Рубрика: Robotics

By 2022, the robotics trends and predictions will enhance the global technology-driven industry.

The pandemic has presented both problems and opportunities for robotics companies in the logistics and supermarket industries. Unexpected strains on supply systems and product shortages have highlighted the need for better supply chain efficiency. Various industries have also been affected by labor shortages caused by safety regulations and sickness. The lessons learned in 2021 can be applied to the robotics industry’s objectives and trends in 2022. Here, some robotic trends and predictions for 2022 are mentioned below.

Smart Factories

As robots become more intelligent, so will the industries in which they are used, such as manufacturing and distribution. Assembly lines will be supported by industrial robotics and automated solutions, and smart factories will become ubiquitous. As a result, we may anticipate operations that are faster, more efficient, and more precise, with fewer inconsistencies. Robots and autonomous mobile robots (AMRs) will interact in the future, needing less maintenance and human involvement.

The Rise of “Cobots”

The use of collaborative bots, often known as “cobots,” is one of the most popular developments in robotics and electrical engineering. These robots are meant to operate alongside humans safely and effectively, without the need for any health and safety boundaries. These bots can instantly detect changes in their work environment using powerful sensors and software (as well as things like end-of-arm-tooling), allowing them to respond as needed while keeping people safe. According to projections, owing to recent advancements in programmable software, this industry is expected to increase substantially by 2025.

The Rise of AI Robots

As AI makes advances into many industry areas, traditional robotics programming will continue to develop. Various functionalities may be added into robotics using AI or machine learning to improve their efficiency and effectiveness. Healthcare, agriculture, automotive, warehousing, and supply chain management are just a few of the industries where AI and robots will continue to progress. Artificial intelligence is already being developed to help with robots and automation.

Robotic Opportunities Expanded

The need for robots has risen steadily during the last decade. COVID-19, labor shortages, and the desire to decrease carbon footprints have all had an impact on humans’ capacity to accomplish tasks. Outside of conventional manufacturing and warehouse contexts, these external forces have boosted the need for automated robotics systems and equipment. It will only continue to grow at an exponential rate in the coming decade.

Accessory for Next-Generation Robotic Technology

Each new technological advancement will ultimately be incorporated into new robotics and automation system designs and models. Recent technological advancements, for example, are already playing a larger part in robotics systems and equipment. 3D sensors, ultrasonic technologies, and infrared cameras are just a few of the technological options available.

Labor Shortages and Robotics

During the COVID-19 pandemic, it became obvious that robots and automation were a safe means for manufacturers to keep employees socially separated while continuing to operate when lockdowns were imposed or infection rates rose. In many nations, the working population continues to age and retire, in addition to the labor shortages seen during the pandemic. While some of these professions will not be replaced by robotics, more employment that can be will be replaced by automation and robotics in the future years. The retail and consumer industries are two more areas where labor shortages are an issue.

Increased Adoption of Agile Robotics by Consumers and Retail

With increasing COVID-19 infection rates and staff shortages in many foods processing plants, incorporating robots and automation into the mix has been one of the main solutions in the food and beverage industry. This allows for the ever-changing landscape of the food processing sector to be accommodated. This will grow as the usage of robotics in the consumer, retail, and food and beverage sectors grow due to supply chain difficulties and labor shortages. Robotics helps firms that need to bake, assemble or package items since robots have a wide range of motion. This can assist employees to avoid burns, accidents, and muscular strain. They’re also utilized for food inspection and sanitization. Robotics help palletize products, quality control testing, and packing distribution in warehousing.

AI to Provoke the Contact-Less Experiences

The contactless service is the most important prediction for artificial intelligence in 2022. From the pandemic scenario, certain important lessons have been learned, such as contact-less purchasing, working from remote locations, and social distancing, among others. As a result, the year’s view of AI-powered technology will favor contact-free experiences. For example, some stores may let customers do their shopping using self-shopping techniques, such as virtual-trail work, scanning, and price-tag checking. Optical-character recognition devices make direct payments. The document scanners would collect the guests’ information without the need for document exchange or physical interaction.

RPA-Robotic-Process-Automation Mechanism

This RPA-mechanism initiates the automation of repeated activities. This was shown to have a greater growth rate in the year 2022. The AI field predicted that this year’s stream will be greater than this year’s. For example, in the healthcare business, RPA is used to automate several processes, including invoicing, inventory management, and appointment scheduling. The company implemented an RPA procedure to improve the employee experience by freeing them from boring tasks and allowing them to focus on what they do best. In conclusion, it is anticipated that by the year 2022, RPA-Process will be one of the standard technologies for businesses.

Learning Through Reinforcement

Reinforcement learning has been proven to be useful in the development of many real-time applications. This reinforcement learning is used in the robotics course or the agile artificial intelligence course. This knowledge would correct and generate answers to real-world situations.

The Creation of New Media-Preparation Technologies is Aided by Generative AI

The current developments in AI models, new algorithms, and growing tools for creating misinformation using automated generated-pots, false-contents, and depth fake video contents. This notion does not appear to be equivalent to real-world concepts. Generative AI is used by larger businesses to create three-dimensional and two-dimensional pictures in the marketing industry for product depiction and brand representation. This approach would help in the delivery of high-quality customer support by using visual representations based on the amount of interest.

The post Growth of Robotics: Top 10 Robotics Trends and Predictions for 2022 appeared first on Analytics Insight.

Analytics Insight presents a list of top bachelor’s and master’s programs in robotics offered by top Indian colleges.

Robotics has become an important part of education. Almost every college and institute today offers robotics courses and different programs. That’s because introducing robotics to education means making technical skills and knowledge hands-on and fun and preparing students for the future. Robotics is a well-rounded approach to educational technology and learning. It is a widespread engineering subject that could lead to more community and educational opportunities. So today, we are going to list the top bachelor’s and masters’ programs in robotics offered by Indian colleges.

