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| With the help of deepai |
While the implementation of automation and collaborative robots has led to a remarkable increase in efficiency for manufacturing processes, logistics, and delivery, the rise of robotics is leading to the displacement of several manual and service-oriented jobs, both within and outside the production line.
Top 5 Jobs That Robots Could Replaced are;
1. Courier, Delivery Service, Package handler - Last-mile logistics robots:
In today's digital age, the way we purchase and receive goods is undergoing a revolution. With the rise of digital notifications such as emails and texts, many are beginning to question the need and sustainability of traditional printed mail. As a result, the production and delivery of goods, mail, and packages are gradually shifting towards automated solutions, with robots poised to play an increasingly important role from creation to final delivery. This trend highlights the importance of embracing cutting-edge technologies to optimize delivery processes and enhance the customer experience. In Kravitz words, he said these robots can take the package from the vehicle to the doorstep.
Although work has been underway in this sector for some time, the integration of robots into delivery vehicles marks a major innovation. By doing so, the vehicle becomes a vital component for the robot, serving as its "eyes and ears" as it scans and models the delivery area to determine the optimal placement of the item. This integration of robotics and transportation technology highlights the importance of leveraging cutting-edge tools and strategies to enhance the efficiency and precision of last-mile delivery.
2. Cleaning Staff - Robotic Disinfecting Solutions (Janitor)
The coronavirus pandemic has brought about a fundamental shift in the market, with far-reaching implications for the future. From healthcare technology to social interaction protocols, every aspect of public and commercial life has been impacted by the virus. As we navigate this new reality, one of the emerging challenges is how to effectively clean and disinfect common areas once people return to work. According to Kravitz, this task is now a higher risk for janitorial workers, making the use of disinfectant robots an appealing solution. Robots are perfectly suited for this dirty, dangerous, and dull job, and their deployment can help improve public health and safety. For instance, self-driving disinfectant robots are already being used in Chinese hospitals to combat the coronavirus. Meanwhile, a team from MIT, in collaboration with the Greater Boston Food Bank and Ava Robotics, has developed a mobile robot equipped with a UVC light that can disinfect surfaces effectively. This example highlights the role of robotics in enhancing the efficiency and safety of public spaces in the age of COVID-19.
3. Factory co workers - Factory Collaborative Robots
Although more than a century has passed since Henry Ford's groundbreaking assembly line revolutionized mass production, the introduction of collaborative robots, or 'co-bots,' could dwarf that achievement. According to Kravitz, co-bots are designed to work alongside humans on the factory floor, powered by artificial intelligence and equipped with advanced visor and sensor capabilities. As co-bots continue to evolve and improve, they will create a safer working environment for humans on the assembly line. While many jobs will inevitably be taken over by co-bots, they will primarily be the mundane, dirty, and hazardous roles. This shift will free up human workers to focus on more complex and sophisticated tasks, highlighting the immense potential for co-bots to revolutionize the manufacturing industry in the years to come.
4. Logistics/Yard Robots for Material Handling/Transport
According to Arnold Kravitz, Chief Technology Officer at the Advanced Robotics for Manufacturing (ARM) in Pittsburgh, robots will soon be taking over the heavy lifting that is currently done by humans using manual labor, mechanical and hydraulic lifts, pallet hand trucks, and forklifts.
Kravitz also pointed out that the repetitive motion involved in freight movement of boxes, crates, packages, and bulk items can cause lower back problems and injuries, which make it challenging and dangerous work for humans. Therefore, robots could be a better alternative for such tasks, reducing the frequency of injuries
5. Textile Industry – Textile Manufacturing Robots
He, Kravitz also said the garment-making industry, which has remained relatively unchanged since the late 1800s, is ready for innovation. There is a growing trend towards point-of-service manufacturing, with a focus on high-quality, bespoke products. One of the biggest challenges in the industry is high turnover rates for seamstresses, which results in costly and time-consuming training for new workers. Interestingly, despite the US producing 70% of the cotton used in garments, only 4% of the clothing worn by Americans is made domestically. A survey of millennial consumers suggests they prefer locally-made bespoke products and are willing to pay a premium for quality. (This data was provided by ARM.)