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Are you searching for a robotics technician job description? Get to know about the duties, responsibilities, qualifications, and skills requirements of a robotics technician. Feel free to use our robotics technician job description template to produce your own robotics technician job description. We also provide you with information about the salary you can earn as a robotics technician.

 

Who is a Robotics Technician?

A robotics technician is someone who constructs, installs, tests, maintains, and fixes robotic equipment. Robotics technicians offer competent maintenance throughout a robot’s lifespan to extend the robot’s use and promote higher productivity. They play a crucial role in the team that creates robotics. The field of technology known as robotics is concerned with the development, engineering, manufacture, use, and application of robots as well as computer systems for their control, sensory feedback, and information processing. These innovations deal with automated devices that can replace people in hazardous settings or production procedures or that mimic people in terms of appearance, behaviour, and/or intellect. Robotics engineers are sometimes known as automation engineers or engineers of remote systems. Robotics technicians work with engineers to design, create, and maintain robotic systems. Computer programming is combined with mechanical, electronic, and robotic systems. As a result, robotics professionals need to have a wide range of knowledge. To maintain the equipment’s proper operation, they must be knowledgeable in electronics, hydraulics, and pneumatics. To do fundamental software upgrades and troubleshooting, they also need to be familiar with the underlying programming.

Robotics technicians support engineers in the creation, installation, operation, testing, and maintenance of robots, robotic devices, and robotic systems. At every stage—from design and development to production, testing, and operations—they offer their opinion. They are frequently in charge of installation as well as ongoing upkeep and repairs. Along with the necessary technical skills, customer service skills are a requirement. Part of the job involves inspecting potential installation sites to make sure they are suitable. Additionally, robotics specialists must be able to understand, follow, and write user-friendly technical instructions. The individuals who work closely and directly with production robots daily are robotics technicians. To avoid more serious issues in the future, they maintain and debug the robots as well as run them. They are also knowledgeable about safety procedures and how to wear PPE near machines. A technician’s duties frequently involve operating robots. Robots need programs to direct their actions because they are autonomous. That implies that the technician is in charge of interfacing with software to instruct the robots. This may require a little light programming in addition to interfacing with the various robot user interfaces or PLC (programmable logic controller) software. Another significant aspect of a robotics technician’s employment is maintenance. The technician can make sure that there are no issues with the robot’s operation by routinely monitoring the temperature and power distribution. When an issue does arise, the technician can identify its root and communicate it. Future major system failures and even process shutdowns should hopefully be avoided by early detection of operational abnormalities.

Before one can work as a robotics technician, there are a few requirements to accomplish. The majority of technician positions demand at least an associate’s degree in robot technology or a closely related field. If an applicant has two years or more of robotics expertise, some businesses will even accept them with just a high school diploma. Some businesses will even hire individuals with only a high school diploma and help them advance their skills by enrolling them in a two-year training course. Getting an associate’s or bachelor’s degree is the quickest path to finding a job in robotics. Strong math and science abilities are a need for a robotics specialist because these subjects form the foundation of robotics.

Robotics specialists also need to be proficient in troubleshooting, monitoring, systems analysis, repairing, and programming. Robotics specialists need to be knowledgeable in both theoretical and experimental approaches to robotics engineering. One needs more than simply a working knowledge of robots and technology to become a robotics technician. Robotics technicians work in the customer service industry in addition to the robotics industry. A robotics technician requires excellent speaking, listening, and most importantly, patience abilities. Chances are that the person contacting about a damaged robot does not know anything about robotics and may find the robot to be quite confusing if they are installing or fixing a robot. With these clients, a robotics expert must be patient and willing to explain robotics in simple words. Customer happiness is crucial, and technicians should make sure that they are aware of how the customer uses the robot. Robotics technicians must have good hearing, colour vision, and eye-hand coordination. The technician must be able to hear even the slightest variations in noise or appearance when working on machines because they could be indicative of a larger maintenance problem. Additionally, the technician’s accuracy when installing the machine depends on their eyesight.

 

Robotics Technician Job Description

What is a robotics technician job description? A robotics technician job description is simply a list of duties and responsibilities of a robotics technician in an organization. Below are the robotics technician job description examples you can use to develop your resume or write a robotics technician job description for your employee. Employers can also use it to sieve out job seekers when choosing candidates for interviews.

