- Robotics Engineer
Who is a Robotics Engineer?
Robotics and other combinations will make the world pretty fantastic compared with today~ Bill Gates
We have all witnessed or been part of debates like, “Will robots replace humans?” They may or they may not but, one thing's for sure that a robot comes into existence due to the tireless efforts of robotics engineers. The field of robotics is very exciting and if you wish to create something as good as a humanoid robot or a pre-programmed robot, then choosing the field of robotics engineering is the right choice for you. This field is booming at the moment. Engineers are putting in efforts to enhance the robot mechanism and you can be one of them too. Robotic engineers are behind the scenes designers who are responsible for creating robots and robotic systems that are able to perform duties that humans are either unable to complete or prefer not to do by themselves.
Robotics engineering acts as the bridge between mechanical engineering, electrical engineering, computer science and even psychology. Robotics engineers work with computers and automated machines in technology-driven environments. They use CADD software to create blueprints and schematics for robotic systems. Robotics engineers specialise in two categories: few who focus on mechanical machine aspects and few who focus on the intelligence and sensory aspects. They also conduct research to find the most cost-efficient and safest process to manufacture robotic systems.
Robotics Engineer in a Nutshell
Robotics is the branch of mechanical engineering, electrical engineering and computer science engineering that deals with the pattern, construction, operation, and application of robots, as well as computer systems for their control, sensory feedback, and information processing. The three most important 'programming' skills for robotics engineering are abstraction, pragmatism, and adaptability. Robotics engineers will change the entire world in the upcoming decades, with the inventions of new robots.
Quick Facts for Robotics Engineer
Male, Female, Others
This profession is suited for both the genders as robotics is a less competitive field because very less number of people choose to do it in India.
Any special needs
Table of Contents for Robotics Engineer
What is the role of Robotics Engineer?
Robotics engineers are responsible for designing, testing, and building robots that are productive and safe to operate. They also see the fact that the robots should be economical so that it is easy for people to buy and maintain it. To complete their tasks robotics engineers use software like computer-aided design and drafting and computer-aided manufacturing (CADD/CAM).
Robotics engineers who apply the robotic system to a particular use on a manufacturing assembly line are called robotics test engineers. Robotics engineers must determine the particular need of each application and customize the robots accordingly. Robotics engineers also prepare specifications for the robot’s capabilities as they relate to the work environment.
A robotics engineer performs research activities into the functionality, design, operation, or efficiency of robotic systems, devices, or machines including circular rovers, and several robotic devices. Solid research work is essential in the field of robotics.
Develop software solutions
A robotics engineer develops several software robotics structures for the purpose of environmental clean-up. This approach helps in reducing several health risks because of the dangerous substances used, or to boost the clean-up process in an efficient manner.
A robotics engineer constructs industrial robot systems in order to improve the accuracy of manufacturing in automated RNA (ribonucleic acid) analysis and also of assembling of material resources. This is done to improve the efficiency in the manufacturing units of the organisation.
A robotics engineer studies write, examine, and interpret several schematic and analytical and technological methodologies. In addition, robotics engineers write software, they are responsible for building electronic components, as well as design elements' mechanisms.
The models and robotic devices that are developed are studied and tested by robotics engineers. It is typically a never-ending process because technologies continue to evolve as well as expand on a daily basis and it is important that a robotics engineer is up to date with all the changes happening in the technological world.
Types of a Robotics Engineer
Robotics technicians: Robotics Technicians work as part of the team that produces robots. They assist in manufacturing, mechanical, and electronics engineers in all phases of robotic design, development, production, testing, and operations. They build, install, test, or maintain robotics equipment or related automated production systems. They also repair or replace defective circuits, sensors, controllers, encoders, and many more.
Mechanical engineers: Mechanical engineers are involved in every aspect of designing and creating mechanical devices including robots. A major part of a mechanical engineer’s work in robot design is planning and placing sensors that allow the robot to detect things like lights. These engineers test and refine the completed robot until it works as planned.
Aerospace engineers: The main objective of aerospace engineering is to produce and maintain things such as airplanes and spacecrafts, These technicians programme advanced robotics equipment and ensure the proper functioning of the equipment.
Electromechanical technicians: An Electromechanical technician specializes in working with robots as well as other equipment that are operated remotely like drones. They make sure that the equipment is the proper functioning of the equipment that they work with and also perform routine maintenance on robotics equipment.
Also read - Career as an AI developer
What is the workplace/work environment of Robotics Engineer like?
Robotics engineers and technicians may work either for a robot manufacturing company or a company that uses robots. Most companies that manufacture robots are relatively clean, quiet, and comfortable environments. Engineers and technicians may work in an office or on the production floor which is similar to any other profession.
Does Robotics Engineer require travelling?
