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The Future of Robots and Robotics

What Exactly Is Robotics?

Robotics involves engineering concepts, design, construction, usage, and application of robots. Further investigation reveals that a robot is defined as an autonomously operated machine that conducts a series of activities independently and completes jobs that are generally accomplished by people.

On the contrary, robots need not resemble humans, but some do. Pictures of auto assembly lines can be preferred as proof. “Androids” are the usual term for robots that resemble humans. Although robot developers give their inventions a human appearance to make humans more comfortable with them, this isn’t always the case. Others find robots discomforting, particularly things that resemble people.

Varieties of robots used in industries

1. Healthcare: Robots are used in the healthcare sector for a variety of tasks, including aiding in surgery, helping people walk via physical rehabilitation, navigating through hospitals, and transporting supplies like medication or bedding. Even now, healthcare robots are helping to battle the epidemic by creating respirators and filling and sealing test kits.

2. Manufacturing: Industries, including manufacturing, were the first to use robots on assembly lines for cars. Arc welding, material handling, steel cutting, and food packing are just a few of the many jobs carried out by industrial robots.

3. Logistics: Everyone desires timely if not earlier, delivery of their online orders. Hence, businesses use robots to arrange warehouse shelves, retrieve products, and even make local deliveries.

4. Space exploration: Sojourner and Perseverance are space exploration robots. Deep space probes are also considered robots.

5. Entertainment: There are already robot restaurants, sculptures, and toys available. Expect the entertainment value of robots to increase due to their advancement.

Types of Robots

1. Humanoid robots: Human-like bodily traits and even facial emotions are displayed by humanoid robots. They are well-suited for service roles that require close interaction with consumers due to their similarity to humans.

2. Teleoperated robots: Robots that are teleoperated are managed remotely by a person via a Wi-Fi network. They are perfect for carrying out risky jobs in dangerous circumstances.

3. Augmenting robots: Robots that operate autonomously can act and decide on their own. These robots rely on powerful computers to observe and assess their environment.

4. Pre-programmed robots: Robots that have been pre-programmed get instructions beforehand and are unable to change their behavior while acting. These robots are best used to carry out a single, repetitive task.

Benefits and Drawbacks of Robots

Benefits of Robots

  • Higher Innovation: The multidisciplinary aspect of robotics promotes innovations across a variety of fields, including computing power, computer vision, and natural language processing. To fulfill the needs of businesses pushing for intelligent robots, engineers must construct cutting-edge software. Robotics’ interconnection inspires sectors to expand their present knowledge base.
  • Expanded Services: Cobots, commonly referred to as robots, are becoming useful tools in the workplace for repetitive activities like auditing and fraud detection. Cobots in the financial industry assist staff in reallocating time and effort to difficult tasks, increasing productivity and revenues.
  • New Career Options: Robots are transforming the work environment, while simultaneously creating opportunities for higher-level jobs. To maintain robot technology and create better jobs, businesses require software developers and other tech specialists. Robots present a fantastic opportunity for businesses struggling with a labour crisis to modernize processes, automate jobs, introduce new technology, and give people more time to rest and use their energies.

Drawbacks of Robots

  • Security and Privacy Concerns: Robotics presents security risks such as social engineering, spying, and the possibility of mishaps like drone crashes. Regulations may be required in the sector to address these issues and assure safe and moral use.
  • Unusual Technologies: Robots may boost demand for tech-related jobs, but not all employees have the qualifications required. In the aftermath of the robot revolution, present employees who cannot afford it may be left behind for a four-year computer science degree that provides a reputation and in-depth training.
  • Job Competition: Robots’ automation capabilities are predicted to disrupt 85 million jobs in a workplace that is a combination of people and machines by 2025. As AI and robotics advance into industries where people undertake physical labour, employees may face a challenging employment market. Employees must diversify their skill sets to be competitive at work.


In the future, AI and robotics will give various exciting occupations with great compensation and tremendous career progression. Experience and job-specific training may assist anyone in improving their chances of landing an ideal business position.