The duties and responsibilities of a robotics technician include the following:

• Research and develop new robotics technologies to enhance the functionality of current robots or create new uses for them.
• Test new robotic designs in simulations or prototypes to verify they work as intended.
• Investigate issues with current robotic systems and make any required corrections or adjustments.
• Keep up with and make repairs to current robotic systems, including their digital controls, mechanical arms and legs, sensors, and other parts.
• Inspect the installation locations.
• Install fresh robotic equipment on tracks or in fixed locations.
• Change the movements of a robot that is controlled by a computer.
• Construct or put together robotic systems or equipment.
• Keep track of your resources for production, such as cables and sensors.
• Develop robotic path motions to increase productivity, security, and quality.
• Keep track of the maintenance done on robotic machinery or automated production lines.
• Create housings, jigs, fittings, or fixtures with the aid of metalworking equipment.
• Document robotics test procedures and results.
• Install and maintain the software used in robotics applications, including operating systems, programming languages, and other applications.
• Create simulations in three dimensions of automation systems.
• Connect the controllers using wires.
• Aid engineers in the creation, arrangement, or use of robotic systems.
• Maintain robotic systems or parts by performing preventative or corrective maintenance.
• Teach clients or other staff members how to install, use, or maintain robots.
• Create complicated robotic systems, like vision ones.
• Use fixtures, templates, hand tools, power tools, and/or microscopes to align, fit, or assemble parts.
• Understand microprocessors, programmable controllers, electronics, circuit analysis, mechanics, sensor or feedback systems, hydraulics, or pneumatics to troubleshoot robotic systems.
• Train robots to perform simple or difficult tasks using artificial intelligence software or interactive training methods, such as creating and carrying out a series of iterative tests on chemical samples.
• Test the performance of robotic assemblies utilizing devices like oscilloscopes, electronic voltmeters, or bridges.
• Install, program, or repair programmable controllers, robot controllers, end-of-arm tools, or conveyors.
• Disassemble and reassemble robots or ancillary equipment to make repairs, such as the replacement of faulty circuit boards, sensors, controllers, encoders, and servo motors.
• Analyze the effectiveness and dependability of industrial robotic systems, reprogramming or calibrating for maximum quantity and quality.
• Use robots to carry out specialized duties, including environmental cleanup or explosive detection missions.
• Maintain robots routinely by lubricating moving parts and replacing worn-out parts.
• Develop designs for fresh robots or enhance current ideas depending on suggestions from superiors or clients.
• Install, repair, or maintain robots for industrial or commercial applications like welding, painting, material handling, or assembly line tasks.
• Analyze sensor data from robots and make adjustments to enhance performance.

 

Qualifications

• An associate or Bachelor’s Degree in automation, mechanical, robotics, or electrical engineering is required.
• At least 2 years of experience in the position or a related one.
• In-depth knowledge of robots and robotics
• Outstanding interpersonal skills
• Both verbal and written communication skills are needed
• Applicants must possess the ability to develop mechanical and electrical systems.
• Working skills in programming systems and writing software.
• Programs drafting proficiency is required, especially in AutoCAD.
• Excellent creative, problem-solving, and analytical skills.
• Ability to engage in advanced mathematical concepts.
• Ability to function independently and as part of a team when needed.

 

Essential Skills

• Problem-solving skills: Robotics technicians troubleshoot and pinpoint problems with robotics systems using their problem-solving abilities. They employ their problem-solving abilities to locate the issue’s root cause, look for potential fixes, and then put those fixes into action. They also troubleshoot and fix robotics systems using their problem-solving abilities. Robotics engineers design and create machinery and spend a lot of time fixing it. To find any problems with these robots and develop strategies to address them, they need significant problem-solving abilities. Problem-solving abilities are essential for robotic engineers to have because sometimes the cause of the issue is not immediately apparent.
• Attention to detail skills: The capacity to notice subtle details and make necessary adjustments is known as attention to detail skills. To make sure they are putting together a robot correctly, robotics professionals need to pay close attention to every detail. They should be able to read schematics and diagrams to determine where each component should be placed. When debugging a robot, accuracy is also crucial. To avoid harm to the robot or nearby equipment, a robotics expert should be able to pinpoint the exact cause of a problem promptly. As a robotics technician, you might have to check complex components of machinery or software systems to make sure they work as intended. This ability can assist you in predicting future problems before they arise and lower risks for your business. It also guarantees that you give other technicians or engineers accurate information when you describe how machines operate.
• Pneumatical skills: The use of air pressure to move objects is known as pneumatics. When working with robotics, robotics specialists typically need to understand how to operate and maintain the pneumatic systems that robots use to move. An automated production line with robotic arms transporting items from one location to another, for instance, could require a specialist to maintain it. A competent technician who is familiar with pneumatics must perform maintenance on the system’s many types of equipment, including valves, pumps, and compressors.
• Creativity skills: Robotics technicians use their creativity to come up with solutions to issues. They frequently deal with sophisticated technology that needs specialized methods, therefore they must be able to think creatively. When developing new systems or fixing old ones, robotics specialists also apply their creativity. This ability enables them to devise novel ways to raise a system’s efficiency or lower its price.
• Robot programming skills: Robots are intricate machines that need programming to operate. Robot software is created and modified by robotics professionals using their expertise in computer programming languages like C++ or Java. They also program robots for clients by entering commands into the operating system of the device.
• Working knowledge of machines: Robotics technicians work with a range of machinery, including mechanical, electrical, and computer-operated equipment. They must be aware of how these devices operate and how to fix them when they malfunction. To analyze and maintain robotics systems, this skill is crucial.

