Why study robotics? Is robotics a good career?
The field of robotics is rapidly reshaping our perspective on the future by revolutionizing industries like healthcare and manufacturing and offering a wide range of career opportunities to explore. With automation playing a role in our daily lives, many industries are adjusting to this shift. The University of Hartford (UHart) stands out for its programs that help budding professionals with practical experience, equipping them well to thrive in this field. If you work on developing vehicles or advancing the field of medical robotics research, UHart offers a path to a career in robotics that has a real impact on society.
What is robotics engineering?
Robotics engineering combines engineering and computer science and aims to create robots that function autonomously with little to no human interaction. This interdisciplinary approach empowers engineers to create state-of-the-art systems that can handle a range of tasks in industries by bringing together knowledge in mechanics, electronics, software development, and AI.
Why study robotics?
When students engage in robotic studies, they gain skills across fields, like coding and design, which are crucial for developing advanced technologies. Professionals in the field of robotics play a role across industries like healthcare and space exploration, as well as in the manufacturing sector. UHart prepares students with both understanding and practical skills to excel in these varied fields, ensuring a successful career in robotics. With the ongoing advancements in robotics and artificial intelligence anticipated to grow, opting for a profession in this field creates a path that promises stability and opportunities for long-term growth.
How to become a robotics engineer
Kickstarting a career in robotics engineering requires an education focused on engineering, electrical engineering, or computer science, which offer a foundation for understanding robotics. UHart offers programs designed to equip students with the expertise and practical skills needed to pursue a career as a robotics engineer.
Start with the right education
UHart not only offers degrees in mechanical engineering, electrical engineering, or computer science but also a Bachelor of Science in Robotics Engineering. This program focuses on an innovative approach to hands-on learning with a productive curriculum preparing students to fulfill the growing and expected demands for entry-level careers.
Master essential skills
The immersive programs at UHart teach students key aspects of robotics principles, designs, and operations. In the Robotics Engineering BS degree, students will experience core areas of robotics, including sensors, actuators, mobile processors, computer vision, machine learning, and artificial intelligence (AI), as well as fundamental principles of perception, localization, locomotion, and control of advanced mechanisms.
Gain hands-on experience
UHart houses two fully equipped robotics laboratories containing various state-of-the-art technologies and equipment, including Baxter, a multifunctional and articulated manufacturing robot. There are currently multidisciplinary research efforts related to robotics that cover not only ground vehicles but also underwater and aerial vehicle domains.
Build a strong portfolio
Students will be well prepared for a career in robotics with UHart's hands-on projects and participation in robotics events through the UHART Robotics Club. This club works on various ongoing projects in the fields of robotics, artificial intelligence, and real-time control systems (such as humanoids, mobile robots, industrial robots, service robots, and drones). Members of this organization also participate in research groups such as the Autonomous Mobile Robotics Research Group or the Assistive Robot Team. Every year, more than 50 students from multiple majors (Electrical and Computer Engineering, Mechanical Engineering, Civil Engineering, Biomedical Engineering, and Computer Science) work in the team. They range from first-year to graduate students.
Is robotics a good career?
The field of robotics engineering offers pay and job security, and growing job prospects in industries like healthcare, entertainment, agriculture, and manufacturing. UHart’s location and strong ties with industry provide students with access to diverse career paths, nationally and internationally. So, is robotics a good career? Besides the monetary rewards involved in working with robotics, this industry offers a sense of satisfaction by solving complex problems and playing a role in advancement through technological progressions.
Study Robotics Engineering at the University of Hartford
The Robotics Engineering major at UHart provides students with a foundation in mechanical engineering, electrical engineering, and computer science, which meet the challenges of the robotics industry. As an added benefit for international students looking to improve their English, UHart has the International Pathway Program, which helps students develop an outlook and gain international exposure that adds value to their learning process. This program is designed to help international students join the University of Hartford while improving their English. Or, if you meet the requirements, you may apply directly to the University. You will find everything you need to know about entry requirements, fees, and pre-arrival.
A practical approach at UHart
It is important to be skilled in coding and artificial intelligence control systems and to have a grasp of computer-based design for building robots to be successful in the current environment. The University of Hartford has a practical approach to make sure that students understand these areas of study. To be competitive in today’s market, it is crucial to enhance your skills through state-of-the-art robotics labs like the ones at UHart, as well as the internships and competitive activities they offer. This practical learning experience helps students build a portfolio of their work in their pursuit to become a robotics engineer.
FAQs
What are the benefits of studying robotics?
Studying robotics equips you with interdisciplinary skills in programming, engineering, and AI, opening doors to innovative career opportunities in various industries like healthcare, manufacturing, and space exploration.
Why is robotic engineering important?
Robotic engineering is crucial for advancing automation, improving efficiency, and solving complex problems in industries such as healthcare, manufacturing, and disaster response, ultimately transforming the way we live and work.
Is robotics engineering in demand in the USA?
Yes, robotics engineering is in high demand in the USA, driven by the increasing need for automation across industries such as manufacturing, healthcare, logistics, and AI, offering lucrative career opportunities.