Skills Needed for a Career in Robotics (2024)

Creative Thinking Skills

Not many people are aware of this, but robots play an important role in the day-to-day operations of various industries worldwide, including construction, retail, agriculture and healthcare. It is for this reason that roboticists are in great demand these days. As revealed by Indeed, the average salary of a robotics engineer can be up to $100,000 a year!

Aside from being a robotics engineer, there are several other roles that you can take up when working in the robotics industry. But regardless of which role you have chosen to apply for, you must have the right skills to achieve a career in robotics. Here are the skills that anyone should have when working in the robotics industry.

Skills Needed for a Career in Robotics (1)

1. Problem Solving Skills

Knowing how to design and build a functioning technical system is important in robotics, but it's also important to be able to figure out why the system is not working properly. If it is a mechanical issue, you should be able to apply the best practices to repair or solve the problem. But if the problem relates to the software, then you should know how to detect any bugs from in code, which requires testing and the use of logic.

Problem-solving is a skill that’s not only useful in robotics. In fact, this is highly sought after by employers in a wide range of industries since they rely on their employees to identify problems and to resolve them. Sometimes, it is not immediately clear what the issue is, but you should be able to apply your problem-solving skills to assess the situation and come up with a suitable solution as quickly as possible.

Companies involved in robotics prefer to hire people with good problem-solving skills. These are people who can carefully investigate the problem and identify potential solutions to remedy the situation. They are the best employees to hire in complex industries like robotics since they can be relied upon to find effective solutions to the complicated problems that the industry must deal with every single day.

2. Electric Soldering Skills

Robotics is an interdisciplinary field that has a varied area of study - mechanical, industrial, computer science, and electrical engineering. When working in the electrical area of robotics, soldering is an important skill that you need to have. This basically refers to the process of connecting metals through a fusion of alloys in a low melting point.

In robotics, you might be required to work with a soldering robot that can perform a designated task through a custom program. Therefore, you must be familiar with the soldering process. Soldering is also used to attach components into the circuit, which is why it's an important skill to master.

Electronic devices used in robotics are often made of separate and distinct components that include resistors, capacitors, transistors, and LEDs. Each of these components performs an essential function. By joining them together using the electric soldering method, you will be able to build different types of electronic devices, including computers, gaming devices, and televisions.

3. Critical Thinking

To think critically means using rationality in deciding what to do in certain situations. People who can engage in critical thinking are independent, reflective, and competent. When you practise critical thinking in the workplace, you are logically connecting ideas, evaluating arguments, and looking for errors and inconsistencies in your work and that of others.

To be able to think critically is an important skill for robotics professionals. This skill is very useful for solving all sorts of problems, such as deciding whether to use an existing component in a new manner or coming up with a brand-new component altogether. Basically, critical thinking is the ability to think rationally and understand the logical connection between ideas.

Being a good roboticist means you should be able to continually make engineering-related decisions. This could include deciding what method to use to program the robot or how many fingers to give the robot. Working in robotics will require you to face so many choices every single day, but you should be in a better position to weigh certain issues and choose the best solutions. Your critical thinking skills will give you the ability to use logic and reasoning in weighing the pros and cons of every solution.

4. Computer and Software Skills

As mentioned, robotics is an interdisciplinary field. You need to possess various skills if you are interested to work in this industry, including computer and software skills. Depending on the role that you will take up, you may need to perform computer programming, whether you are working on low-level control systems or as a computer scientist that designs high-level cognitive systems. As a roboticist, you will be involved in every state of the programming abstraction, but you will mostly be dealing with hardware and electronics.

Some robotic engineers may also need to possess knowledge in Computer-aided design (CAD). These are engineers who are involved in designing and improving the blueprints of robotic systems with the use of innovative 3D modelling programs, such as Blender, AutoCAD, Inventor, and SolidWorks to come up with plans and schematics. Depending on the area they are assigned, a robotics engineer may need to develop software and processes that will dictate the functionality of the robotic systems. Thus, the knowledge and skills in computer and software are a must in terms of a smooth application process through the robotics engineering jobs market.

5. Decision Making Skills

A good roboticist should be able to continually make engineering decisions. For instance, you should be able to decide the right method to program your robot or the right sensors to use. Remember that when working in the robotics industry, you will be faced with so many choices and yet there is almost no correct answer. But given your wide knowledge base, you should be in a better position to solve these issues compared to other engineers in a more specialized field.

Judgment and decision-making and problem-solving skills are both essential when working for a career in robotics. Having analytical thinking skills will help you to evaluate issues from various perspectives. Sometimes, you may need to use logic and reasoning in weighing the strengths and weaknesses of every solution. This is where critical thinking comes in.

About the Author

This article was provided by Samuel Frank Associates, experts in automation, controls, and robotics engineering for the manufacturing sector.