The career does not require travelling as robotic engineers work in offices and production floors. Robotics engineers are least likely to travel to any research institutes for an exhibition programme or meeting with clients.
Industries in robotics engineering hire robotics engineers only on a full time basis. The industry requires robotics engineers to work responsibly for more than full time hours to meet the deadlines of the projects.With more and more demands of robots in the world robotics engineers work more hours than their normal hours to meet the deadlines of the projects. There are no options of part time or work from home as the career requires physical presence of engineers to complete the projects. Robotics engineers are often required to attend the on call situations when working on complex projects.
Robotics engineers are hired on a permanent basis as this is the requirement of the profession. Companies hire robotics engineers on a permanent basis as the job requires robotic engineers to be constantly working in order to meet the deadlines of projects. So contractual basis employment is not at all present in this career.
Robotics engineers and technicians work in an office or on the production floor that are relatively clean, quiet, and comfortable environments. Robotics engineers work in a regular shift of nine to five on weekdays. Robotics engineers usually work forty hours per week. They might also have to work overtime, when working on complex projects or while meeting deadlines of projects. Robotics engineers often work longer hours more than a regular to complete projects on time.
Presence in Geographical Area
The robotics engineering industries are present only in urban areas. The reason behind this is because advanced equipment used in robotics engineering are easily and only available in urban areas. Urban areas fulfill the demand and supply robotics engineers with the huge opportunities of jobs for students. Metro cities can be considered as hubs as they fulfill both the requirements of education and jobs for this career.
Time pressure is considered quite high in robotics engineers. With more and more demands of robots in the world, robotics engineers work more hours than their normal hours to meet the deadlines of the projects. Robotics engineers work on a regular shift of nine to five on weekdays.
Robotics engineers work on a regular shift of nine to five on weekdays. Robotics engineers usually work forty hours per week. They might also have to work overtime when working on complex projects or while meeting deadlines of projects. Robotics engineers often work longer hours more than regular to complete projects on time.
Weekly Hours of Work
Min 45 Hours
Robotics engineers work on a regular shift of nine to five on weekdays. Robotics engineers usually work forty-five hours per week. They might also have to work overtime when working on complex projects or while meeting deadlines of projects. Robotics engineers often work longer hours more than a regular to complete projects on time.
How to become a Robotics Engineer?
What are the skills and qualities required to become a/an Robotics Engineer?
Systems knowledge: As robots are complex systems, students need to be good at electronics, mechanics, programming, electrics, sensing, and cognition and psychology as well. Students who want to become a good roboticist, students need to understand how these different systems work together. Unlike a mechanical engineer, a roboticist must be well-trained in all the different specialisations.
Programming skills: Programming is an essential skill required for students who wish to start a career in robotics. The main difference between robotics and other programming disciplines is that robotic programming interacts with hardware, electronics and the real world. There are over 1500 programming languages in the world. Robotics engineers must be always comfortable in learning any new language if and when required.
Communication skills: Robotics Engineers must have good communication skills as they need to explain robotic concepts to non specialists or common people. Robotics engineers not only have to explain the robotics concepts to common people they also provide instructions to team members. To excel at interactions with clients, colleagues, management robotics engineers need to need to practice communication skills.
Critical thinking: Within the workplace, critical thinking skills should be developed. Critical thinking is essential as it makes sure that you know the optimum solution to an issue. Robotics engineers often come across situations where they need diligent problem-solving skills. Robotics engineers should be able to complete a task with a cool and analytical mind with minimal risks. Critical thinking helps robotics engineers to come out of every difficult situation they face on a regular basis.
Attention to details: Attention to detail is what separates a normal employee from a great one. An eye for detail requires significant awareness, persistence and strong observation. Robotics engineers need to focus and pay attention to details to ensure that nothing critical gets lost in the process. Since robotics engineers work on very complex projects they must consider every minute details to ensure completion of projects before deadlines.
Problem-solving ability: Problem-solving skills helps to demonstrate that employees have a wide variety of several other skills like logic, creative thinking, adaptability, imagination, logical thinking. As the robotics career involves complicated robot systems, students need to have skills in solving complex problems during their careers. Foreseeing problems and creatively fixing and troubleshooting the issues before they arise.
Decision-making skills: Decision-making is the preference among two different possible scenarios. In the larger problem-solving process, decision-making entails identifying among alternative solutions. Students pursuing robotic engineers students need to make tough decisions throughout their career. When it comes to finding the solutions this field has a lot of choices and there are many solutions to a single problem. So decision making is one of the important skills that robotics engineers should possess in order to succeed in life.
Which certifications and internships can be helpful in becoming Robotics Engineer?
