Robotics expert Jeff Hawks discusses the benefits of using robotic arms for welding applications.
Manufacturers know that welding personnel can be difficult to find. Those who are experts in the trade have become even rarer in recent years, as the welding profession becomes less popular among young people. Robotics expert Jeff Hawks explains that robotic welding allows manufacturers to complete more than one welding operation per person at a time. Using robotic arms for welding offers a number of other advantages as well.
According to robotics experts like Jeff Hawks, integrating robotic arms for welding can help companies easily optimize their staff. Rural areas have an especially difficult time maintaining the workforce. One experienced welder can gain assistance and oversee the work of several robotic arms. This means the company can assist their welders and improve the job environment.
Jeff Hawks explains that completing the same welding jobs over and over can be extremely boring for more experienced welders. This often results in higher employee turnover, and companies needing to train employees multiple times for the same position. Jeff Hawks states that improving the job environment for the employees improves the turnover of welders. Younger welders have been raised in a society of technology and ‘smart’ devices. Generally, they enjoy embracing that type of technology in the workplace as well.
Another way robotic welding arms reduce a company’s cost and increase profit is through decreased waste. Less weld wire and other materials are used because the robotic welding arms make fewer mistakes. Additionally, Jeff Hawks explains that robotics allows parts that need to be welded to run through the system quicker than if they were welded by personnel. Placement and routines are set for the robotic welding arm, decreasing production times, and increasing profit.
Robotics expert Jeff Hawks states that robotic welding arms offer countless advantages to manufacturers. However, he adds that a few factors are still holding companies back from implementing these robotics practices. For a long time, companies need robotics experts like Jeff Hawks on hand to program the welding arms and properly prepare them for work.
Jeff Hawks explains that recent advancements to the industry have led to devices that teach the robotic welding arms how to perform the required task. He explains that this major advancement could be what makes robotic welding arms drastically more popular among manufacturers in the coming months and years.
Farmers Have Access to More Tech Than Ever, as Jeff Hawk Explains
The farming industry hasn’t evolved dramatically over the past few decades. While many industries were quick to get updates due to the technology, the farming industry continued the way that it always has – through manual labor. Now, there are new technological innovations that are helping farmers manage their land and yield more crops. Jeff Hawks is an engineer that has focused a significant amount of time on robotic systems for farming applications.
Jeff Hawks received his bachelor’s, master’s, and Ph.D. in Mechanical Engineering from the University of Nebraska-Lincoln. Growing up on a farm, he has always had an interest in how to deploy robotic technology that is capable of assisting agriculture and farming needs. He understands the scope and requirements of robotic systems so that it offers the desired level of assistance.
Over the years, Jeff Hawks has helped to develop autonomous and semi-autonomous robots. Wheeled robotic systems can be used to help farmers navigate the land. It makes it easier to analyze what’s going on without an individual having to walk the property on their own. Further, through the use of various sensors, it can identify the level of moisture in the ground, the amount of heat that the crops are getting, and more. Even photos and videos can be generated so that farmers know what they’re dealing with, Jeff Hawks explains.
Robotic systems are the future of agriculture. While they can be an initial investment, the information and analysis that they are capable of are well worth it, Jeff Hawks explains. Currently, farmers may spend thousands of dollars working with professionals who can analyze irrigation needs, drought conditions, pest control issues, and more. Those professionals will use drones and other tech to provide the information.
Using the latest tech with wheeled robotics and autonomous sensor platforms, farmers are able to get the data that they need on their own. The robotics can be programmed to navigate the property, collect samples, and show farmers what they need to know. It allows farmers to take greater control of their property. It allows for a higher level of self-reliance, Jeff Hawks explains.
In many instances, Jeff Hawks explains that the investment in wheeled robotics can actually save money. The cost of having professionals come out and analyze a farm can be expensive. If a farmer is having similar issues repeatedly, it can lead to multiple visits and more expenses. Or, as Jeff Hawks suggests, the robotic systems can provide the analysis so that a farmer can take care of the problems on their own.
Dr. Jeff Hawks continues to explore new ways for robotics to have a positive impact on the farming and agricultural industry. With his background in farming, he is uniquely qualified to consult on an array of projects.
Grants Can Provide Researchers with More Opportunities, Jeff Hawks Explains
Each and every day, researchers attempt to make the world a better place. They look at technology, medicine, and more to make a difference. Research takes money, however. Jeff Hawks explains how applying for medical grants can make a difference.
