockout resume and cover letter. In both documents, emphasize the qualifications and experience necessary for the job you’re applying for.
In your cover letter, demonstrate why you’d be an excellent candidate—explore what makes you unique amongst others with similar experience in the field. Use language that is professional but also shows enthusiasm.
For example, talk about what excites you most about working in robotics, and don’t be afraid to express a genuine interest in being part of the team.
Also, include details of any relevant achievements or awards you may have garnered throughout your career or education that speak to your work abilities.
Finally, ensure the document reflects who you are as a person; this will show employers that they are getting an individual they can depend on with the right skills for their organization.
When writing your resume, ensure it is tailored to the job you are applying for—highlight key skills and experiences, showcase your qualifications, and list any relevant certifications or awards. Your document should also reflect a professional image –applications with typos, poor grammar, or incorrect formatting can quickly get thrown out by potential employers.
Show Your Dedication
Changing into a new field can sometimes cause employers to question your intentions. You're an unknown quantity. One way to offset this issue is to demonstrate your commitment and dedication to the job you seek by showing enthusiasm, willingness to learn, and initiative in taking on personal projects and tasks.
Employers want to know they can count on you when completing tasks and assignments. Ensure you have evidence of your robotics passion and are continually learning and staying involved in groups or doing volunteer projects involving robotics concepts!
Certifications and lab work can help demonstrate your competency and experience in a particular area of robotics. But your passion for understanding the latest trends and advancements in robotics technology can put you ahead of any competition.
The Unmudl Network Brings Robotics Companies and Courses of Study Together for Your Success!
With our Unmudl network of businesses and colleges, it's possible to finish an online course within weeks and find immediate employment with a top company! We bring businesses together with community colleges to benefit your career journey!
With our courses in mechatronics and a business network looking for robotics employees, you can be on your way to a successful career in robotics in a matter of weeks!
- Introduction to Mechatronics
- Mechatronics for Equipment Maintenance - Level II
- Mechatronics for Equipment Maintenance Level II - Virtual Lab
If your current career leaves you feeling unfulfilled and unchallenged, it might be time to switch to the ever-growing field of robotics! With in-demand career choices and a shortage of qualified workers, now is the best time to make the leap into robotics!
Let Unmudl help you get started with our online courses in mechatronics. All it takes is some hard work and a bit of time, and you can start on the path to becoming an expert in robotics!
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