Robotics Engineer: Design, Code & Deploy Smart Robots

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Overview

This career can be described as a skilled professional dedicated to the design, development and maintenance of robotic systems
. Robotic engineers possess proficiency in areas such as mechanical engineering, electronics and computer science, allowing them to create robots capable of performing a wide range of tasks.

This profession is particularly well-suited for individuals with a passion for technology, problem-solving and innovation. If you find yourself intrigued by AI advancement, or thrive on examining the intricate workings of a fresh device, the field of robotics and automation may be a good career path for you.

553,052

Number of industrial robots installed in factories around the world as of 2022 (See disclaimer 1 )

Robotic engineers are a type of mechanical engineers who focus on everything from building, testing and maintaining robots to developing new interfaces for interacting with them. These engineers strategize the implementation of sensors in robots to detect various stimuli, such as light or scent, and they devise the integration of these sensors into the robots' designs. (See disclaimer 2 )

These engineers play a crucial role in the development and innovation of robotics, engaging in a wide range of activities that push the boundaries of technology and automation.

The World Robotics Report of 2023 highlights a landscape of continuous growth within the robotics sector, particularly noting a remarkable 48% increase in new professional service robots, totaling 158,000 new units in factories as of 2022. (See disclaimer 3 ) In 2023, the industrial robot market is expected to grow by 7% to more than 590,000 units worldwide. (See disclaimer 1 )

Below are common tasks routinely undertaken by robotic engineers.

Design and Develop Software

These engineers use programming languages such as Python, C++ or Java to develop software to control robotic systems.

Design Robotic Systems

Using mechanical design principles and proficiency in Computer-Aided Design (CAD) software, robotic engineers design robotic systems, including mechanisms and structures.

Integrate Sensors

Robotic engineers integrate various sensors such as LiDAR, cameras, IMUs (Inertial Measurement Units) and proximity sensors into robotic systems for perception and environmental awareness.

AI Integration

They utilize machine learning techniques and artificial intelligence algorithms for tasks such as perception, object recognition, decision-making and autonomous navigation.

Debug Control Algorithms

Robotic engineers are often tasked to help regulate robot motion and behavior.

Document Design Processes

They record design procedures, test outcomes and system setups to serve as references for future endeavors and replication purposes.

Education

Taking relevant coursework, gaining hands‑on experience through research and internships, and participating in robotics clubs and workshops may help you stay updated on advancements in the field. Continuing to develop strong problem‑solving and communication skills is essential for this field.

Engineers who offer their services publicly are required to obtain licensure in all states and the District of Columbia, which may require a passing score on the Professional Engineering (PE) exam. (See disclaimer 4 ) Many states may also require engineers to undergo annual continuing education to renew their licenses. (See disclaimer 4 )

High School Diploma

In high school, those with aspirations to become robotic engineers can take STEM courses, join robotics clubs and participate in competitions to gain hands‑on experience. Additionally, exploring…