IIT Kanpur

The Centre for Robotics at IIT Kanpur was established in 1989 through a grant from MHRD. It is an interdisciplinary center, with associated faculty members from aeronautical, computer science and engineering, electrical engineering, and mechanical engineering departments. The center is actively involved in researching various areas of robotics ranging from kinematics, dynamics and design, motion planning, intelligent control, AI, computer vision, etc.

The center does not offer its degrees and the students working here get the respective degrees from their parent departments like mechanical engineering, computer science engineering, etc. The center also provides summer training programs and short-term courses and workshops for both Indian and foreign students, teachers, and researchers.

International Institute of Information Technology, Hyderabad (IIITH)

IIITH, an autonomous university, was founded as a not-for-profit public-private partnership (N-PPP) in 1998 and is the first IIIT in India under this model.

The university offers a large variety of programs like undergraduate, post-graduate, Ph.D. alongside part-time programs. IIITH has a Robotic Research Lab, which aims to work on research problems and innovative projects that extend the state-of-the-art in robotics.

IIIT Allahabad

Attributed to significant research and activities, the robotics group of IIIT Allahabad was uplifted as a Centre of Excellence named Centre of Intelligent Robotics with special emphasis on health care automation. The center is equipped with state-of-the-art infrastructure including Baxter humanoid robot (Cobot), Nao humanoids, Pioneer LX mobile robot, etc., along with a bouquet of indigenously developed robots.

IIIT Allahabad offers M.Tech. in Robotics through CCMT counseling based on the score obtained in GATE. Candidates for robotics to join in IIITA must complete B.E./ B.Tech. in the relevant stream.

MIT

The Manipal Institute of Technology (MIT), Manipal was established in 1957 as one of the first self-financing engineering colleges in the country. The institute undertakes sponsored research programs supported by funding agencies such as DST, CSIR, AICTE, and the Ministry of Environmental Sciences. It has collaborative research programs in association with premier research laboratories and institutes in India and abroad.

MIT offers a bachelor’s and master’s program in engineering streams. It also gives students the option to carry out full-time or part-time research. The minimum duration for postgraduate qualified Ph.D. students is three years for full-time, and four years for part-time. There is a one-year relaxation for applicants with an MPhil degree. The institute also offers an M. Tech program in industrial automation and robotics under its mechatronics department.

Parul University

This university aims at bridging the gap between academia and career, by emphasizing development programs for both students and staff.

Parul University offers a B.Tech. program in robotics and automation under the department of robotics and automation. For this course, candidates must pass 10+2 in the science stream with the mandatory subject and other subjects from a recognized institute/board with 45%.

Amity University, Gurugram

Amity University offers an integrated B.Tech. + M.Tech. in artificial intelligence and robotics. Eligible candidates need to appear for the Amity Joint Entrance Examination (Amity JEE). Additionally, JEE-Mains qualified candidates are exempted from Amity JEE.

University College of Engineering, Osmania University, Hyderabad

University College of Engineering, Osmania University offers M.E. in automation and robotics. Candidates must pass with 50% in graduation and the score obtained in Post Graduate Engineering Common Entrance Test (TS PGECET) or GATE score.

Guru Gobind Singh Indraprastha University, Delhi

Guru Gobind Singh Indraprastha University offers M. Tech. in robotics and automation engineering. For this program, candidates must complete B.Tech./B.E. in computer science/computer engineering/computer science and engineering/information technology or equivalent with 60%.

PSG College of Technology, Coimbatore

PSG College of Technology (PSGCT), Coimbatore offers B.E. in robotics and automation engineering under the department of robotics and automation engineering. Candidates who have passed 10+2 (Academic) or its equivalent with 45% in mathematics, physics, and chemistry put together, will be eligible for this program.

NIE Mysore – National Institute of Engineering

NIE Mysore offers M.Tech. in industrial automation and robotics for 2 years full-time program. Candidates must complete B.E./ B.Tech in relevant streams with 50%.

The post Top Bachelors and Masters Programs in Robotics Offered by Indian Colleges appeared first on Analytics Insight.

Analytics Insight has listed some of the top robotics internships in India for this October

Robotics is opening up many new avenues in the science and tech domain. It is also creating many new job roles that offer lucrative salaries to highly skilled professionals with relevant experience. Today, it is one of the most in-demand professions, and candidates having the relevant skills in AI, ML, programming languages, and automation are highly sought after by recruiters. Robotics has created new professions such as robotics engineer, robotics technician, sales engineer, software developer, robotics operator, and many more. Suitable robotics paid internships are available in the market worldwide to train the aspirants with hands-on training. Let’s look at some vacancies for the top robotics internships in India this October.

Mechatronics/Robotics Internship at Admatic Solutions

Admatic, a big data company, provides services like marketing automation, real-time image, video process, computer vision, AR, object recognition, OCR, & digital media. Admatic has an in-house technology and execution team consisting of passionate engineers and architects from August 2012 to date. Its core competency is technology-based automation. Our in-house expertise is to handle even complex tech challenges.

Responsibilities

• Work on ROS
• Work on the programming of the robot using ROS
• Work on SLAM using LIDAR 4. Work on interfacing of different sensors

Requirements

• Who are available for a full time (in-office) internship
• Who have relevant skills and interests
• Who can start the internship between 22nd Apr’21 and 27th May’21
• Who are available for 6 months
• Who have already graduated or are currently in any year of study
• Females willing to start/restart their careers may also apply.

