Whether it’s a robot arm welding car parts or an automated forklift moving pallets of merchandise, robots are becoming more and more prevalent in our daily lives. And while the idea of robotic automation has been around for decades, advances in technology are bringing them into even more industries than ever before—including ones that were once difficult to automate. Now that robots have made their way into so many different industries, there is concern about what this means for employment and workers’ rights. So let’s take a look at how robotics are affecting different sectors:


Robot manufacturing

Robots are used in manufacturing to do repetitive tasks, such as assembling cars. They’re also used to perform dangerous tasks that humans might not want to do, like handling hazardous chemicals or working around extreme temperatures. Finally, robots can be programmed with complex instructions and be used for tasks that are difficult for humans, like building cars without the need for precision tools.


Construction-by robot

Construction robots are used to perform dangerous tasks, including welding, painting, and demolition. These machines can help to reduce injuries in the construction industry.  They are also used for excavation work and building skyscrapers and bridges.

Logistics & Transport

Logistic & Transport

Robotics is an important technology for the logistics and transport industries. Racking and stacking robots help to load trucks and trains with goods, while autonomous vehicles can drive around warehouses to deliver goods to customers. Other types of machines are used for loading cargo onto aircrafts or ships. It seems robotic automation will play a vital role in the future of these industries, as it could make transporting goods faster and safer.

Agriculture, Forestry, Fishing and Hunting

Agriculturing by robot

In agriculture, robots are used to harvest crops and monitor the environment. For example, in Japan robots are used to monitor the growth rate of fruit trees. Robots can be programmed to identify problem areas on a tree, such as disease or insect infestation, and help prevent future problems.

Farmers also use drones to survey their land for weeds or other potential issues that could affect crop yield. The drones take pictures from above and upload them to cloud storage where they can be accessed by farmers remotely if needed.

In forestry and fishing industries robots have been developed for use in both harvesting trees or fish as well as monitoring the environment around them including temperature levels in lakes or streams which can predict how well fish are doing at spawning time so fishermen can plan their trips accordingly

Food-service & Accommodation

Food and accommodation is one of the fastest growing industries in the past decade. It is expected to grow by more than 50% in the next five years, making it an excellent target for robotics.

There are several reasons why this industry is so lucrative for roboticists:

  • Food service has traditionally been a low-skilled job, which means that there’s plenty of room for automation technology to take over menial tasks like cooking or cleaning up after restaurant patrons (or hotel guests).
  • There’s a high demand for food service jobs, meaning that companies can easily find new recruits even if they’re replacing humans with machines.
  • Robots can be programmed with specific routines and habits that make them reliable workers who never need breaks or holidays off – unlike human employees who may get sick or go on vacation.


Healthcare robot

Robots are being used in the healthcare industry to help with surgery, rehabilitation, diagnostics and more. Robots can help during surgery by performing tasks that would otherwise be dangerous for humans to do. For example, robots can assist surgeons by holding instruments during intricate procedures that require precision or provide magnification. In addition to aiding doctors during operations, robots are also used for physical therapy where their movements closely mimic those of human muscles—making them perfect aids when training individuals who have suffered an injury or disability.

Rising use of robotics has led researchers to develop ways they could optimize robot-human interaction through technology such as haptics (touch sensors), which allows users to feel what a robot is touching or doing instead of just seeing it on a screen; virtual reality (VR) systems like Oculus Rift; and wireless connectivity between devices so patients don’t need cables attached directly into them (like an IV).

Robots are being used in more and more industries, which effects employment in ways that weren’t entirely predicted.

Robots are being used in more and more industries, which effects employment in ways that weren’t entirely predicted. Many jobs that were previously thought of as “safe” because they required human interaction or creativity are now vulnerable to automation by robots. For example, robotics have been implemented at call centers where a customer service agent’s job is talking on the phone with customers about their account details or troubleshooting problems with their accounts. These tasks can easily be automated by AI software programs (which is essentially what bots are).

So, what industry do you work in? Do you think there will be increased employment opportunities as a result of robotics? Let us know in the comments!

