I. Current Situation: The development of the Three Dimensional Printing Process (3DP) at MIT by researchers – Emmanuel Sachs, John Haggerty, Michael Cima, and Paul Williams – that revolutionized various businesses with its technology.
a. Mission – For MIT to advance knowledge and educate in science, technology, and other areas that will best serve the nation and the world.
b. Goals – The development of 3DP for research and technology.
c. Objectives – To make use of the new ideas, technologies, and research of students to enhance the further existence of MIT inventions.
d. Major Problem – Taking the MIT 3DP technology as a concept and exploiting it to create new businesses.
II. Strategic Management
a. Board of Directors – MIT and
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ii. Minimize the time-consumption of creating filters and building exact, durable ones
c. Improving architecture and art
i. Provides a visual concept directly without having to building models to scale. ii. Helps in the design time in order to make changes as needed iii. Can take pictures to create a 3D image
2. Threats
a. Entry of other businesses into the industry
b. The acceptance of the technology and money to invest in its long-term use
c. Introduction of a substitution of this technology development
d. The 3DP process has been generally used a concept to these business, and it could create problems as more individuals approach them to exploit it.
e. Process improvements and trends to keep the concept viable
IV. Internal Environment – 3DP
a. Structure
i. Academic setting for development of ideas and research ii. Motivation to create and not boost money-making opportunities
b. Culture
i. Provide new concepts in science and technology ii. Being creative iii. Change the world with on idea that will beneficial to all
c. Resources
i. Strengths
1. Leadership and acceptance
2. Thinking in intuitively outside the box to incorporate the technology
3. Developing a concepts that others can use ii. Weaknesses
1. Meeting with various potential opportunities
2. General acceptance of concept in the industries
3. Financing capital
V. Strategic Factors
a. Strengths
i. Mentors, faculty, and staff ii. Thinking in intuitively and
Which of the 11 ways to change an organizational culture has Verizon used to create its current culture? Provide examples to support your conclusion.
“Human resources (HR) issues commonly experienced by employers today include diversity, productivity, training, benefits and outsourcing. How each business deals with its specific human resources issues depends on the HR manager or director as well as company policy”(wiseGEEK, n.d.). Utiliscan is currently facing challenges similar to those of other companies. Some of their challenges include hiring, compensation, advancement opportunities, training, benefits, and retaining people. There is also a struggle with developing a program that would improve employee’s performance and level of engagement. To try to get a better handle on how to address the challenges, Utiliscan
Did a soldier ever think of printing his missing hand that was amputated while in combat? Or did that surgeon ever thought of printing that patient’s matching heart that’s been on the national organ donor list for the past two years? And how about printing the most want it toy for Christmas for your child? Well now you can, by using a 3-D modeling technology printing concept. 3-D (Three-Dimensional) modeling technology in the medical field has been an innovation since the 1980’s. This technology has come a long ways. 3-D modeling technology printing is a method of additive manufacturing and built-up technique where a three dimensional object is shaped by laying down consecutive layers of material to create an object in a 3-D aspect. Recently, there has been an increase in the number of companies providing personalized three dimensional printed models of objects that have been scanned and reduced to a 3-D shape with the assistance of computer software, and then printed to the customer’s requests. This technology has developed into many branches, in which has opened doors leading to a new form of imagery in the world of printing. While some may argue this technology may result in a trend of piracy and with its non-proprietary software, some individuals may gain profit by manufacturing counterfeit pharmaceutical products. Society should invest in the 3-D modeling technology concept as many individuals have been creating toys at home and
Norms control behavior by establishing standards of right and wrong. In the skier's group, the performance norm is hiding their original ideas and not open up for alternatives or open discussion. The skiers either worry the other team members may disagree with their ideas or they don’t want to upset the others, which causes low cohesiveness for the group of 16. Since they did not feel comfortable to speak up about how dangerous the situation is, no one has proposed to remake the decision even though they knew it is risky to taking the decision forward. They did not share information with other by saying “Hey, going skiing in a big group is really dangerous from my past experiences, why don’t we take a step back and remake the decision again? ”. Or “This is a sign of avalanche, to ski here is really risky, I think we should tell the other people and decide if we should go back. ” So the level of group productivity is low. The biggest problem for this informal group is, most of the group member known it is dangerous to go to skiing in a large group together, but Group Think prevents them to express their own views.