Mechatronics Internship in Ahmedabad at Dash Dot Robotics

Dash Dot Robotics is a B2B technology start-up. The company is currently developing hardware-based inventory management solutions for manufacturing industries.

Responsibilities

• Work on embedded programming for Atmega 328p and esp8266
• Work on electronic PCB design Easy EDA, soldering, and assembly
• Handle fabrication and assembly of the mechanical structures.

Mechanical Internship Opportunity, Mechatronics or Robotics at One World

One World is a textile company and it is currently hiring Engineers for an Internship position for our Automation Projects. The company is looking to hire an intern with a specialization in Mechanical, Robotics, or Mechatronics Engineering. The duration of the internship will be 4 months. During the internship, the intern or the apprentice will get a chance to work on automation projects in an actual industrial environment.

Requirements

• Knowledge of Raspberry Pi
• Knowledge of Aruduini or ESP any other microcontroller
• Skills in Python
• Knowledge of Image processing AI
• Worked with various sensors and actuator.

Mechanical Intern at Robolab Technologies, Pune

ROBOLAB is a perfect platform to explore, learn and build robots. You can get hands-on experience along with required theory on Consolidation of concepts, industry, institute Interaction, Standard guidelines, and essentials, Superior quality and Advanced robot study platforms, Training by Industry Experts, and Affordable excellence with Quick Return on Investment.

Responsibilities

• The candidate will have to work on the modules of the bigger system.
• Study and design the necessary project.

Requirements

• Ongoing B. E/B. Tech from Mechanical or Production Engineering
• Good understanding of core concepts including Mechanics, Kinematics & Dynamics
• Working-level expertise on 2D & 3D engineering design tools (AutoCAD, SolidWorks, ProE, etc.)
• Creative & independent thinking to finish a complete project independently
• Technical writing skills
• Ability to communicate technical knowledge in clear & understandable language
• Excellent organizational and time-management abilities.

Management Trainee- RPA Support at Genpact

Genpact is a global professional services organization that works towards transforming business ideas into reality through digital-led innovation and intelligent operations. Genpact’s AI-powered platform Cora brings together the expertise in end-to-end operations and AI.

Responsibilities

• Troubleshooting issues that arise in day to day running of RA processes and providing timely RCA and solutions as required
• Designing Rapid Automation process solutions as per standard design principles and conventions.
• Creating and maintaining RA solution documentation.
• Supporting existing processes and implementing change requirements as part of a structured change control process.
• Creating and documenting test procedures and scenarios for the pre-UAT phases
• Working with customers across different time zones
• Supporting the operational teams during the UAT and rollout phases.
• Working with the version management system during the Robot code lifecycle.
• Taking transition from RPA development, operations, and customer teams.
• Managing bot’s end-users and empower them for the Initial investigation
• Meet the Incident SLAs.

Requirements

• Experience developing and testing software on a Windows platform including hands-on programming experience in process automation
• Understanding of Robotics process automation tools automation anywhere
• Ability to both understand a business process from a workflow diagram and to conceptualize it as an automated solution
• Willingness and ability to blend business analysis with the hands-on configuration of automated processes in the Automation Software Products
• Good communication skills with the ability to present technical details to a non-technical audience
• Ability to talk to the client and get the business requirements
• Performs code reviews. Communicates and enforces coding standards.

Robotics Software Intern at General Systems Pvt. Limited

General Systems Pvt. Limited is a startup based in Singapore that aims to target the construction and mining multibillion-dollar market with an impressive global clientele.

Requirements

• Knowledge of C/C++ and Python is a must
• Good experience with Siemens, Delta, Mitsubishi PLC
• Knowledge of programming Visual Basic, Beckhoff, and Codesys is a plus
• Knowledge of C/C++ and Python is a must
• Good experience with actuators, steppers, servos, VFD, linear actuators, hydraulics, pneumatic. Servo drives, inverters, motor controllers, motion controllers.
• Knowledge of Electrical CAD, wiring, and schematics preferably with EPLAN
• Knowledge of gears, cam, crank, shaft, levers, pulleys, timing belts, motors, hydraulics, pneumatic.
• Knowledge of various switchgear, sensors, encoders, I/O devices, HMI programming
• Knowledge of controls system/architecture design and procurements of parts
• Knowledge of electrical/control panel design
• Hands-on knowledge in electrical interface design and construction.

Robotics Training Intern at Incrediminds

Incrediminds is a platform that offers online coding as well as classes catered to learners of all age groups. The form has experienced and highly skilled trainers who share their practical knowledge with the learners.

Responsibilities

• The selected interns will be required to perform numerous which will include:
• Making robotics projects
• Conducting classes for school students
• Handling project documentation.

Requirements

The intern should have a good understanding of Microsoft Office, Robotics, Arduino along with programming languages like Python, C++, or Java.

Robotics (Mechatronics) Intern at Nymble, Bangalore

Nymble is a young gutsy consumer robotics startup based out of Bangalore solving the problem of eating fresh, good nutritive food every day.

Nymble has always operated with global ambitions. Having run preliminary user trials in San Francisco and India, the company is now expanding its team, with financial backing from some of the smartest and boldest entrepreneurs in the global tech ecosystem.

Responsibilities

• Designing & developing electro-mechanical systems including PCBs & mechanical testing jigs
• Working with the Engineering Team to identify and resolve issues in prototypes.
• Building a Bill of Materials & coordinating the vendors regarding the procurement of components.
• Researching & breaking down US Kitchen safety guidelines from UL, NSF.

Requirements

• You have basic knowledge of Solidworks or any other CAD program.
• You have basic knowledge of an Electronics CAD program like Altium.
• You are a quick learner with crystal clear communication skills.
• Have experience in a collegiate team involved in Robotics.