Artificial intelligence is a powerful tool that can help us solve big problems and make the world a better place. But it’s not magic: there are still jobs that are better left to humans than to robots. Here are some of them:

3 Areas Where Humans Are Better Than Robots

Robot Childcare Isn’t Emotional Enough

You know the drill: You need to go to work and your child needs to go with you, but there’s no one else to take care of them. The solution? Robots! Robots that can do all the hard parts for us—like cooking, cleaning and changing diapers—making our lives easier and allowing us more free time. This is a tempting idea, but we don’t think we’d like it if someone replaced our daycare worker with a robot. Think about it: Would a robot be able to hold your baby while they’re crying in their car seat during rush hour traffic? Or feed him his bottle when he’s hungry at 2 A.M.? No! They would not have the ability to soothe a cranky infant or calm an upset toddler. We need humans in childcare because we need emotional support and nurturing; robots cannot give us these things because they are not equipped with feelings or intuition like humans are

Creative Brainstorming is Best with Humans

You know the scene: a group of people are gathered around a table, talking out loud and throwing ideas back and forth. Maybe they’re brainstorming new product names, or maybe they’re trying to come up with an entirely new business model.

It’s not just that robots can’t do this—they can’t even come close! It’s not that robots lack creativity; they just have different types of creativity than humans do. For example, a robot can be programmed to create art based on certain parameters (like the size of its canvas), but it won’t ever think outside those parameters in order to create something completely unexpected and unique.

Humans are different. We aren’t just creative—we’re innovative. Innovation is the act of creating something new; it’s about going beyond the parameters set by others and doing things in a different way than has ever been done before. It’s seeing patterns in data that no one else can see, then using those patterns to create something totally new and groundbreaking.

Repair Work Can Always Use a Human Touch

The truth is, there are certain tasks that robots just can’t do. While they may be able to perform simple repairs, their lack of fine motor skills means they can’t do everything a human can. For example, the best way to fix a leaky dishwasher is for someone with hands and fingers to get inside the unit and tighten up connections or replace parts.

Robots are also not very good at doing hair—they don’t have the same dexterity that humans do when it comes to styling and coloring hair. However, if you want your hair colored purple (and who doesn’t?), then yes: robots could dye your hair purple! Just take note that if you decide on this option, you will likely end up looking like an extra from Star Wars: Rogue One instead of Kylie Jenner after her runway debut at New York Fashion Week in 2016 (which would probably still make you look better than Kylie).

So, while robots may be able to perform simple repairs or dye your hair purple, they’re not going to replace human workers entirely anytime soon.

Jobs Humans Do Better Than Robots.

For a long time, we’ve been told that robots are our future overlords. Sure, they’re pretty good at doing things like calculating math problems and sorting mail—but what about more complex tasks? The truth is that while robots have some skills humans lack (like carrying heavy objects), we have many more strengths that can’t be replicated by a machine.

For example: we’re better listeners than robots. We don’t judge people based on their speech patterns or facial expressions—we just listen and try to understand the person’s point of view so we can help them out. Robots lack this ability because they lack emotional intelligence; their programming doesn’t allow them to display empathy for other human beings.

Plus, there’s no way anything will ever replace our sense of smell! While robots may use scent detection technology from time to time when performing tasks like cleaning up after pets or detecting drugs in airports, they typically rely on visual cues rather than relying on their sense of smell alone as humans do when trying new foods or going through airport security checks (which involve sniffing passengers’ bags).

So next time you’re wondering what a human can do that a robot can’t, just remember these three things: We’re better listeners than robots. We don’t judge people based on their speech patterns or facial expressions—we just listen and try to understand the person’s point of view so we can help them out. Robots lack this ability because they lack emotional intelligence; their programming doesn’t allow them to display empathy for other human beings. Plus, there’s no way anything will ever replace our sense of smell!

AI Is Fast And Safe, But It Can’t Create Rapport

AI is fast and safe, but it can’t create rapport yet.

The best use of AI in healthcare comes from its ability to perform repetitive tasks that require speed or accuracy. This makes AI a great tool for doctors and nurses who need help with the mundane aspects of their jobs, such as reviewing patient charts or diagnosing simple illnesses.

AI won’t replace human workers anytime soon because it lacks empathy—the ability to read nonverbal cues like tone of voice or facial expressions that convey the emotions behind what someone is saying. However, this could change in the future: IBM recently announced plans for Watson Health Cloud, which will allow doctors to use artificial intelligence tools such as automated diagnoses from supercomputers like Watson instead of consulting each other manually through email chains or phone calls during off hours when they aren’t getting paid extra money by hospitals (which means any time after 9 pm).


The future of AI is bright, but humans are still king in some areas. We’re good at building relationships, understanding people’s emotions and giving a human touch to our work. While robots may be able to do these things eventually, it will take some time before they can replace us entirely!

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