 

How to Become a Robotics Technician

Step 1. Earn an associate’s or bachelor’s degree

To pursue a career as a robotics technician, you must first earn an associate’s or bachelor’s degree in a relevant subject. The majority of technician positions demand at least an associate’s degree in robotics or a closely related field. If an applicant has two years or more of robotics expertise, some businesses will even accept them with just a high school diploma. Some businesses will even hire individuals with only a high school diploma and help them advance their skills by enrolling them in a two-year training course. Getting an associate’s or bachelor’s degree is the quickest route to landing a job in robotics. A degree in robotics technology includes a wide range of robotics-related courses. A significant portion of the degree focuses on applying precise mathematics to the design and programming of electrical, mechanical, and hydraulic systems. The majority of associate degrees will also emphasize microprocessors, hydraulics, pneumatics, electronics, computer-aided design and drawing, and manufacturing. Robotics technology, electrical engineering, automation engineering, electromechanical instrumentation and maintenance, electromechanical engineering technology, and instrumentation technology are some of the majors you can choose from. Your ability to do responsibilities in this role will be prepared by the courses you can take in these programs.

Step 2. Acquire experience

It could be advantageous to pick up some extra experience while you’re a student. An internship application falls within this category. You can build relationships with other industry professionals while you’re at the internship and broaden your network. When you later apply for jobs, this may come in handy. Additionally, you can use what you’ve learned in your courses while learning from professionals during your internship, which may lead to receiving feedback from individuals you are working with. The criticism can help you get better at what you do. In this position, expertise is crucial since robotics specialists with extensive training can instruct new technicians. This professional path opens up the possibility of teaching positions in a community college or vocational school. They might even be hired by a business engaged in robotics to instruct new technicians.

Step 3. Grow your network

It is advantageous to grow your network because it can support you when you’re looking for jobs and new chances. You can achieve this by connecting with people in your business on professional social media networks. Maintaining your network requires doing things like inviting them for coffee dates or sending them online messages to catch up. With your classmates or if you apply for an internship, you could also broaden your network while you’re still in school.

Step 4. Build a portfolio

Making a portfolio of your abilities and accomplishments to show hiring employers is important. To help you draw the interest of businesses, include a link to the portfolio in your CV and on your professional social media networks. Additionally, it can demonstrate your professional skills and strengths, which can aid employers in determining whether you’re a good fit for the position.

Step 5. Apply for Jobs

You can apply for positions as a robotics technician in several venues, including job board websites. You can utilize job board websites like Indeed to aid in your job search using your criteria. By selecting your preferred region, salary range, and educational level when utilizing the site, you may focus your search. Ask your family and friends to assist you in getting ready for interviews while you seek jobs. You can rehearse your responses and get the other person’s input by doing this. Because you prepared for the interview beforehand, you might discover that this helps to set you apart from other professionals with comparable credentials.

 

Where to Work as a Robotics Technician

Robotics technicians are usually employed in factories, R&D facilities, and industrial plant settings. They collaborate with engineers and other technicians to develop, create, test, and maintain robots and robotic systems. Most robotics technicians work a full-time schedule, while others may put in extra hours. They might have to put on safety gear including gloves, safety glasses, and earplugs because they might be exposed to loud noises and potentially dangerous materials. Robotics technicians frequently collaborate with other people and must be good communicators. They must be able to work independently and carefully adhere to directions.

 

Robotics Technician Salary

In Nigeria, a Robotics Technician normally makes roughly 2,952,000 NGN annually. The wage scale runs from 1,560,000 NGN at the minimum to 4,488,000 NGN at the maximum. The salary range for a robotics technician in the United States typically ranges from $51,523 to $67,162. The average salary is $58,814 per year. Salary ranges might differ significantly based on a variety of significant aspects, including schooling, credentials, supplementary talents, and the length of time you have been in your career.

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