The post Excellent Internship Opportunity: Top Robotics Internships in India for this October appeared first on Analytics Insight.

The Astro, Amazon’s home robot, powered by Alexa’s technology can interrupt your privacy.

Astro, Amazon’s first home robot, is powered by Alexa technology, Amazon‘s smart home technology. When not at home, the robot – a tablet on wheels about the size of a small dog – may be remotely operated to check on pets, humans, or home security. It also monitors a house on its own and notifies users if it detects something strange. Astro is roughly 50 cm tall and has three wheels that allow him to move around. It can map your house and respond to voice commands, delivering all of Alexa’s features to a mobile companion that can follow you everywhere you go owing to its wheels. The robot, for example, can assist family members or the elderly in maintaining frequent contact with their loved ones via video chats or even organizing a beat-boxing party.

The robot includes a periscope arm that allows it to interact with items like knobs and buttons in a limited fashion, as well as a system of cameras that allows it to navigate the house while avoiding obstacles. Customers may switch off cameras, microphones, and movements by pressing the microphones or cameras-off button at any time. Astro is unable to move or record video or audio while this button is pushed, and a dedicated red LED illuminates to match the red status indication on the screen.

You can even use Astro as a surveillance camera to keep an eye on what’s happening in your house while you’re away, thanks to his computer vision. Astro doesn’t appear to be able to play with your pets just yet, but they can check to see whether your dog has trashed your sofa or if your cat is napping on the uppermost shelf due to a special periscope camera.

Astro, too, has promised to safeguard your privacy, according to Amazon. Owners will be able to establish limits zones that tell Astro where it isn’t permitted to travel, as well as use “do not disturb” capabilities to limit Astro’s mobility during specific times of the day, in addition to all of Alexa technology’s regular privacy safeguards. Astro is not the first home robot on the market, but it is the first that has a chance of succeeding since it incorporates numerous characteristics that have been extensively tested in other Amazon goods.

Amazon has given it a face in an attempt to persuade us that it is a pleasant AI companion rather than the data-harvesting dystopian nightmare bot that it is. This creature is wicked, and it must be exterminated. Astro’s icy, glaring synthetic eyes aren’t endearing. Astro is a sci-fi nightmare that comes true. Imagine turning around and finding it sitting there silently watching you, waiting for an order, with those enormous circular eyes piercing straight into your soul. A surveillance gadget with a face has a menacing aura about it.

Astro is “awful,” a “disaster not suitable for release,” and “possibly hazardous,” according to developers who reportedly worked on the robot and spoke anonymously to Vice. According to one source, facial recognition technology is “at best inaccurate,” making the “in-home security offer ludicrous.” According to another source, the home robot is far more delicate than its high retail price suggests, with the camera mast regularly being stuck in position and it “almost definitely throwing itself down a flight of stairs.” Maybe, Astro is helpful to such an extent, but it can interrupt your privacy.

The post The New Astro Home Robot from Amazon is a Dystopian Nightmare appeared first on Analytics Insight.

Investing in these robotics stocks will profit you a lot.

Since the emergence of machine learning and automated manufacturing infrastructure, the demand for robotics stocks has risen substantially. Here are the top10 robotics stocks you can buy in 2021.

Rockwell Automation (NYSE: ROK)

Rockwell Automation is one of the leaders of industrial automation and information technology. The good news is, Rockwell Automation has seen a modest increase in demand since the March lows. However, the ROK robotic stock was not looking too hot before the pandemic hit the globe. Primarily, Rockwell provides lucrative contributions to the industrial internet of things (IIoT). It does this with its innovation in sensors, system architecture, and controls. With the help of these mechanisms, Rockwell can make the machines “talk” to each other. It alerts the human managers about crucial information, like when a piece of specific machinery requires maintenance. ROK is a proven leader when we talk about robotics penny stocks. Hence, it makes sense to buy this robotics company’s stock today.

Yaskawa (OTC: YASKY)

Yaskawa is one of the leaders in industrial robotics. It consists of approximately 20% of the market share. Japan-based Yaskawa focuses mainly on machine-control systems. However, robotics contributed to 34% of sales in its latest fiscal year. You can find its machine on factory floors across the globe – particularly in Asia, wherein it performs different jobs like packaging, assembly, coating, and arc welding. The company has a Vision 2025 plan. Yaskawa has the objective of doubling its forecast full-year 2015 sale of US$3.6 billion to a nearly triple operating income from this year’s US$305 billion goals. It plans to parlay its industrial expertise in the healthcare domain. Wherein it is looking to create robots to aid patients with limited mobility. It has become one of the premier robotics companies in stock today!

ABB (NYSE: ABB)

ABB has four different businesses, out of which one is its robotics and discrete automation. Hence, it will not be wrong to say that the company is not entirely dependent on robotics. However, its robotics division is number 2 globally, with a tremendous emphasis on China. ABB has bifurcated its robots into collaborative and industrial robots. The collaborative robots function alongside humans. They are designed with low payload and inspection applications in perspective. The industrial robots developed by the company span a wide range of niches and applications. ABB has plans to address robotics trends like the changing nature of labor environments, the urgency to move towards customization and digitalization. The company currently gets 51% of its revenues from Europe. However, it is heavily focused on China. The reason being, 25% of robotics revenues come from the country.

Siemens AG (NYSE:SI)

Siemens AG gets 31% of its revenue from factory automation wherein it provides robots in different sectors like sensor systems, power supplies, inspection & vision systems, manufacturing & warehousing systems, etc. The company also manufactures consumer electronics and provides transportation systems coupled with health care and hospital products. It is involved in so many different activities. They are an absolute hot favorite to work as a conglomerate; however, not necessarily the best bet for automation and robotics. This makes it a hot favorite amongst automation stocks. Their robotic stocks move to a different drummer than a company solely dedicated to robotics. It might be an excellent conservative bet for a long-term hold if you wish to invest in conglomerates.