Jeff Hawks is an engineer based out of Lincoln, Nebraska. He has spent a significant amount of time working on robotics and automation development. Further, he has been innovative in the area of wheeled robotic systems and wireless surgical robotics.
Medical grants are offered by countless companies. It is money offered in various areas that don’t need to be paid back. It allows researchers to focus more on their work than trying to get a second job. The money can be used to pay the salaries of lab assistance, access new technology, and various other items. In some instances, grants can be worth tens of thousands of dollars.
When grants are applied for, it allows researchers to focus harder on the solutions that are at hand. Whether it is to design a new robot, find a cure, or something else, the grants can be what allows the researchers to be successful.
While so many people have great ideas, Jeff Hawks points out that it is often a lack of money that allows people to move forward. Without a grant, Jeff Hawks finds that many people push their research to the side. It prevents those ideas from ever launching into anything that can have a dramatic effect within the field of medicine.
Jeff Hawks has urged many of his fellow engineers to apply for grants. While the grant paperwork can be cumbersome, the payoff can be substantial.
One of the ways that Jeff Hawks helps to move medicine forward is by conducting grant consultation work. He will work with those who have ideas and find the grants that can offer financial backing. For people with big ideas, grants can help to provide the necessary funding. Additionally, the ideas can be used by companies so that the ideas not only become a reality but are used on a grand scale to make a difference.
Biomedical devices, surgical robotics, and more have been created to help medicine as a result of people accessing grants. Jeff Hawks works to find the different grants that are a fit for the work a person is doing. Further, he works to break the information down so that the writer of a grant can see why it can be worth the risk.
Jeff Hawks has dedicated most of his life to making a difference in the field of medicine. With his engineering know-how and his commitment to helping others, he has been successful with his innovations. Now, he looks to use that information to help others obtain the grants they need to be successful with their innovations, too.
Engineer Dr. Jeff Hawks discusses rehabilitation robots and how they’re revolutionizing the sports therapy occupation.
The medical industry has always relied heavily on technology. Technological advancements are often what influence new surgeries, healing strategies, and other treatments. The field of sports therapy is no different. Recently, engineer Dr. Jeff Hawks discussed rehabilitation robots and how they’re revolutionizing sports therapy.
Some of the biggest changes in medical technology we’ve seen in recent years have been the development of robotics for rehabilitation. Dr. Jeff Hawks stated that rehabilitation using robotics remains a young field, but it’s growing at an exponential rate. That’s because robots can be extremely effective in offering adaptive support and increasing the intensity of the therapy in a completely controlled way. Dr. Jeff Hawks added that a major advantage of using robots for sports therapy rehabilitation is that robots are not prone to the negative effects of human error.
Dr. Jeff Hawks explained that robot rehabilitation is currently a process that involves engineers, clinical neurophysiologists, and sports therapists. All of these professionals work alongside each other to create and implement sports therapy strategies that will aid in a patient’s recovery. Dr. Jeff Hawks added that robot-assisted rehab for sports injuries is advantageous because it provides a standardized environment for the patient. In this environment, intensity can easily be increased and tracked.
“There are so many factors that affect a patient’s rehabilitation in a traditional sports therapy setting,” Dr. Jeff Hawks stated. “For instance, if a patient is practicing sports therapy at home, they may not be following protocols correctly. They may perform exercises without proper form or take extended rests between exercises.”
Dr. Jeff Hawks explains, “Robot-assisted rehabilitation is important to point out feedback to the clinician and the patient. Instant feedback is important. Not only can the proper form and method be ensured, but improvement throughout the protocol can also be tracked.” He described a study in which patients performed therapy movements with their affected limb throughout a 45-minute session. The patients completed about 30 repetitions with the affected limb in a conventional setting. Amazingly, they performed more than 1,000 repetitions in the same time period when using robot-assisted therapy.
Dr. Jeff Hawks stated that this is because the patients are assisted in performing the exercise correctly, consistently, and without distraction.
Dr. Hawks stated, “A big area of rehabilitation robots or assistive devices are for disabled patients (i.e. MS) who need assistance to complete tasks effectively but can’t rehab in traditional ways.” He continued by explaining robot-assisted rehabilitation is simply superior at staying on track and accomplishing the goal at hand.
“Rehabilitation robots are constantly evolving,” Dr. Jeff Hawks finished. “We expect them to revolutionize the sports therapy industry by increasing the effectiveness of the therapy and getting patients back out enjoying the sports they love more quickly.
Jeff Hawks celebrates his acceptance into ResearchGate as a contributor in a variety of academic fields, including robotics & automation.
