Embracing Robotics Can Be a Cost Savings to Farmers, Jeff Hawks Explains
Farmers endure a number of costs throughout the year. Additionally, their revenues may not be what they want them to be due to issues with their crops. While it’s easy to let costs get out of control, Jeff Hawks, a mechanical engineer, offers solutions using innovative technology.
Jeff Hawks of Nebraska, a graduate from the University of Nebraska-Lincoln, has a Ph.D. in Mechanical Engineering. He has focused heavily on robotic technology, particularly to assist agriculture and farming sectors.
Robotic technology can be used as a way to not only provide additional labor on the farm but also to provide more data, Jeff Hawks explains. More technology is becoming available, making it possible to produce more agriculture in a safe way.
Different types of robots can provide different benefits to farmers. Jeff Hawks of Nebraska has worked heavily with wheeled robotic systems that are designed to be used in farming applications. The robots can do the walking so that farmers don’t. They’re capable of spraying crops with fertilizer, water, and more. Additionally, sensors can be added in order to gather information.
The robots are capable of reaching areas that farmers cannot. It’s not uncommon for a farm to cover hundreds of acres. It makes it impossible for a single person to walk the entire location, especially not in a single day, Jeff Hawks explains. However, robots can provide the coverage.
Jeff Hawks of Nebraska explains that robots can be used to gather a significant amount of intelligence. They can take photos and collect samples of air and soil quality. It makes it easier for a farmer to know when there are problems with the crops, identify why crops aren’t growing, and address other issues.
In the past, farmers have had to deal with a trial and error system of what does and does not work. They may also spend thousands of dollars to have professionals analyze their farmland. Thousands of dollars spent a month can add up – and it’s not necessary once farmers have the right robotics to provide them with the analysis that they need, Jeff Hawks of Nebraska explains.
Many farmers can increase their crop production following the investment in robotic technology. It ensures they get the added labor assistance that can work day and night. Additionally, they get the data and insight that they need to make decisions about how to improve the soil and the other elements that lead to better crop production.
Dr. Jeff Hawks of Nebraska grew up on farms in Nebraska. He understands the challenges that farmers face. He knows that farmers are often short-handed when it comes to labor. It’s one of the reasons why Jeff Hawks has gotten into the area of robotics that he has – to provide a better solution to farmers who want to save money and boost their crop production.
Dr. Jeff Hawks of Nebraska has watched as the Covid-19 pandemic started and spread throughout the country with wild speed. The fear of this disease and its impact on society has made life very difficult, he notes, which is why biomedical devices are needed. Jeff Hawks of Nebraska believes that these devices can transform treatment methods and make care more comfortable to handle for many.
Dr. Jeff Hawks of Nebraska Defines Biomedical Devices
Over the years, Dr. Jeff Hawks of Nebraska has become an expert in many different fields that are diverse and surprising. And he has studied and examined biomedical devices over the years and believes that they are the future of disease management in just about every field. These tools provide a surprising array of benefits that make them beneficial for a variety of different situations, including finding disease cures and treatments.
These devices come in many different shapes and sizes, Jeff Hawks of Nebraska says. For example, a traditional x-ray machine is just one type of biomedical device. Infrared thermometers would be another good example. However, these tools also include items like high-powered microscopes, various kinds of fluid containment items, and a myriad of other mechanical devices that provide a surprising array of benefits that other care methods may not. Many non-invasive monitoring methods lead to biomedical devices.
Biomedical devices can be designed to facilitate testing collection and processing. They can also be used in treatment protocols (i.e. ventilators that can facilitate more than one patient). These devices are especially important in rural areas where hospital resources are limited. Another area hit hard by Covid-19 are developing countries. In many of these areas, biomedical devices are needed to facilitate field hospitals due to a lack of medical infrastructure. By focusing biomedical devices on this disease, he believes doctors and research experts can change the world by enhancing care and prevention.
