Jacob Newberger is a respected Pennsylvania mechanical engineer with extensive experience in automatic control systems and robotics. Jacob Newberger has a longstanding interest in home automation systems, which hold the promise of transforming how people interact with their residential environments.
Released to the general public in mid-2015, the Amazon Echo pairs advanced home automation capacities with voice recognition, personal assistants, and the Internet of Things (IoT). With Siri focused on mobile devices, the Echo is a stationary cylindrical device that takes many of the same features to an office or home environment.
The Echo is accessed through apps, either on a Chrome computer browser or a smartphone. It capably plays music and audio books, and provides information services such as traffic reports. Designed around “Alexa,” Echo is virtually hands-free, as it answers queries and responds to voice commands.
Echo has an added benefit of seamless IoT integration and supports a variety of electric devices, lights, and switches around the house. Among the compatible systems are Samsung SmartThings, Philips Hue, and WeMo, which makes it possible to build a truly automated home environment.
Jacob Newberger has spent the past five years of his professional life establishing experience in the automation field and currently works as an automation validation engineer. Panacea Technologies, Inc., the company that employes Jacob Newberger, has been instrumental in establishing automated processes for vaccine manufacturers.
According to the company’s web site, panaceatech.com, Panacea assisted a vaccine company by overseeing the process of establishing standards for automating the company’s systems interactions. One of the tools used in this project was the Control Logix/Archestra framework designed by Panacea. This framework makes the system configuration process easier with a distributed control system, which allows for the dissemination of control elements across the system, rather than having one element in a central location.
The Control Logix/Archestra framework also utilizes PLC/SCADA architecture, which reduces cost. A PLC (programmable logic controller) allows for automation through a digital computer; a SCADA (supervisory control and data acquisition) system enables remote equipment control by sending coded signals.
Jacob (Jake) Newberger currently serves as an automation validation engineer with Panacea Technologies, Inc. His previous experience includes working with companies such as AV Divine in the field of home automation. Alongside his career, Jacob Newberger pursues an interest in domestic robots.
Although many people may believe that robots are science fiction, or at least devices of the future, several domestic robotic models already exist. Most of these perform simple functions such as mowing lawns, cleaning pools, sweeping floors, providing pet care, cleaning windows, and vacuuming. These robots thus perform mundane chores, but they can also offer more: some people choose to personalize their robots and give them names.
Those interested in welcoming robots into their homes have a variety of options from which to choose. Companies such as the Robot Shop maintain an extensive selection. For example, the Robot Shop’s robotic vacuum cleaners include the iRobot Roomba, the Neato XV Signature, the E.ziclean, Infinuvo, Mamirobot, and Ecovacs Deebot, among others.
Jacob Newberger is a designer and programmer of automation devices. Using cutting-edge technology, Jacob Newberger and his employer Panacea Technologies provide consumers with innovative new ways to maintain their homes or businesses. In a culture where technology is king, home automation harnesses the incredible power of smart devices. Home automation allows individuals to manage their homes at the touch of a button using any smartphone or tablet. This provides a number of benefits.
Safety: The ability to manage lights in the home remotely allows users to make it look like someone is home, even when the home is empty. Many systems also feature automated locking systems.
Savings: Home automation allows users to ensure lights are off when not in use and to adjust the thermostat as needed. Timeliness: Busy parents no longer have to rush home to unlock the door for children returning home from school.
Peace of Mind: Individuals on vacation can control their homes from anywhere. Instead of giving a key to another individual, users can let them inside remotely. In addition, users can check the status of their homes using security cameras.
Jacob Newberger completed his bachelor of science at the Pennsylvania State University in 2011 with a major in mechanical engineering, achieving honors and placement on the Dean’s List. While studying, Jacob Newberger demonstrated advanced knowledge and interest in the design, assembly, and programming of autonomous robots created for domestic purposes.
Until quite recently, partly automated household devices still required some level of human interaction in order to function correctly. These included vacuum cleaners, automated pool cleaners, and food processors. At the beginning of the 21st century, fully autonomous vacuum cleaners introduced a new level of automated control, and research and product development continues today.
Security robots are now used domestically to detect movement and identify potential intruders. While video footage is created, security warnings can be sent via email to alert residents of potential breaches immediately. Robotic lawn mowers experienced a surge in popularity in 2012, and are now produced with electric sensors to avoid obstacles and observe property boundaries. Floor washing and polishing robots have also been developed in recent years. Electronic devices that control utility settings by way of mobile phone applications are gaining popularity, with Google’s purchase and collaboration with thermostat manufacturer Nest.
The founder of Need a Tutor? tutoring service, Jacob Newberger has tutored over 40 high school and university students for a total of more than 500 hours. A graduate of Pennsylvania State University with a bachelor of science in mechanical engineering, he received the best engineered design award for his autonomous system navigation and driver augmentation vehicle. In addition to mechanical engineering, Jacob Newberger is interested in medicine and automation.
From an initial period of hesitation and resistance to robotic automation, the medical industry has made steps to embrace the technology. Especially useful in laboratories and packaging, robots can perform repetitive tasks quickly and precisely. As technology has improved, demand for it has grown, and the industry now is expected to grow at a compound annual growth rate of nearly 10 percent.
Graduating from Penn State with a mechanical engineering degree has made it possible for Jake Newberger to apply his knowledge in various automation processes as a validation engineer. One of the applications Jacob Newberger frequently utilizes is SCADA.
Supervisory control and data acquisition (SCADA) systems are usually a part of ICS (industrial control system) configurations. The use of ICS is found in such industrial fields as pharmaceutical manufacturing, automotive production, wastewater treatment, and for the extraction of oil and natural gas.
Therefore, SCADA is considered a type of application that is used to monitor a system. As a result, the application features two primary elements. The system or equipment being monitored is the control and can take the form of a water system, traffic lights, or even a power plant. The second component consists of a network of smart technologies that work with the control or system to gauge and direct it.
As a result, the SCADA app is used to manage various types of industrial or networking processes, all of which are too complex to control by manual efforts alone.