Robotics in the healthcare sector, check rarely known facts

Health technologies are developing much faster than a few years ago. In the past, many thought medical robots only existed in science fiction movies. Today the reality is different. Robots have begun to help doctors perform operations, accompany patients in rehabilitation, and even administer medications in modern hospitals.

Robotics in healthcare is one of the most interesting innovations to discuss because its impact is truly felt in everyday life. This technology was not created to replace medical personnel, but to make their work more precise, safer and more efficient.

Many people only know about surgical robots. Although the use of robots in the healthcare world is much broader than that. There are therapy robots, rehabilitation robots, laboratory robots and even automatic systems that help manage hospitals. This development also opens up great opportunities for the younger generation interested in technology, coding and the world of health. It is not surprising that the topic of health technology is starting to become one of the subjects studied by many children and adolescents.

One of the most popular examples is surgical robots. This technology allows doctors to perform procedures with a very high level of precision. The doctor’s hand movements are translated into a robotic system so that surgery can be performed with smaller incisions. The advantages of this method are quite significant. Patients generally experience a faster recovery, less risk of bleeding, and less postoperative pain than conventional surgery. Even though it is a surgical robot, medical decisions remain in the hands of the doctor. Robots are just tools that augment human capabilities. This is an important fact that is still often misunderstood by many people. In some modern hospitals, robotic systems are even used for cardiac surgery, neurosurgery and other complex procedures.

In addition to operating rooms, robots are also present in rehabilitation centers. This technology helps patients with injuries or movement disorders be able to train consistently. Some rehabilitation robots are designed to help patients walk again after a stroke. There are also robotic tools that exercise the hands and arms so that the patient’s muscles become active again. The advantage of rehabilitation robots is the regularity of movements. Patients can do repeated exercises in a stable pattern so that the therapeutic process becomes more measurable. For medical staff, this technology makes it possible to track patient progress in more detail with automatically recorded data.

In several countries, hospital service robots have started to be used to facilitate daily activities. There are robots whose job is to deliver food to patients, transport medications, and even help with the sterilization process of rooms.

Using robots like this helps hospitals work more efficiently. Medical staff can focus more on patient care while routine work is supported by an automated system. During the pandemic several years ago, robots were also used to reduce direct contact between patients and hospital staff.

An interesting fact is that the development of hospital ward robots is not always humanoid like in the movies. Many medical robots actually come in simple forms with very specific functions.

The development of artificial intelligence or AI makes health robots increasingly sophisticated. AI systems help robots recognize patterns, read patient data, and provide faster analysis. For example, there are robots that can help detect certain conditions through medical imaging. There are also automated systems that help laboratories analyze samples at high speed. Despite this, AI technology still requires human supervision. The world of healthcare still requires empathy, communication and clinical decisions that cannot be completely replaced by machines. The collaboration between humans and technology is therefore the most important element in the development of health robotics.

The development of health technologies does not only impact hospitals. This industry also opens up many new career opportunities. Today, the world needs more roboticists, programmers, engineers, digital health system designers, and medical technology developers. Children who are interested in coding and robotics from a young age have a great opportunity to be a part of the health technology industry in the future. Many universities and technology companies are starting to focus on developing medical robot innovations because the potential is very great.

Although it sounds sophisticated, there are still challenges to using robots in healthcare. Technology development costs remain quite high. Hospitals require significant investments to purchase robotic systems and train medical staff.

Apart from this, there is also a discussion on ethics and security of patient data. Health technology must ensure that all medical data remains well protected. Another topic often discussed is the fear that robots will replace humans. In fact, until now, robotic technology has been designed to help medical staff work more efficiently. The relationship between doctors and patients remains an important element that cannot be replaced by machines.

In the coming years, the development of medical robotics is expected to accelerate. We will likely see more smart hospitals with interconnected automated systems. Wearable health device technology will also expand so that patients can be monitored in real time. Future medical robots will likely be smaller, more flexible and more affordable. In fact, it is not impossible that health technology can be learned at an early age through creative activities and project-based learning. For this reason, it is important that children begin to recognize technology not only as entertainment, but also as a tool to create real solutions for human life.

Facing the increasingly rapid development of health technology, Koding Next’s RoboNext presents a special program on the theme of health care technology for children and adolescents. HEALTHTECH CAMP 2026 invites participants to learn robotics with concepts closer to the world of modern healthcare.

This program runs from June 15 to July 5, 2026 and is available for children ages 4 to 16. Each participant will learn through exciting, interactive and exploratory hands-on activities. There are three age-adjusted camp categories.

• RoboCare Lab for ages 4 to 7 invites children to build clinic-themed robots using Korbo and Photon Coding.

• Bio Lab for ages 8 to 11 invites participants to discover the relationship between science, nature and robotics using the WhalesBot AI 1.

• Medical engineers ages 12 to 16 focus on creating robotic systems inspired by modern hospital technology.

This program is available offline on Koding Next Kemayoran, Manado, Makassar, Samarinda and Medan. In addition to learning coding and robotics, participants will also practice their problem-solving, creativity, and critical thinking skills. For parents who want to introduce their children to the world of future technologies, this program can be a different learning experience than usual.