Ways That They May Help | Dr. Jeff Hawks of Nebraska
The wide diversity of biomedical devices available on the market may make them a great tool in the fight against Covid-19. Dr. Jeff Hawks of Nebraska states that machines like oxygen readers, ventilators, and much more are all necessary in this fight. By focusing on these kinds of devices and using them appropriately, Jeff Hawks of Nebraska believes that the dangers of Covid-19 can be minimized.
For example, there are many devices that can read the antibodies produced in a person to fight various diseases. These antibodies are critical for the fight against Covid-19, Jeff Hawks of Nebraska states, as they must be activated and kept active to prevent further spread. Vaccines may help here, he says, and many biomedical devices can help to create and test these vaccines as the disease moves further.
Just as importantly, many biomedical devices are necessary for creating treatment methods. For example, powerful lasers and production equipment can be used to produce medicines that decrease the spread of Covid-19, Dr. Jeff Hawks of Nebraska says. Precision, focus, and careful management of these tools are all necessary to assist in this right, he says, making them a crucial aspect to consider.
Dr. Jeff Hawks of Nebraska discusses his research on boosting grain bin safety using a robot.
Grain bins are grain storage facilities used in agricultural areas. Unfortunately, grain entrapment, or engulfment inside of the grain bin, causes dozens of deaths each year. Robotics expert Dr. Jeff Hawks of Nebraska began working with his University of Nebraska – Lincoln team years ago to reduce the risk of death or serious injury due to grain bins and the augers that circle the bottoms of the bins.
Dr. Jeff Hawks of Nebraska has been working alongside fellow engineers and robotics experts to boost safety for farmers and anyone operating commercial grain bins. Fortunately, Jeff Hawks of Nebraska brings some agricultural expertise of his own to the table as he grew up on a small farm. Many believe that children raised on a farm make great engineers. This is due to the regular need for farmers and their families to find innovative solutions to problems.
Jeff Hawks of Nebraska explains that farmworkers tend to be do-it-yourself people. If there’s a problem with a machine, they want to be able to fix it quickly and affordably on their own. With this notion in mind, Jeff Hawks of Nebraska and his fellow experts set out to create a product that is something farmers will be eager to put to use. He explains that the product needs to be functional for farmers who have been in the industry for 60 years as well as those in their 20s.
Robotics experts working on the project, including Dr. Jeff Hawks of Nebraska, explain that the robot must include sensors that can adapt to the dirty and dark conditions in which many farmers are often working. After all, they explain, farming is not a nine-to-five profession. Jeff Hawks of Nebraska adds that the robotic device must be light enough for workers to handle, without the need for heavy machinery, and small enough to fit inside a pickup truck.
Jeff Hawks of Nebraska has been using the most advanced sensor technology to receive feedback and assess it to improve the operations of the robot. They’re now in the process of creating the prototype with the help of local farmers, human resources personnel, grain elevator operators, and more.
There are 2 essential functional requirements for this project. First, the robot must have the power necessary to move (push/pull) the sweep augers that can range in size up to 600lbs. There are traction issues with the type of grain. The other requirement is the ability of the robot operator to visualize the environment with the robot’s sensors as this environment is dark and dusty.
This particular robot will be controlled by workers via remote control. Its job is to adjust the sweep augers of the grain bin without actually entering the bin. That means farm workers will no longer have to enter the bin as well. Jeff Hawks of Nebraska explains that he and his team will know if this can be a commercialized product by how well the farmers themselves respond.
“We’re the robotics experts, but they’re the farming experts,” Dr. Jeff Hawks of Nebraska finishes. “If we find them wanting to use it time and time again, we know we’ve created a product that’s going to help the farming community and save lives.”
Farmers’ worries range from the economy to the impact of their labor on their health. Jeff Hawks of Nebraska explains how wheeled robotics systems can help carry that burden.
Farmers are some of the most hard-working people out there, waking up early in the morning to do a lot of hard work, tilling the fields, harvesting crops, milking cows, tending to their livestock, etc. There are a lot of duties that fall on their shoulders, and frankly, as farmers grow older, they grow with more struggles in their daily tasks. Jeff Hawks of Nebraska explains how wheeled robotics systems can be used to ease the burden of these beleaguered farmers.