Jeff Hawks has spent years studying robotics and automation. This has helped him work in several different fields, from farming to surgery. While Jeff Hawks works in research and academia for a living, he also does it for his passion for the work. He has had several highly creditable peer-reviewed journal publications. He is excited to continue to add his research to the vast body of knowledge available to professors, students, scientists, researchers, and the world at large.
ResearchGate is a platform to continue to disseminate that information. It also serves as a way to share white papers prior to publication for discussion among peers. Jeff Hawks explains that ResearchGate works well for establishing collaboration with researchers working in similar fields and on similar projects.
Jeff Hawks Makes His First Contribution to ResearchGate
Not only does Jeff Hawks hope to learn from ResearchGate, but he has already started work as a contributor. In 2016, Jeff Hawks published Numerical Investigation of Two-Phase Flow of Non-Newtonian Fluid Discharged from a Sauce Dispenser: TWO-PHASE FLOW OF NON-NEWTONIAN FLUID with his researcher partners Ruiyan Chen, Zhaoyan Zhang, and Peter Edwards. According to Jeff Hawk’s profile, the study looked at the following:
“Fluid dispensers are widely used in various food processing applications. The present work investigates a two-phase flow of sauce discharged from a dispenser. Preliminary simulations were conducted to study the effects of non-Newtonian properties on the resulting flow. It was found that the non-Newtonian properties of the sauce tend to distribute the flow more toward the mid-plane of the fluid field…Through numerical investigations of the dispensing process, the present work proposes optimized dispenser geometry and provides physical insights into the breakup time and the breakup length of the liquid film. Based on these findings, the better design of the sauce dispenser can be achieved.”
Jeff Hawks Focuses on Robotics and Automation
However, Jeff Hawks isn’t just riding on the success of his past work. Currently, he is working on several projects in robotics and automation. These projects will involve real-world tests on automotive processes and devices.
First, he will be testing a prototype low-cost robotic arm for welding. Though this project is still in the development stages, it could prove vital for a number of industries. Robotic welding arms could also make welding safer for industrial workers.
During this work, Jeff Hawks also plans to integrate robotic systems for farm applications. Many farm appliances require welding, which would help both projects go hand-in-hand. In any case, robotics for farmers could greatly reduce the need for manual farming around the world. Thanks to his acceptance to ResearchGate, Jeff Hawks will be able to share the results of his work with the world as soon as he finishes these projects!
Jeff Hawks Offers to Work with Scientists to Ensure They Get the Grants They Need for Valuable Research
Grant writers struggle with submitting and winning grants that can be used to fuel their research. Scientists admit that they don’t know where to look for funding. Further, many areas are highly competitive, leading to the need to focus on what makes their proposal unique. Jeff Hawks of Nebraska, a former research assistant professor in mechanical engineering, has focused heavily on robotic technology for the agricultural, medical, and space exploration industries and has won a number of grants.
The grants that Jeff Hawks has won have allowed him to focus more heavily on mechatronic devices and biomechanics. He believes that successful grant applications need to show how the work can be used to improve existing operations and even improve compliance.
Jeff Hawks has begun offering grant consultations so that other scientists can benefit from grants being offered without having to worry about the details. There are many programs, universities, and companies offering to fund research. It can make it easier for people to continue their innovative research methods while getting the necessary money to move forward.
Jeff Hawks finds that it’s important to show off the big picture. Many scientists write grant applications to focus on what they’re doing. What they fail to do is show how their research will help with the big picture applications. The impact of a grant on a research field is critical.
Throughout the grant consultations, Jeff Hawks focuses on some of the biggest issues. This includes acknowledging that there are timelines. Scientists need to dedicate the time necessary to complete the grant proposals to ensure that they are getting the necessary funding. Further, it is critical to tell a good story with a sound scientific method to analyze results. Many scientists get too involved in the details and, therefore, applications are rejected because the reviewers aren’t understanding what is going on.
Jeff Hawks also identifies that many ideas are too overambitious. He has received a number of grants because of learning how to narrow his focus. As opposed to simply focusing on robotic technology, he looks at assisting agriculture and farming with the technology. He has also focused on researching biomedical devices, and more specifically semi-autonomous robots used in the military.
When Jeff Hawks works with scientists on their own grants, he looks at simplifying the explanation or application of the scientific method to obtain results. It can make it easier to find specific grants where there is less competition. It can also ensure that reviewers understand the concept and can get on board with the ideas.
