How to Start a Career in Robotics?

6 Important Steps to Build a Career in Robotics

How to start career in robotics?

Robotics has emerged as one of the most popular buzz words of the 20th century. Cyborgs replacing humans has been one of the wildest fantasies that have driven scientists for years. Who can forget the robots from retro movies and TV shows such as Bubo in Clash of Titans, Vicki from Small Wonder, RoboCop in the movie of the same name. Although these robots have been part of the folklore that inspired kids for several years, you would be amazed to know that many of them exist in reality! They are being hired in many business organizations across the world. The following are a few robot-related facts that may amaze you.

  • According to McKinsey, almost 88% of businesses worldwide soon plan to adopt robotic automation.
  • Collaborative robots (cobots) will constitute the major robotics sale by 2025.
  • ABI Research predicted that over 40,000 cobot units will be sold by 2020.
  • A report by IMARC Group says that there are more than 12 million robot-driven units used across the world.
  • The military robotics industry will reach $16.5 million by 2025.
  • The market for collaborative robots will increase at CAGR of 28.6% every year until 2030.
  • A research by Loup Ventures suggests that the industrial robotics market will grow by 175% in years between 2020 to 2030.
  • An analysis by Deutsche Bank suggests that Amazon cobots – Kiva have helped the company to save as much as $22 million in operational costs across their warehouses.

Finally

According to the New York Times, today, robotics employs more than 150,000 people in various assembly and engineering-related jobs worldwide. Career Explorer suggests the robotics job market will grow by 6.4% between 2016 to 2026. Do all these make you think or re-think about pursuing a career in robotics? If that sounds yes, this post introduces you to tips that will help you reach your goal.

6 Steps to Build a Career in Robotics

 

  1. Choose School and High School Subjects Wisely: It can be rightly said that the path to robotic engineering is paved during the school days. The following are some essential subjects that you need to learn at the school level to begin with robotics.
    1. Physics: It introduces you to diverse concepts about mechanics, energy, systems, and material science, which are important sub-topics in robotics.
    2. Mathematics and Statistics: Gaining a basic understanding of different concepts in geometry, algebra, trigonometry, and statistics will be helpful because they make the core of robotics.
    3. Technology and Design: Under this, you can learn product designing, graphic designing, manufacturing, and technological studies.
  1. Take a Bachelor’s Degree in Robotics Engineering: A Bachelor’s Degree in Robotics Engineering from a recognized university or institution is one of the important requisites for starting a career in robotics. You can also find robotics engineers specializing in degrees such as mechanical engineering, industrial engineering, and electrical engineering. Since robotics is a cross-disciplinary field, these courses prepare you for different aspects of robotics. A Master’s degree or PhD in Robotics Engineering is required for professional eyeing senior positions.

 

  1. Learn Programming Languages: What language does a robot speak? A robot can be programmed in different languages. The following are the top 7 programming languages used in robotics.
    1. C/C++: They are one of the most comprehensive yet mature programming languages used by roboticists. Many hardware libraries used in robots employ either of these languages.
    2. Python: This is one of the most in-demand programming languages used by robotics engineers. Ease-of-use, interoperability, and comprehensive libraries make Python a preferred language for robotics engineers.
    3. R: This language is mostly preferred for statistical modelling research. It features different packages such as Tidyverse that enable users to import, visualize, manipulate and report data easily and effectively. These packages can be handled by anyone with or without programming expertise.
    4. Java: This is an interpretative language, which forms the core of several AIs such as AlphaGo and Watson. The Java Virtual Machines (JVM) interprets the code during the runtime, so you can use it across machines.
    5. C#/.NET: The language is widely used in virtual reality engines, and is quite popular right now.
    6. MATLAB: The programming language is employed for data analysis and control system development. MATLAB offers a robotic toolbox and it is offered as a part of several robotics courses.
    7. Hardware Description Languages (HDLs): These languages are used to drive the electronics in robotics systems. They are used to create robotic electronic prototypes.

Many of these languages are taught as the part of engineering, however, for others, you can join programming courses online. Today, you can choose between free and paid online programming courses. However, free courses have their limitations, as there is no one to guide you and most times, you have to learn by yourself. However, paid courses conducted by industry experts can serve you in many ways. You can clarify your doubts with the trainers, or even interact with other people attending the courses and share your ideas.

  1. Understand the Different Robotics Career Options and Their Requirements.
    Robotics engineer is the most common career option for people eyeing a career in robotics. Having said that, not all robotics engineers have same job profiles. Their roles and responsibilities largely differ.

    1. Robotics Programmers: They are responsible for programming critical business functions in a robot.
    2. Robotics System Engineers: They employ Computer-aided Design C(CAD) and Computer-aided Manufacturing (CAM) to design, as well as develop robotic systems.
    3. Robotics Design Engineers: They are responsible for designing and developing robots as per the specifications using different tools and software. They are also known as automated product design engineers.

In addition to these engineers, the employers also hire for the following jobs:

  1. Robotics Perception and Navigation Specialists: Their job involves fusing and transforming data from LIDAR, stereo cameras, and IMUS. Generally, employers hire professionals specializing in mobile robotics and machine vision.
  2. Machine Learning Specialists: As the name suggests, these professionals usually develop and apply Machine Learning analysis for different complex scenarios in robotic applications.
  3. Technicians: They are maintenance and repair technicians who can build and repair robots.
  4. Robotics Sales Engineers: They are the people who finally sell the product to potential customers. A sales engineer must know everything about the product while pitching the customer. He must be able to map the client requirements with the product and customize accordingly.
  1. Do Extra Homework and Be Active: Joining any reputed online course in robotics is not enough. You need to be active in different groups. Networking is one of the best ways to inch closer to your goal. It offers you opportunities to interact with like-minded individuals. Similarly, you can apply for robotics internships at different engineering and AI companies; enter into robotics competitions; or even visit the NASA Career Corner to get some tips on how to begin a career in robotics by engineers and scientists at NASA.

 

  1. Acquire Skills that Employers May be Looking For: As seen, robotic job profiles have different requirements. However, there are certain skills that you need to have to get hired. Some of these skills come naturally, whereas others you need to cultivate.
    1. Be a systems thinker: A roboticist must understand how a system thinks, acts, and behaves in different conditions.
    2. Focus on technology design: A roboticist shares several similarities with a civil engineer. How? Both design systems or structures that speak. A good roboticist must be able to design systems that not only work but also stand for itself. If the system is not working, a roboticist must be quick enough to grasp the problem and suggest the solution.
  • Be a knowledge hunter: Building robots or programming them is not easy, you must be ready to learn, implement, and rectify whenever needed.
  1. Be a problem solver: We humans have certain limitations when it comes to working. A robot is ideally supposed to work in all conditions, but that may not be the case. So, if your robot stops working it is important to analyze the reasons or causes for failure and fix them before the issue escalates.

While reading through the post, you may have realized how robotics challenges you to stay updated always. It is one of the fastest evolving technology domains, and thus makes one of the most promising career options, too. However, staying updated or staying educated doesn’t always mean you have to visit the college or join full-time courses. Perhaps, you can consider robotics courses offered by experienced experts on Guruface. It doesn’t matter whether you are a beginner, an intermediate, or an expert – the robotics always presents big challenges. Understanding this, Guruface offers courses that target beginners, intermediate, and expert-level learners. You can seek these courses in trainer-led and self-paced mode. The trainer-led courses also offer scope for exploration, analysis, and critical thinking through assignments, discussions, projects, and exams. Do you think that interests you? If yes, you can visit Guruface Academy to check the different courses. You can get in touch with our team today to get more details of these courses.