Jeff Hawks of Nebraska explains the value of wheeled robotics systems have for struggling farmers
In order to help the farmers that put food and beverage on our tables, Jeff Hawks of Nebraska thinks it important for us to come up with innovative solutions. There is nothing wrong with an honest day’s work, but that does not mean that they should not be able to or allowed to receive help from others, including technology. There are a lot of different types of robotics systems that Jeff Hawks of Nebraska regards as helpful for farmers; for example, one robotics system, the TerraSentia, is small enough to maneuver between crops with relative ease and is able to analyze plant health and yield potential. The farmers can then use this data to get an idea of how the crops are going to turn out, giving them more time and knowledge to plan for the future and prepare for any potential issues.
Machines like these can help improve yields in ways that humans by themselves cannot do, giving consumers a heightened supply while giving the farmers financial success without them having to take years off their lives through overworking and stress, Jeff Hawks of Nebraska notes. Automation has been a major process of farming for a while yet, with the machines created for planting seeds and harvesting automatically being made more and more reliable as time goes on due to technological advancements, Jeff Hawks of Nebraska discusses. It can even use machine learning to discern certain things to target and what things they should avoid. These wheeled robotics systems are also seemingly getting smaller. Smaller machines reduce soil compaction that reduces crop yields and increases the energy needed to till the soil. Smaller also makes them more affordable. Several small robots would be less expensive than one large expensive robot. And it is not just the functionalities of these systems that are advancing, but also the way they are powered. One such example is the solar-powered robots from Sweden that can rapidly differentiate between crops and weeds. As land continues to be more scarce with our booming population, Jeff Hawks of Nebraska notes how important it is for farmers to be able to use their land more efficiently.
Jeff Hawks of Nebraska Explains How Farmers are Gaining from the Latest Technology
New technology can be found in a variety of industries, ranging from the medical field to office management. The farming and agricultural industry is often slow to obtain the latest technology. Jeff Hawks has shown that farmers can benefit from some of the newest innovations in robotics.
Jeff Hawks of Nebraska has spoken in detail about wheeled robotic systems for farm applications. This can be used similarly to drone technology but down on the ground. Farmers can use these as autonomous machines that will “walk” the land for them.
Many people had assumed that it could be decades before the farming industry saw any of the latest AI technology. However, the autonomous vehicles are being created faster than anyone anticipated – and they’re already making their way onto farms.
Jeff Hawks explores how this can impact the farming industry. No farmer has to be in the cab with the wheeled robots in place. Depending on how specialized the programming is, the robots can help with spraying, playing, plowing, and weeding the cropland.
A variety of startup companies are already beginning to report how robotics are making a difference within the industry. Jeff Hawks of Nebraska has identified that there are already startups making an impact in Australia and Canada. There are also various industry leaders that are exploring how farming technology can be implemented on a larger scale.
Jeff Hawks has been heavily involved in robotics and automation for years. He graduated from the University of Nebraska and has also served as a research assistant professor in the areas of robotics, biomechanics, and automation. He has managed projects that are involved with automating tasks by using robotics. While most of his projects have focused on the medical industry, he’s been excited to see how the same technology can be used within the farming industry, too.
When farmers have the ability to use wheeled robotic systems, it can boost productivity and reduce labor. Additionally, many of the robotic systems offer a higher level of precision. Once the initial investment in the systems is made, it can reduce the amount of money spent on chemicals. It can provide more information about the crops, too, ensuring that farmers are making better decisions about how to treat issues that are happening across their land.
Jeff Hawks of Nebraska explains that innovations within the areas of Artificial Intelligence and robotics are changing rapidly, providing dramatic benefits for an array of industries. Farmers will want to continue to watch how trends develop so that they can see how the use of robotics within their properties can make an impact.