Toyota (NYSE:TM)

The first thing that comes to mind when we talk about Toyota is cars and not robotic stocks. However, the automaker needs to be given due credit for its holistic approach to industrial technology and manufacturing efficiencies. Recently, the company has come up with its latest innovation – the humanoid robot. Toyota’s innovative humanoid robot significantly mimics the human form. Thanks to its flexible design, it allows the robot to perform activities that previously could only be done by human beings. On top of that, Toyota’s humanoid robot acts as a force multiplier, exerting pressure to assist in managing heavy or cumbersome objects. With time, these humanoid robots can prove to be a blessing for manufacturing capabilities.

iRobot (NASDAQ: IRBT)

iRobot is a specialized company in the field of robotic field care. It sells floor vacuuming robots, robotic lawnmowers, and mopping robots. The company mostly gets its business from the US. Currently, it is expanding its presence in APAC and EMEA. Even with the pandemic looming largely, the good news is that IRBT stock trended higher by 52% for the current year. In the current year, the company expects 12%-13% top-line growth in comparison to FY2019. Once things are back to normal, iRobot can grow by more than 15%. In short, iRobots is one of the top robotics stocks to hold right now.

FLIR Systems (NASDAQ: FLIR)

Companies like FLIR Systems develop crucial technologies like thermal imaging cameras featuring civilian and military applications. It supports the automation industry. It even develops advanced robotic platforms catering to military and law enforcement use. You can send robots to the hot zones first, and then our men and women in uniform can safely conduct their tasks. On top of that, FLIR’s robots assist in diffusing volatile situations. The life-saving solutions provided by the company can be a significant reason to opt for FLIR stock. This way, it is amongst the best automation stocks in the USA.

Cyberdyne (OTCMKTS: CYBQY)

The ultimate objective of Cyberdyne is to integrate machine learning and artificial intelligence to support differently-abled people This is yet another good investment for robotic stocks. Cyberdyne has created its Hybrid Assisted Limb platform (HAL). With the help of this device, Cyberdyne assists patients recovering from injuries or medical conditions to get back to their everyday lives as soon as possible. The good thing about HAL is, it not only provides physical assistance to its wearers, but it also alerts the patient whether their body movements are performed flawlessly. HAL utilizes correct movements and posture hard data to accelerate the recovery process of a patient. The greatest loophole of this CYBQY stock is its over-the-counter security, which is quite volatile. However, this unpredictability can make this company a surprise winner in the post-COVID-era.

Kraken Robotics (OTCMKTS: KRKNF)

Kraven Robotics is perhaps one of the riskiest robotics stocks mentioned in this list. Just like Cyberdyne, this robotics stock trades in the OTC market. . With KRKNF stock, you need to assume that it is just like a lottery ticket. However, it is quite intriguing. Kraken is a marine technology firm that develops advanced sensors for crewless underwater vehicles. It has enormous implications for civilian research. The more exciting part that I am curious about is its military applications. In 2019, Kraken secured a contract to provide sensors for the U.S. Navy’s man-portable autonomous underwater vehicle (AUV) program. It was during that time that the stock bolstered before tumbling lower. However, it was in the past. Today the global tensions with China have resulted in the need to control contested waterways as the US Navy’s priority.

KION Group (OTC: KGX.F)

Germany’s KION is not a well-known company in the US. However, it is the second-largest industrial truck (forklifts) supplier in the world and the market leader in Europe. It is also the world’s leading supply chain automation systems company thanks to its dramatic business. The lethal combo of industrial trucks and supply chain solutions (automation) contributes to making it a major player in warehouse automation growth. Given that the industrial trucks segment helps generate 74% of the company’s global revenue, it is safe to say that the development of KION as a company largely depends on the European industrial economy.

The post It’s Investing Time! Top 10 Robotics Stocks You Can Buy in 2021 appeared first on Analytics Insight.

Self-healing robots, using artificial intelligence, are leading to a new era in robotics.

Artificial intelligence-enabled robots will soon be able to feel pain and recognize when they need to be repaired. As collaborative robots make their way out of workplaces and labs and into homes, this is becoming increasingly important. Self-healing robots are becoming increasingly popular as automated substitutes for low-skilled employment. While robotics help in laboratories and industries has been widespread for some time, self-healing robots are set to become much more prevalent in homes in the next years. More flexible materials, on the other hand, are required for safer collaborative work alongside people and delicate jobs typically handled by humans, such as selecting fruits and vegetables or conducting small operations.

These tasks need a degree of dexterity that existing models of robots lack, therefore new materials that are softer and more flexible, dubbed “jelly-like polymers,” are being created as a solution to many of the problems that come with utilizing robots. They’re also less expensive and easier to make because they’re 3D printed. Such dexterous robots are capable of delicately manipulating items without causing damage, while also being considerably safer for people to work within manufacturing situations, for example.

Fruits and vegetables can be swiftly plucked and arranged safely, which is a significant step forward in the agriculture industry. These robots, however, are considerably more prone to fractures, rips, and other problems due to the delicate nature of the materials and the very smooth gripper surface to avoid bacteria or fungus development (which requires porous surfaces). As a result, until recent breakthroughs in self-healing robotics technology have made headway, these next-generation self-healing robots remain rather unrealistic for real-world application.

Because the cost of robots repairs and replacements is so high, the development of self-healing robotics technology is not only revolutionary, but it also has the potential to eliminate the need for time-consuming, complex, and costly repairs. It also has ramifications for sustainability, since self-healing robots would need to be replaced less frequently, as they will be able to undertake routine maintenance independently and autonomously.