Jeff Hawks has begun offering grants consultations as a way to move science forward. With so many grants being offered, he wants to ensure that those with exceptional ideas have the ability to get the funding they need in order to bring new technology into various industries. More specifically, Jeff Hawks wants to work with those specializing in biomechanics.
Surgeons require a significant amount of precision in the operating room. They’re often tasked with such things as open-heart surgeries, removing gall bladders, and more. When incisions are made, risks include bleeding out, infection, and other issues. Jeff Hawks of Nebraska discovers that there are more tools given to surgeons than ever before.
Jeff Hawks of Nebraska, with a Ph.D. in Mechanical Engineering from the University of Nebraska, has made it his life’s work to research robotics and mechatronic systems. Surgical robots are being seen more frequently, often benefiting from artificial intelligence and semi-autonomous programming.
Mayo Clinic, UCLA Health, and more have already been exploring how surgical robots can be used within the operating rooms. They serve as invaluable tools to surgeons to ensure that smaller incisions can be made. The robots can often be the hands of the surgeon to offer a higher level of precision and dexterity, as Jeff Hawks of Nebraska notes.
Jeff Hawks of Nebraska explains that many of the robots operate by providing high-definition cameras without the need for an added incision. The robot contains both the tools and the camera whereas typical laparoscopic surgery involves one incision for the scope and another incision to manipulate the camera.
Some of the most common surgeries performed by robots, as Jeff Hawks of Nebraska investigates, include colorectal surgery, endometriosis, thoracic surgery, and heart surgery. Once the surgeon makes the small incision, the robot is inserted into the body. Then, the surgeon will sit close by with a console to direct the robot using the imagery that comes in from the camera.
Jeff Hawks of Nebraska identifies that one of the most utilized robotic systems right now is the DaVinci robot. It can ensure that the surgeon has a greater range of motion and provide the patient with a shorter hospital stay and a faster recovery.
Jeff Hawks of Nebraska is also heavily involved in the engineering aspects that can spawn new innovations within medical robotics. This would allow more surgical robots to enter operating rooms in order to help surgeons with complicated surgeries and improve the outcomes. While any surgery is risky, many risks can be minimized by offering a higher level of precision — and this is where Dr. Jeff Hawks believes robotics can come into play. It can also reduce costs for hospitals and lead to faster patient recovery along with shorter hospital stays, making robotics an overall win for everyone in healthcare.
Jeff Hawks of Nebraska will continue to publish research on miniature wireless surgical robotics and other robotics developments. He has already developed two patents and continues to work with teams to offer more robust solutions for the medical industry.
Jeff Hawks Demonstrates How Wheeled Robots are Helping Industries Across the Globe
A wheeled robot is one that is capable of movement. The level of robotics is becoming more advanced as a result of autonomous sensor platforms, computer vision, and the integration of biomechanics. Jeff Hawks has a Ph.D. in Engineering and works in integrating robots into industry automation and other applications.
One of the areas where wheeled robots are being used, Jeff Hawks explains, is within the agricultural industry. Farmers are able to use robots to automate more tasks. They can boost productivity and learn more about their crops. Jeff Hawks has also shown how robots can be used to improve safety, such as allowing a remote-control robot can be used to manipulate sweep augers. Prior to the robots, individuals would enter the grain bins, which can become a death trap.
Jeff Hawks has worked closely with farmers and manufacturers to ensure that the robot design is capable of helping farmworkers. It uses lights and cameras to assist farmers with lifting the sweep auger so that grain can flow continuously. In addition to the agricultural industry, Jeff Hawks has shown that wheeled robots can be used in other areas. Doctors and surgeons have been able to gain assistance using robots.
With all of the advanced technology that has been going into robotics, more industries are learning that they can benefit. Although it requires a considerable investment, it can pay off in the end because of the assistance that it offers.
Jeff Hawks has been testing a variety of prototypes, including a robotic arm for welding. He has been focused on mechatronics along with wheeled robotic systems. With his grant consultation work, he has been looking to see how the various robotic systems can help in different industries. One of these areas is in exercise equipment designed for patients with disabilities.
While most of what Jeff Hawks works on is for the agricultural and farming industry, his work has proven to be useful for many other industries. He has also worked on research for biomedical devices for NASA along with surgical robots that can be used at the Army’s Telemedicine and Advanced Technology Research Center. Jeff Hawks has also explored how wheeled robots can be used in construction. He was responsible for writing an academic thesis, guided by work of the Army Research Laboratory for clearing and observing buildings in urban environments, on using a tethered robot system for navigating a building wall in 2007. This has proven that robots can be vital to architects, general contractors, and others.
