Growing Convergence Research At NSF Big Ideas : Lab Report

Companies produce new technologies that help americas new and upcoming workforce. New tools are made to help the medical field be more precise and effective in their treatments. New systems of communication and travel have become quickly more available. People have even said that in about four years humankind might be able to live on mars. In our age a new phone comes out every few months, allowing better forms of communication. As we look to the future we see that the tech will really be “shocking.”

When I go to the University of North Carolina Asheville, I will bring with me a curiosity that only those who make the biggest technological breakthroughs in the world possess. Throughout my life I have had the opportunity to grow and adapt with technology as it becomes one of the biggest markets in the world. At the young age of ten, I was introduced to the computer world. I was immediately intrigued and found one of the many passions I would come to find. This is just the beginning of my future.

In this article, Jonathan Lash is informing students to be aware of something that might be an issue for them after they graduate college. The pace of change is accelerating. Amount of new technical informations double every two years, and seventy percent of today’s students will end up in jobs that have not been invented yet. Students will collaborate with others on continents of institutions that do not exist today, so they can solve problems that have not even became a problem yet. The students need more than just narrow job training and efficient information to prepare for the jobs. Jonathan inform readers that students will have to push themselves even harder than they do now, so they can be more creative and the braveness to challenge

An alternative to the fabrication process carried out by milling machines is something the author refers to as “additive fabrication” which he states is similar to the formation of Lego blocks (i.e., starting with nothing and adding materials to create an object). Gershenfeld states that the industrial automation company Festo utilizes additive fabrication in the composition of the products their machines create. However, Gershenfeld explains that milling machines and Festo are designed to be used by trained professionals and industrial engineers rather than the general public, conflicting with the idea of physical fabrication becoming accessible on a personal level. Gershenfeld states that individuals are limited to choosing from a menu of commodities preselected by other people. According to Gershenfeld, other possible means of personal fabrication are Micro-Electro Mechanical Systems (MEMS). MEMS fabrication consists of “cutting out tiny silicon machines with the fabrication processes that are currently used to make integrated circuits” (Gershenfeld

Finally, developing an excellent round of questions that promote and further discussions and critical thinking. With these new tools, I can ensure a successful online course to offer in the spring 2015 session, and I can immediately apply these tools to my fall 2014 classroom sessions for greater student learning and success.

The Information Security Team may request that additional security measures be implemented in addition to the measures stated in this document, depending on the nature of the project. The Information Security Team may change the requirements over time, and all ASP's involved are expected to comply with these changes.

This workshop will consist of activities throughout the day and will include opportunities for collaboration regarding best practices, time to set up monthly check-ins via conference calls to hold fellow educators accountable for the changes being made, as well as an opportunity to register as a team from one’s school for next year’s conference. The conference schedule for the summer of 2016 is subject to change but is currently as follows:

Operational expenses and the requirement for monetary guide are rising, while research financing, magnanimity and profits for enrichments stay unverifiable. New and evolving regulations, consistence necessities and measures of evaluation are showing up close by quickly developing advanced innovations that will push the limits of, and rethink the strategies for, how we instruct, learn and lead research.

In the modern day, it’s easy to see man’s need for technology. The need to surpass previous limits is what drives society today in such a technologically advanced world. Although we continuously push for newer, faster, more powerful computers and components, we barely stop and think about how society in turn affects its development.

The workshop is a friendly face to face conversation that helps the students to get advices regarding all aspects of student requirement.

“Although 3-D printers are not yet a standard part of home-computing equipment, the latest generation of devices, such as Cube® by 3D Systems, the Cubex™ or Makerbot’s Replicator™2X - which retail for between one and three thousand US dollars - are bringing the possibility of home manufacturing one step closer to reality” (Jewell). Now the biggest difference between traditional manufacturing and 3D printing will be the emergence of mass customization. Goods will be, “infinitely more customized, because altering them won’t require retooling, only tweaking the instructions in the software. Creativity in meeting individuals’ needs will come to the fore, just as quality control did in the age of rolling out sameness” (D'Aveni). When you have a product that is printed out individually from software with your own customization, then there would be no reason in buying a product that will look like something another person can own because of its ordinary accessibility. Creating physical 3D models in a fast, easy and affordable way has great potential, especially when you can do it in the comfort of your home.

As a way of illustration, MakerBot was established in 2009 with a vision to empower hundreds of thousands of customers to use open-source platform to power 3D printing and by 2012, more than 10,000 units of the company’s products had been shipped. While supplying units as much as 10,000 is enough compelling reason to believe that MakerBot has the capacity to enter a new market or break even in a new technological frontier, the company’s further performances laid

This large-scale course runs on a traditional semester schedule with sixteen weeks of instruction. The course is comprised of both a one-unit lecture and two-unit lab. The lecture component is taught by a faculty member who is the lecture instructor, course designer, and supervises teaching assistants.

Advancements and innovations in all fields are necessary if humanity wishes to create a brighter and better future. Technology that has been created and improved throughout the recent decades is proof of this philosophy. Medical innovations, such as the MRI machine and advanced disease treatments, have helped to reduce deaths over the last half-century. With new diseases and complications arising frequently, keeping up with the times becomes a vital matter – and recent inventions have made sure that lives are preserved rather than destroyed. Another area of interest is the internet, which allows people to access a wealth of information and communicate with others from around the world. Computers, satellites, and other tech are related to this subject, and all components combine to form a network that offers our world a collective database – an notion that would have seemed outrageous more than 50 years ago. Technology is even allowing humankind to extend our reach beyond our Earth – our solar system can be explored thanks to inventions made since the Cold War 's “space race”. Rockets, probes, and other developments have made the vast unknown less daunting – and also furthered our knowledge of chemical composition, elements, and other related scientific principles. By saving and improving lives, technology has had a profound positive impact on the world over the last 50 years.

Thanks to personal computing developing into a revolutionary innovation in the early 1970s, 3D printing was made possible in the late 1980’s. 3D printing technology was at one point only available for the business elites because of its high cost and limited production by few companies. This technology in the the late 1980s began as a new additive manufacturing, changing and speeding up what use to be subtractive manufacturing. Subtractive manufacturing relied on tooling and assembly lines since it began, 3D printing however made it possible for companies to fabricate prototypes on demand. However 3D printing is no longer limited to manufacturing, but has developed into various categories as printer cost continue to go down, making it more