Scientists have discovered polymers that can mend themselves, forming new connections after being broken in as little as 40 minutes, to help reduce downtime and costly repairs. Robots will soon be able to perceive and trigger the self-healing process without the need for human involvement and using artificial intelligence thanks to the embedding of functional material. When researchers can build soft robots built of a self-healing material that can detect damage, fix the flaw, and then finish the task that was in progress when the harm happened, they would consider it a success. This type of robot’s self-repair system might render complex, expensive repairs obsolete.

Self-repair systems in robots also make them less dangerous to humans who may be working with or near them, since their soft, flexible nature makes them unlikely to inflict serious harm. This makes work settings with a growing number of robotic ’employees’ significantly safer for human workers and goods.

Robots traditionally found as automated workers in factories and labs will soon begin to move into more environments, such as agriculture, and into the average household, thanks to the development of soft, safe materials embedded with polymers that can sense and locate damages and trigger the healing process without human intervention. Users or owners of such soft robots will be able to forego costly maintenance and instead make use of this safe, long-term solution, putting it at the forefront of the development of a new generation of robotics.

The post Self-healing Robots are Ushering in a New Era in Robotics appeared first on Analytics Insight.

Here are some of the best online robotics courses for kids and teens to learn in 2021

Robotics technology makes up a relevant and crucial part of the industry. Robots are integrated everywhere in our lives, whether in hospitals, schools, banks, or the agricultural industry. A robotics course will greatly aid the kids in the understanding of physics and maths at the upper primary and high school levels. It will provide a crucial opportunity for the kids to develop a practical approach that will be necessary for the future to pursue a full-fledged engineering course and develop a career in this field. This article talks about the top 10 robotics courses that are available online for kids to learn and understand the basics of this technology.

Online Robotics Program for Kids

Provider: Tekkie Uni

In this course, the children will learn to code virtual 3D robots. This course is formulated in such a way that the children will have a lot of fun coding robots to navigate various 3D mazes while learning the foundations of mechanics, physics, engineering. Not only will they understand the concepts, but they will also learn how to implement them daily.

Gesture Controlled Robot Online Course

Provider: Skyfi Labs

In this online robotics course, kids will learn and build a robot that can be controlled using hand gestures. Children will also learn about technologies like the working of motors, the calibration of sensors, and other related topics. Skyfi Labs taps into the kid’s potential and develops their confidence at a young age, which plays a big role in the kid’s career trajectory.

Robotics for Kids

Provider: Create- Learn

It is one of the best online classes that help kids in understanding robotics in the comfort of their homes. This course teaches children to develop different types of robots like simple bristle bots, clever vibrobots, underwater robots, and other related technologies.

Autobot Basic Level

Provider: Robokidz

This is an entry-level course where the students learn to make wired and autonomous robots. They will learn how to code in the open-source software SCRATCH, and will also be able to program their own robots. Robokidz offers the best teachers from reputed institutes who provide lectures in different Indian vernacular languages like Gujarati, Hindi, and other languages.

Coding for Kids: Scratch, Python, HTML, CSS, Math, Robotics

Provider: Udemy

With this course, children can master various programming concepts with ease and fun and apply them to more than 10 different software. They can also learn to build various games using Scratch, create websites, using HTML and CSS concepts on hosting platforms like WordPress.

Robotics for Kids and Beginners with Arduino

Provider: Udemy

This course is designed for parents who want to accelerate futuristic technology for their kids and future-proof their careers. Udemy offers a series of courses called the High-5 K2K collection that teaches skills such as AI, robotics, product design, and 3D printing. Also, the content is taught by kids from higher secondary classes which enhances the interaction between the students and the educator.

Robotics Summer Camps and Classes for Kids and Teens

Provider: iD Tech

This class combines fun with the opportunity for kids and teens to build and engineer robots while learning AI, visual coding, and machine learning. The programs typically incorporate competitive challenges where kids and teens task their robots with specific actions.

Edge Detection Robot Online Course

Provider: Skyfi Labs

Edge detection robots are also known as vision detection robots. Through this school robotics project-based course using Arduino, kids will learn to build their edge detection robots that use digital IR sensors to detect the surroundings and move accordingly to avoid tripping or falling. This course is equipped with scratch-based block programming modules that make programming robots easier.

5 Robots for School Students Online Project-Based Combo Course

Provider: Skyfi Labs

This program is specially formulated for school-going candidates, where they will learn to design 5 different types of robots-line follower robot, mobile controlled robot, gesture-controlled robot, edge-detection robot, and firefighting robot. This combo is equipped with scratch-based block programming modules that make programming robots easier to learn.

Robotics Specialization

Provider: Coursera

The introduction to robotics specialization introduces the kids to the concepts of robot flight and movement, how robots perceive their environment, how they adjust to the movements to avoid obstacles and accomplish complex tasks such as construction and disaster recovery.

The post Top 10 Online Robotics Courses for Kids to Learn in 2021 appeared first on Analytics Insight.

Here is all you need to know about the job of a robotics engineer

Average salary (per annum): US$84,370

Roles and responsibilities: A robotics engineer is a behind-the-scenes designer responsible for creating robots and robotic systems that can perform duties that humans are either unable or prefer not to complete. Robotics engineers spend the majority of their time designing the plans and processes needed to not only build robots but to have them work effectively. Some robotics engineers also design the machines that assemble the robots. Before a robot being constructed, engineers determine exactly what the robot will be used for. The roles and responsibilities of the robotic engineers include designing and evaluating prototypes, developing software systems for localization, object detection & tracking, and control of the robot, reviewing and approving cost estimates and design calculations, investigating mechanical failures or unexpected maintenance problems.