With a doctorate in Mechanical Engineering, Jeff Hawks has proven that wheeled robots and systems have a role in many industries. It can provide users with the ability to access more areas in order to be safer and gain more information about their environment.
Networking is important, regardless of industry; including science & research. Jeff Hawks of Nebraska explains what ResearchGate does for him and his career.
Networking is of the utmost importance if you want to get anywhere in your career. For as good a good work ethic and skill set can do for you, not having a way to get your name out there and make connections can often be a very limiting factor. Certain websites and organizations exist to create networking opportunities, and some deal with specific niches, like ResearchGate, which gives networking opportunities for people who work in science and research. Jeff Hawks of Nebraska, a user of ResearchGate, discusses how ResearchGate helps him in his respective industry.
Jeff Hawks of Nebraska on the Value and Result of ResearchGate
One of the best parts of ResearchGate is its size. Having a lot of members — approximately 16 million in total — helps members find the most diverse selection of researchers and scientists to potentially network with, Jeff Hawks of Nebraska notes. The service is also free, ensuring that the service is not prohibitive based on cost. You don’t want to keep out a brilliant mind just because they cannot afford the service now, right?
ResearchGate also provides the invaluable service of hosting your research and data, Jeff Hawks of Nebraska mentions. Not only are you able to speak to various other researchers and/or scientists, but you can engage with their work, as can they. This can be a great way to be “discovered,” as it were, Similarly, you can find like-minded individuals whose research may give you a perspective you may not have otherwise recognized. As Jeff Hawks of Nebraska says, everyone has their blind spots, so collaborating and researching similar works can help. Furthermore, the website provides valuable data on traffic and usage.
Jeff Hawks of Nebraska notes that you can see not only how many people have read your works, but also every time your research gets cited, and by whom.
Sometimes, that blind spot can be pretty powerful, Jeff Hawks of Nebraska notes. In order to make up for it, you can specifically ask questions of others, hoping that someone may be able to offer you the response that you need. Additionally, if you are in need of work in relevant areas, a job board is available for your purview. Something like this can do a world of good to get your foot in the door or, at the very least, get some experience in your chosen field, Jeff Hawks of Nebraska points out. These features have proven invaluable for Jeff Hawks of Nebraska, and frankly, just about anyone can see dividends paid from joining, especially given it’s free. It may be the first step to a huge career.
Automation can be a scary idea, for certain. Not only is it a new concept, but certain jobs may become obsolete in the coming years due to automation. However, that is not at all surprising; certain jobs have been made obsolete for years, Jeff Hawks notes, but that does not mean that the process is bad.
Jeff Hawks: What automation does for industry and employee
Automation is being increasingly employed in various industries, which in turn, contributes to increased productivity, according to Jeff Hawks. It can also help with jobs that may be deemed too unsafe for human workers to do. Automation is employed in industries as common as food service (with kiosks where people can order their food from) to industries where a person’s life may be otherwise at serious risk. For instance, automation has proven to be incredibly vital in fire fighting, policing, bomb disposal, and others. For example, firefighters employ robots to assess burning buildings to determine various obstacles that may be in their path, and generally give a structural layout. Jeff Hawks notes that this not only helps firefighters avoid potentially lethal situations for them, but also that it helps get to those trapped in the building more efficiently than if they had to make educated guesses. There are also new robotic applications specifically geared towards wildfires. Robots aren’t influenced by fatigue, thereby allowing them to more efficiently handle wildfires quickly and early.
Jeff Hawks: How to avoid the downfalls of automation
No system is perfect, and that goes for automation as well, so you need to be mindful of how it is employed. For as much as people talk about the flaws of automation, they miss the fact that automation is not taking jobs, but rather, supplementing jobs, making them easier for the employees to do and freeing their time up better. When automation is implemented, it is paramount that employers be mindful to ease such fears in their workforce and make sure they are properly educated on what automation will entail for them.
The way automation is implemented can also vary. For instance, in the event that janitorial work becomes automated, that does not mean that 100% of janitorial work is now done by robots, Jeff Hawks points out. It can be that automation is employed for certain aspects of the job, while other aspects are left in charge of a human. It creates a symbiotic relationship that, instead of replacing a worker, makes things easier for them. In the event that replacement does occur, you can also provide training to help them get on their feet, Jeff Hawks notes. This often comes in the form of training, ensuring that your workers are capable of learning new areas of this profession. You can even train them on maintenance of automative processes that have been added.