Jeff Hawks of Nebraska Has Identified How Robotics is Providing More Benefits to Patients
Each and every year, millions of Americans go under the knife for surgery of one kind or another. There are risks associated with surgeries, and Jeff Hawks of Nebraska has been showing how robotics can be used to help surgeons improve precision and efficacy. Jeff Hawks has done a significant amount of research in robotics to show how it can aid in laparoscopic surgery. Miniature robotics can be placed entirely inside the abdominal cavity through a single incision, reducing the trauma and improving patient recovery.
As an expert in robotic technology, Jeff Hawks of Nebraska graduated from the University of Nebraska-Lincoln with a Ph.D. in Mechanical Engineering. Dr. Hawks has worked with NASA and the Army’s Telemedicine and Advanced Technology Research Center to demonstrate the use of surgical robots.
One of the biggest problems that surgeons have has to do with the risks associated with large incisions. They’re prone to bleeding and infection. They also increase patient recovery times and hospital costs. As such, laparoscopic surgeries, otherwise known as keyhole surgeries, are gaining more popularity. Jeff Hawks of Nebraska wrote his Ph.D. dissertation on miniature wireless surgical robots. He has shown how robotics can be applied in the future.
Dr. Hawks has been heavily involved in grant consultation work, too, specifically within biomechanics. This allows others in the medical field to explore how robotics can be developed and used in order to give surgeons more dexterity in the operating room. While robots won’t replace surgeons, it can reduce the size and number of incisions that surgeons do, providing more benefits to patients. It can also reduce surgical fatigue with big surgeries where surgeons may currently be forced to stand over an open patient for eight or more hours prior to closing.
Jeff Hawks has written a number of medical articles to explain to doctors how wheeled robotics, biomedical devices, and more are the future of the operating room. He has managed a variety of research projects that focus on mechatronics and biomechanics. Further, he is committed to talking to doctors around the globe for how they can embrace robotics in order to adapt to the latest technology.
A number of medical science journals have been reporting the use of robotics in more and more surgeries. While the cost to implement robotic surgery tools into facilities can be high, many medical facilities around the country are beginning to embrace the technology. Additionally, Jeff Hawks of Nebraska regularly encourages surgeons to learn how to use the various robotic tools within skills labs whenever they have the opportunity.
Jeff Hawks: Changing The Game In The Farm Safety Arena
It’s an uncertain time in the United States, and food security is more important than ever. Robotics pioneer Jeff Hawks is doing his part to make sure that the USA stays ahead of consumer needs when it comes to agriculture and food security.
Jeff Hawks grew up on a farm in Nebraska, and he understands how important it is for farms to stay on top of the latest tech advancements. With the onset of shortages in food and other products nationwide, it’s a more important time than ever to make farming as efficient as possible. This includes keeping farmers and farm workers safe.
One major issue on most farms when it comes to safety is grain bins. Growing up, Jeff Hawks saw firsthand the damages that grain bins can cause. Grain bins are known for causing serious injury and even death to farmers, and Jeff Hawks decided to create the change necessary to protect farm workers.
When grain bins are being used, an auger sweeps the bottom of the bin. From time to time, the auger gets caught, and a farmer needs to go in and release the arm. While federal safety regulations require that farmers turn off the equipment before entering the bin, many farmers forgo this advice. This can result in an unnecessary loss of life.
The loss of farmers leads to a loss of food security, which is especially dangerous in the United States today. Jeff Hawks decided to create a solution to the grain bin problem – and he did so by using a robot.
The robot had to be small enough to be able to fit in the bottom of the grain bin, and light enough to be lifted by one or two farmers. It also needed to be able to adjust to low levels of light. Jeff Hawks considered the factors necessary to solve the problem and got the job done.
Getting farmers to change their ways isn’t always easy, but Jeff Hawks’s experience on a farm means that he knows how to improve farms in a way that makes sense. Jeff Hawks is passionate about using technology to improve the efficiency and safety of agriculture.
While Jeff Hawks is passionate about working to improve farming in the U.S. due to his upbringing, he also works to bring advancements in robotics to other industries. Jeff Hawks is a leader in military and medical robotics. He’s applied the knowledge he’s gained from troubleshooting farming robotics to help advance other industries.