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Time Management Skills
Transferable Skills

See also:
Ten Skills You Need for a Successful Career in the Engineering and Technical Sectors
How Soft Skills Can Help YouGet Ahead in a Tech World

Skills Needed for a Career in Robotics (2024)

FAQs

What skills do you need to become a robotics engineer? ›

Skills and knowledge

knowledge of computer operating systems, hardware and software. maths knowledge. design skills and knowledge. complex problem-solving skills.

What do I need for a career in robotics? ›

A robotics engineer must have a minimum of a Bachelor's Degree in Engineering, such as in electrical, mechanical, industrial or electronic engineering. Some schools offer a robotics engineering program, which includes studying CAD/CAM systems, hydraulics, integrated systems, pneumatics and other related subjects.

What skills do you need to be a robotics teacher? ›

To become a robotics instructor, you need to have a strong background in robotics, as well as the ability to communicate effectively and inspire others. You should have a degree or certification in robotics, engineering, computer science, or a related field, or have equivalent experience and knowledge.

What programming skills do you need for robotics? ›

Strong Programming Skills

Robotics developers need to have a solid understanding of computer programming languages such as C++, Python, and Java. These languages are used to write the code which controls the robot's behavior and movement. It is also helpful to have experience with robotics-specific libraries.

What skills do you learn in first robotics? ›

FIRST Robotics Competition teams get to:
  • Learn from professional engineers.
  • Master STEM skills.
  • Learn and use sophisticated software, hardware, and power tools.
  • Build and compete with a robot of their own design.
  • Improve teamwork, interpersonal, and communication skills.
  • Compete and cooperate in alliances and tournaments.

What is the highest paid job in robotics? ›

What are Top 5 Best Paying Related Robotics Jobs in the U.S.
Job TitleAnnual SalaryMonthly Pay
Robotics Research Scientist$130,117$10,843
Senior Robotics Engineer$126,557$10,546
Robotic Software Engineer$124,523$10,376
Electrical Engineer Robotics$111,091$9,257
1 more row

Do you need to be good at math for robotics? ›

Robotics engineers, like any other professions in the engineering discipline, will need to be strong in math and sciences. However, most people think that engineers are just whizzes at math and science from the get- go, but that's rarely ever the case.

How can I improve my robotics skills? ›

The first step to enhance your robotics education and training is to learn the basic concepts and principles that underlie the design, operation, and programming of robots. You should familiarize yourself with the fundamentals of mechanics, electronics, sensors, actuators, control systems, and algorithms.

How can I be good at robotics? ›

If you want to learn robotics, the best way to do so is developing develop proficiency in computer science, coding, physics, and linear algebra. From there, you can take robotics classes, participate in clubs and competitions, and build on your basic robotics abilities to strengthen your skills over time.

What skills do you need for electrical engineering robotics? ›

Electrical engineering also equips you with the skills and knowledge to use various tools and software that are commonly used in robotics. These include hardware tools, such as soldering irons, multimeters, oscilloscopes, and logic analyzers, that help you build and debug the robot's hardware.

Is Python or C++ better for robotics? ›

C++ is particularly useful in robotics because it allows direct access to hardware, making it possible to write low-level code for sensors, actuators, and other components. This makes it an ideal choice for building complex robotic systems.

What are the 4 types of robotics? ›

Common Types of Robots
  • Autonomous Mobile Robots (AMRs) AMRs move throughout the world and make decisions in near real-time as they go. ...
  • Automated Guided Vehicles (AGVs) ...
  • Articulated Robots. ...
  • Humanoids. ...
  • Cobots. ...
  • Hybrids.

Should I learn C or C++ for robotics? ›

In general, C is used if a robotics device has memory limitations and C++ is used to program devices without any memory limitations.

Is robotics engineering hard? ›

Becoming a robotics engineer can be challenging. Good engineers need a variety of skills depending on the type of engineer they become. For example, a software engineer should have an understanding of computer science. They must know data structures, AI algorithms, and other computer science topics.

Is robotics engineering hard to get into? ›

Robotics engineers typically have several years of experience before a company hires them. If you want to make yourself more competitive, getting as much hands-on experience as possible is advisable. Having experience will allow you to develop your skills and knowledge in the field.

Do you need coding for robotics engineering? ›

Focus on learning the essential skills for robotics engineering, such as programming (in languages like Python, C++, or ROS), electronics, mechanical design, and control systems. Online courses, tutorials, and community college classes can be great resources for learning these skills.

Do you have to be good at math to be a robotics engineer? ›

Robotics engineers, like any other professions in the engineering discipline, will need to be strong in math and sciences. However, most people think that engineers are just whizzes at math and science from the get- go, but that's rarely ever the case.

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