Qualifications:

• knowledge of engineering science and technology
• knowledge of computer operating systems, hardware, and software
• mathsmath’s knowledge
• design skills and knowledge
• excellent verbal communication skills
• the ability to use, repair, and maintain machines and tools
• thinking and reasoning skills
• complex problem-solving skills

Top 3 Online courses:

Industrial Automation course at LinkedIn: In this course, instructor Ian Barkin takes a deep dive into RPA, explaining what it is, what it’s not, and what to keep in mind when adopting it in your organization. Here, Ian shares information that can help a variety of stakeholders, from executives to IT professionals, to grasp the key benefits of RPA, as well as best practices that can help their organization succeed at both the process and enterprise levels.

Modern Robotics at Coursera: This Specialization provides a rigorous treatment of spatial motion and the dynamics of rigid bodies, employing representations from modern screw theory and the product of exponentials formula. Students with a freshman-level engineering background will quickly learn to apply these tools to analysis, planning, and control of robot motion. Students’ understanding of the mathematics of robotics will be solidified by writing robotics software.

Industrial automation at Udemy: This CourseThis Course is an intensive course that tries to cover all the concepts required to build a fully functional Electrical Automation project. This course will walk you through the process of designing your projects from scratch step by step by first introducing you to the most basic components and concepts.

Top Institutes Offering the program:

• International Institute of Information Technology, Hyderabad (IIITH): IIITH has a Robotic Research Lab, which aims to work on research problems and innovative projects that extend the state-of-the-art in robotics.
• Indian Institute of Technology, Kanpur (IIT Kanpur): IIT Kanpur has the Center for Robotics, which offers courses by faculty members from Aeronautical, Computer Science and Engineering, Electrical Engineering, and Mechanical Engineering Departments.
• Indian Institute of Information Technology, Allahabad (IIIT Allahabad): IIIT Allahabad offers M.Tech. in Robotics through CCMT counseling based on the score obtained in GATE. Candidates for robotics to join in IIITA must complete B.E./ B.Tech. in the relevant stream.

Top Recruiters for This job:

NVIDIA: Nvidia Corporation is an American multinational technology company incorporated in Delaware and based in Santa Clara, California. It designs graphics processing units for the gaming and professional markets, as well as systems on a chip unit for the mobile computing and automotive market.

NASA: The National Aeronautics and Space Administration is an independent agency of the U.S. federal government responsible for the civilian space program, as well as aeronautics and space research. NASA was established in 1958, succeeding the National Advisory Committee for Aeronautics.

Google: Google LLC is an American multinational technology company that specializes in Internet-related services and products, which include online advertising technologies, a search engine, cloud computing, software, and hardware.

Braintech: Braintech designs, develops, and deploys software and peripherals for Vision-Guided Robotics (VGR) systems. With a research and development staff focused on staying at the leading edge of VGR for the industrial, consumer and service, and government and defense markets, Braintech is the leader of vision-guided robotics.

iRobot: iRobot Corporation is an American technology company that designs and builds consumer robots. It was founded in 1990 by three members of MIT’s Artificial Intelligence Lab, who designed robots for space exploration and military defense.

The post All You Should Know about Robotics Engineer and Its Opportunities appeared first on Analytics Insight.

Take these inputs to go ace your robotics interview

Interviews are definitely a challenging task. That too, if that in a technical field maybe like data science or robotics, the chaos that happens in every interviewee’s brain is indescribable.

Well, here, worry not, we at Analytics Insight brought to you the 5 Do’s and Don’ts in a robotics interview so that you could ace it like no one else!

The Do’s

First Thing! Be Confident

It’s a deadly task to prepare ourselves for an interview that has complicated questions on robotics. Yes, it’s a fact. But that doesn’t mean you have to get panicky. With lots of numerical, neural schemas, formulas, your brain is loaded. So, keep calm before the storm. Stay cool and confident. The first impression is the best impression, so apart from knowing the fundamentals and advances in robotics, let the interviewer also know that you can work on tedious tasks and inventions with a cool head and utter confidence by accepting failures too with the same spirit, which is really important in the robotics industry.

Frame Your Own Questions

In a practical field like robotics that is interrelated with a lot of other fields like machine learning, artificial intelligence etc, so it’s extremely difficult to expect questions confined only to one particular field. So, it is actually suggestible to frame your own questions on all the possible topics the panel could ask you. If you’re lucky enough and the panel asks the same questions which you already prepared, then it would definitely make you feel at ease.

Practice with a Friend or Anyone Else

If it’s your very first after your studies, then this step is the most essential for you. Make sure to definitely try a mock interview with your friend or anyone else.

This boosts up confidence and gives you an idea as to how to answer and face the interview. If you failed to do this with your friend then worry not, use the help of technology and attend few mocks with millions of questions on the internet.

Research the Position Before the Interview:

If you are applying for the post of an assistant scientist or maybe for the post of a robotics engineer, then make sure to know the job obligations, roles, and responsibilities of that particular role, in and out.

It is extremely important to be well prepared regarding your role and responsibilities as it can fetch you a far better impression in front of the panel.

Don’t Neglect Communication Skills

Most often than not, in technical interviews like the one like robotics, candidates often ignore the aspect of having good communication skills rather focus on the technical aspects, numerical, etc. But that is not how it works. Of course, at the end of the day, your technical skills count more but in an ever innovative and creative field like robotics, communications skills also play a major role. The management not only expects you to work but also to create a proper work atmosphere with your positive spirit and communication skills. Hence, never ignore communication skills even in a robotics interview.

