AI and robots are taking jobs – how true is that, and do human-robot interaction protocols need further adaptations?

Will it be entirely automated in the future? If so, how much can we rely on such technologies?

Can our current education utilize robotics and AI to push the boundaries of innovation?

These are the burning questions everyone is asking to understand a potential connecting link that brings out the best of human and machine capabilities.

The European School of Data Science and Technology (ESDST) explores these questions, along with other industry data. This newsletter aims to guide those deeply interested in the evolving domain of robotics and automation and consider further education in these specializations.

How Has The Field of Robotics Evolved?

The field of robotics has undergone a remarkable evolution. It has transformed from basic mechanical devices to advanced and intelligent systems. We find the history of robotics traced back to ancient civilizations. However, its visible development only grew after the 1950s.

Modern robotics has evolved significantly in terms of technology, functionality, and application. Initially, robots were confined to manufacturing and performing repetitive tasks with limited functionality. Nevertheless, breakthroughs in artificial intelligence and machine learning have made them faster, more precise, and more adaptive.

Today, robotics applications extend across diverse industries, including healthcare, agriculture, space exploration, and more. It has enhanced operational efficiency, cost-effectiveness, and productivity. To highlight the same, Collaborative Robots, or Cobots, are a common example of promoting reliable human-robot collaboration.

Such advancements also invite debates surrounding their effectiveness and adaptability to the upcoming tendencies. This is why ESDST is involved in developing the most critical intersections between technology, workforce dynamics, and education to shape future industries and societies.

The Latest Advancements in Robotics and Automation

When we think of robots, the first image that often comes to mind is handling and transporting loads within factories. Recently, we have seen Amazon integrate thousands of robots into its fulfillment centers, which reduced their delivery times. Their use of Kiva robots for inventory management has set a new standard in logistics.

Now, the question arises – is that all there is to robotics? What more advancement is underway? Let’s understand this further with a few documented examples below.

Robotic Process Automation (RPA)

RPA technology allows software robots to automate repetitive and rule-based tasks like invoice processing or customer inquiries.

You can use it as an assistant for handling mundane tasks and use that time to focus on the strategic part of the business. RPA is used in various industries. For example, in finance, it helps automate transactions, while in customer service, it can assist with handling quick inquiries.

Robotics as a Service (RaaS)

RaaS is another big trend where businesses can rent robotic solutions on a subscription basis. This serves as a relatively low-cost, effective means to implement automation using advanced robotic technology without the initial heavy investments.

RaaS is a term used to describe collaboration between three entities: robot manufacturers, service providers, and end users. Regarding its use cases, RaaS is booming in various industries. Estimates are that there will be a rise in domain-expert professionals capable of designing, implementing, and optimizing RaaS solutions. All these factors put RaaS among the most promising areas in robotics and automation for building a career.

Autonomous Mobile Robots (AMRs)

AMRs are a fast-moving segment of robotic deployments and part of the future of flexible automation. Compared to Automated Guided Vehicles (AGVs,) which travel along set paths, AMRs boast unique autonomy and flexibility.

In the current scenarios, it is even more accessible as it requires little infrastructure and can be rolled out within days. An AMR is a type of robot designed to transport material autonomously in various settings without guidance from an operator. Businesses with automation needs for transporting materials will survive better in the future.

Swarm Robotics

In robotics, swarm behavior is used to describe a method of coordinating multiple robots as one system. It has minimal individual intelligence, and its main property is decentralized control. This means the robots rely on local interactions between themselves and their environment to get the desired result. Swarm behavior provides an alternate way for the robots to function even if some units fail.

Swarm robotics has been used to model the behavior of natural systems like social insects or even fission-fusion dynamics in animals. Its other applications include search and rescue operations, distributed sensing for environmental monitoring, military surveillance, specifically air-ground collaboration, and space exploration.

Robotic communication and decision-making are some of the areas for further exploration. As technology and research advance at a similar speed, you will find more of such extraordinary usage getting discovered for these collaborative robots.

Biomimicry in Robot Design

Since the beginning, we have drawn our greatest inspiration from nature. Similarly, biomimicry in robot design focuses on the principles of animal locomotion, adaption, and sensing. In turn, the results are implemented into state-of-the-art robotics solutions.

Robots can use what nature has designed already, opening up new skills. For example, robots built in the form of snakes can get through small openings, whereas other models that look like insects are known for their ability to move quickly or relatively faster. Gecko-like grippers also make it possible for robots to pick up all kinds of items and thus be helpful for search-and-rescue or industrial maintenance. This field is still in its raw stages and expects a boom in the coming decade. Biomimicry is a branch of robotics that requires professionals from multiple fields, from biology to engineers.

ESDST: Your Platform to Build a Successful Career in Robotics and Automation

The curriculum, with the addition of exposure, is necessary for advancing a career in robotics. If this learner is you and is looking for a career upgrade, know that the European School of Data Science and Technology (ESDST) has cutting-edge programs to help you upskill in multiple areas.

Some of them are the MSc in Artificial Intelligence for Robotics, MSc in Big Data & Business Analytics, and MSc in Data Science, Machine Learning & AI. These programs are designed to give you a solid foundation in the cutting-edge technologies shaping the world of robotics today.

What’s great about our programs is that they offer a balance between theory and practice. Here, you will get access to the tools to sharpen your skills in Deep Learning, Machine Learning, Neuro-Linguistic Programming, and Blue Prism. These are just a glimpse of industry-preferred subjects you will be exposed to.

You will also get to work on projects that will give you beneficial experience in our integrated labs (Data Lab/Entrepreneurship & Innovation Lab). And the best part? You can do it all on campus, surrounded by like-minded learners and researchers who will push you to grow. Or, if you prefer, you can take the online route and fit your studies around your work schedule. At ESDST, you experience the best of both worlds.

One thing that sets ESDST apart is its commitment to helping you shine with paid internships, multiple certifications, and job opportunities. We provide a top-notch job assistance program to help you land your dream role. Alongside this, our global network of collaborations, including partnerships with prestigious publications like Scopus, will provide you with access to a wealth of opportunities.

But it’s not just about the degree but the whole experience. ESDST creates an environment that fosters innovation and growth by hosting annual workshops and research seminars. We bring together researchers and professionals worldwide to debate the latest developments in robotics and AI.

Our previous sessions discussed the moral and ethical implications of deploying robots and advanced machine-learning techniques for robotics. It provided hands-on learning opportunities for students and professionals alike. Our student’s and faculty’s publications in leading journals and presentations at international conferences highlight our contributions to the field.

If you’re serious about taking your robotics career to new heights, ESDST is worth a closer look.

Be Career-ready in Robotics and Automation with ESDST

Following the robotics and automation trends studied so far, the future in this branch will go uphill. To back this up, you must look at some interesting findings. Accenture found that 85% of organizations recognize the importance of robotics in achieving their goals. Tesla is in a similar league as it also automates its operations, which has put it at the top for efficiency and quality control.

Computing power is rising so rapidly that we may still have a lot of work to do, but the journey in robotics is worth exploring. At ESDST, we offer exactly that kind of support and training for those who want to make a real difference in this rapidly expanding field. We encourage you to join us by attending events or participating in research projects and through our social media channels.

We appreciate your interests and urge you to use our analysis and resources to make informed career decisions. To learn more, please go to our website and feel free to contact our representatives.