An internship helps students to gain first hand experience of working in the real world. It helps students to harness the skill, knowledge and theoretical practice that students gained in university or classes. Internships help young professionals to understand how specific industries or companies work in real life. Internships provide a nice learning curve for students with little experience of the professional world. Internships are easily available in different industries. Internships are great ways to build one’s resume, make professional connections and get recommendation letters to use for future job applications.
Career Path Progression for Robotics Engineer
Junior Robotic Engineers: After successfully working and learning the basics of robotics engineering for a couple of years robotics technicians are promoted to junior robotics engineers. Apart from supervising the robotics technicians the role of junior robotics engineers is to see how activities can be fastened to meet the deadlines of the projects. Junior robotics engineers manage the activities related to evaluating the progress of the projects. They also see that proper training is provided to the robotics technicians in the initial phase of their entry. They report to experienced robotics engineers. After experience and a few years of hard work, junior robotics engineers are promoted to experienced robotics engineers. The experienced robotics engineers position is the mid-level entry position for robotic engineers.
Robotic technicians: At the entry-level robotics engineers start their career as robotics technicians. Robotics Technicians work as part of the team that produces robots. They assist in manufacturing, mechanical, and electronics engineers in all phases of robotic design, development, production, testing, and operations. They work under the supervision of junior robotics engineers.
Directors of Automation: After a few years of hard work and experience, robotics engineers can advance to management positions and become robotics managers or directors of automation. Some robotics engineers advance by moving into robot sales or by starting their own robotics consulting firms.
What is the job outlook for Robotics Engineer?
The field of robotics has stretched far beyond and its emerging technologies such as artificial intelligence and machine learning to create smart robots. If we talk about statistics there is a requirement of 12500 robotics engineers only in the United States of America. Job prospects for robotics engineers seem to be looking up. On a much broader scale, demand for industrial robots is at an all-time high and growing. A new study by the International Federation of Robotics (IFR) found that the growth in robotics in manufacturing actually is creating jobs and offering new kinds of skilled work for more people around the world. Today, Robotics is a rapidly growing field, as technological advances continue, research, design, and building new robots serve various practical purposes. Robots do jobs such as defusing bombs, mines, and exploring shipwrecks that are hazardous to humans. Robots perform various tasks which include domestic, commercial, or military tasks.
In India, work on Robotics began in educational institutions and research centers such as the Indian Institutes of Technology (IIT) and the Indian Institute of Science. Students develop artificial intelligence software to use in robots, business intelligence software, or video games, an in-depth study of Robotics provides a solid foundation for launching any student's career. Robotics guarantees a career that is full of opportunities that are likely to boom in the upcoming years. With a thrilling area of work with high salary packages and immense demand in the job market makes robotics engineers an ideal career now or near future. With the advancement of computer science and related research technologies, Robotics jobs in India are gaining more popularity.
Frequently Asked Questions for Robotics Engineer
Que. Which engineering is best for robotics?Ans.
Electrical engineering is one of the best majors to have in college to help pursue a career in robotics. Electrical engineering classes include general training courses in pneumatics and hydraulics, numerically controlled systems, integrated systems, logic and microprocessors.
Que. Are robotics engineers in demand?Ans.
According to the Bureau of Labor Statistics, the demand for qualified robotics engineers is expected to grow by as much as 13 percent through 2018. The field of robotics engineering is booming.and robotics guarantees a career that is full of opportunities that are likely to boom in the upcoming years.
Que. Who is a robotics engineer?Ans.
Robotic engineers are behind the scenes designers who are responsible for creating robots and robotic systems that are able to perform duties that humans are either unable or prefer not to complete.
Que. What do robotics engineers do?Ans.
Robotics engineers are responsible for designing, testing, and building robots that are productive and safe to operate. They also see the fact that the robots should be economical so that it is easy for people to buy and maintain it.
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Questions related to Robotics Engineer
I want to become a robotics engineer in future.But I am not able to understand which course shall I opt for btech.Please guide me for this.
see robotics engineering is now an emerging field in technology and with time to time the demand for robotics would grow. robotics engineering has concepts of electronics, some of the mechanical engineering and software engineering. however since this is an interdisciplinary stream you may go for robotics course in master program from any field of btech course. but I would recommend you to go for electronics and communication engineering since it would have wide concepts which needed for robotics engineering.
hope you may understand.
Sir Im NEED TO KNOW BEST OF THE THREE CSE,ECE,EEE. please respond my question. I need to have a career in the field of robotics. please recommend me according to robotics field
Different students have different perspective of seeing engineering branches and so interests are different. In the entire engineering branches no one is best and no one is bad the thing is what you like. CSE is mostly on coding so if you are interensting in coding, web development etc then do take the course. ECE is electronics and you should have interest in the semiconductor and devices. EEE is considered toughest of all as it has electronics as well as electrical and so wit electronics subjects you have to study Machines, power system etc.
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