The Don’ts

Don’t Lie:

This is important not only in a robotics interview but when it comes to any other interview. Don’t lie. Lie as in when it comes to your technical experience or patents or education or real-time projects. No – never ever lie in a robotics interview. This could fetch you harm even if you get hired and then you are put in a real-time project that is more than your capabilities.

Be honest and inquisitive. JUST DON’T LIE.

It’s Okay to Not Know Answer

Don’t pretend as if you know everything and then make up some stories. It’s absolutely okay to not know a few and pieces in a vast ocean-like field of robotics. Do not bluff out some answers as it is very important to be extremely specific in the robotics field where every detail counts. If you are asked a question that you don’t know the answer to, simply tell them you don’t know or aren’t sure. If you have never heard of the technology or haven’t done what they’re asking about, just be honest, it will be better received than you trying to tap dance around the answer by Googling it.

Don’t Assume You Know What Types of Questions will be Asked

It is really important to b prepared with the questions that might surge up in the interview but in a very vast and extremely skilled field like robotics, it is always suggested to not presume all the types of questions that would be asked.

Some companies focus on the coding while some others focus on the other technical aspects or some others may just test your speaking skills. So just don’t be over-prepared.

Don’t Talk ILL About Any Other Technology

If you love Hadoop, it’s okay or you love some other language but when asked about a certain programming language or any other technology, make sure to not talk ill about any other technology when asked. Now, if you have languages you love, then feel free to bring that up. But generally speaking, having negative opinions can come across wrong.

Don’t Let One Bad Interview Ruin Your Next Few

It feels terrible.

But that’s fine. In a dynamic field like robotics, it’s not always a success, sometimes it’s about failure too. So lastly, don’t lose your spirits.

All the best. Go and rock the robotics interview.

The post Do’s and Don’ts in a Robotics Interview appeared first on Analytics Insight.

This is all you need to know about the job of robot programmer

Average salary(per annum): US$ 289.91 – US$ 14,495.50 per year

Roles and responsibilities: The roles and responsibilities of a Robot Programmer include,

• Help engineers in the design and development of robotics
• Construct robotic devices or systems
• Perform maintenance, both corrective or preventive
• Components need to be disassembled, repaired, and reassembled
• Conduct tests as well as keep a track of the results
• Install, program, as well as repair controllers, tools, etc.
• Analyze installation locations and offer robotics training to operators
• Path programming and/or computer software development

Qualifications:

To become a robotics programmer, one will need at least a two-year program in electrical engineering technology, mechanical engineering technology, or other related disciplines.

Other areas that are popular include computer programming and integration, conveyor systems, motion programming, etc., are students should extensively cover.

Top 3 Online Courses:

Algorithms Specialization at Coursera: Algorithms are the heart of computer science, and the subject has countless practical applications as well as intellectual depth. This specialization is an introduction to algorithms for learners with at least a little programming experience. The specialization is rigorous but emphasizes the big picture and conceptual understanding over low-level implementation and mathematical details. After completing this specialization, you will be well-positioned to ace your technical interviews and speak fluently about algorithms with other programmers and computer scientists.

Robotics: Kinematics and Mathematical Foundations at edX: This is an advanced course designed for learners who have a bachelor’s degree in engineering or a similar field. Learners will succeed in this course if they have familiarity with basic operations on matrices and vectors, as well as exposure to derivatives and partial derivatives. The fundamental challenge this course address is how one can create robots that operate well in the real world.

LEGO Robotic C Programming at Udemy: The course teaches you how to use C programming to control the LEGO Robot. It is not the NXT software but more cool cooler NCX coding. You can learn the basic C coding skill and special functions for the LEGO Robot. You can develop an algorithm to let your Robotrobot autopilot the field and find enemies.

Top Institutes Offering the Program:

• NIELIT Lucknow: NIELIT Lucknow is a unit of NIELIT, Ministry of Communications & Information Technology, Govt. of India. It offers various short and long-term courses in Information Technology and Electronics. NIELIT Lucknow has trained more than 20,000 students in its 20 years of existence at Gomti Nagar, Lucknow Campus.
• CDAC – Centre for Development of Advanced Computing: The Centre for Development of Advanced Computing, also termed C-DAC, is located in Pune, Maharashtra. The institute was established in 1993 by the Government of India as an autonomous institute under the Ministry of Electronics and Information Technology.
• Manipal ProLearn, Bangalore: Manipal ProLearn, a leading professional learning platform is a division of Manipal Global Education Services (MaGE). It offers various professional programs across Technology, Digital Marketing, Data Science, Project Management, and Finance domains.

Top Recruiters for This Job:

Philips Corporation: Phillips is a global manufacturing solutions leader that started as a machine tool distributor, they have most recently established a Public-Private Partnership agreement to work with the U.S. Department of Defense to educate, inspire, and redefine the capabilities of additive manufacturing.

ABB Group: The ABB Group consists of several divisions including Power Products, Power Systems, Discrete Automation and Motion, Low Voltage Products, and Process Automation. Technology plays a key role in the success of The ABB Group.

IBM: IBM is a leading cloud platform and cognitive solutions company. Restlessly reinventing since 1911, they are the largest technology and consulting employer in the world, with more than 350,000 employees serving clients in 170 countries.

Omron Adept Technology Inc.: Omron Adept Technology, Inc. is a multinational corporation with headquarters in Pleasanton, California. The company focuses on industrial automation and robotics, including software and vision guidance. Adept has offices throughout the United States as well as in Dortmund, Germany, Paris, France, and Singapore.

Apex Automation and Robotics: Apex Automation and Robotics is an Australian company specializing in the design and manufacture of custom-built automation machines.

The post Top Tips about the Career of a Robot Programmer in 2021 appeared first on Analytics Insight.