Bill Thompson, a general manager at GenCorp is faced with a tolerance and diversity dilemma in relation to a possible formation of a religious network group affiliated with his company. In the newly acquired New Orleans, Louisiana, GenCorp plant workers are forming a Christian network group organized by plant manager, Russell Kramer. Two years ago, Russell Kramer spread insensitive, anti-gay literature two about how homosexuality lifestyle is an abomination. The gay employees at the time were angry and frustrated.
The 3D printing has certainly taken technology to a storm providing major solution in various industries and a step ahead in man-made new age technology. Be ready to enter into a world of 3D print technology that can be a huge leap over the human innovation and would make life
The next field that is being revolutionize by 3-D printing is architecture. Currently in China, a company, WinSun, is using 3-D printers to build housing. They specifically are working to build low income housing. According to NYDailyNews.com, “Last year, the engineering and
The following are the factors that created an opportunity for Bob Reiss and TV Guide game:
3D Printing is one of the newest and innovative technological advancements. The opportunities to create something new and inventive is endless. It only takes one imaginative idea and this fascinating tool can make it become a reality. “3D printing has the potential to change everything” says a former ship engineer (Hart). This new piece of technology can have an impact not only in the United States, but also globally in a variety of aspects, many being highly beneficial, but others that bring ethical and harmful concerns to the equation that could cause 3D printing to take a turn for the worse.
Three dimensional (3D) printing, now a days is taking the world by tempest. President Barack Obama as of late said that 3D printing innovation can possibly make a huge change in the way we make practically everything. News and exploratory productions have named it the as second modern revolution. 3D printing is used to be restricted to assembling littler things, for example, mugs, model autos, or firearms. A few, nonetheless, imagine 3D imprinting on a more stupendous scale. Research organizations and structural firms are creating innovation that may permit the manufacture of entire structures, or huge segments thereof, by printing not long from now. This, they trust, will be executed by the business all in all, essentially lessening the
We are living in the era of technology, where every decade there is a better and newer invention. Some are good for the environment, for example, the hybrid car. Others become a staple for people of all ages, such as the iPhone. But there is one invention that has gone virtually unnoticed for quite some time, until now. This technology is known as 3-D printing. This type of technology is so versatile that engineers from completely different fields can all benefit from its use. It can revolutionize the way we make everything from prosthetic limbs to a functioning car. Going back about 40 years, the focus for 3-D printing has mostly been targeted toward making consumer items. The investments in this technology were also directly linked to computer software. But in the past few years this has been slowly shifting as engineers are discovering the immense benefits of 3-D printing. Due to the lower price tag and versatility, the possibilities are endless. In behalf of the vast amount of prototypes it can develop, innovators worldwide have flocked to the idea of 3-D printing.
As times change and new technologies emerge that create a paradigm shift, companies have to adapt to prevent becoming obsolete. According to Forrest and Cao (2013), “Periodically, a new technology comes along wherein its dissemination completely redefines the fundamental operating principles of entire economies and civilizations”. Forrest and Cao (2013) continue to say that there have been many paradigm shifts throughout history. The most recent of which is three-dimensional (3D) printing. Campbell, Williams, Ivanova, and Garrett (2011) predict that 3D printing “could up-end the last two centuries of approaches to design and manufacturing”. It is essential for companies to stay ahead competition during this technology shift, in order to stay successful in the changing manufacturing paradigm, however other aspects of the life course, such as medical fields, homemaking and consumerists will also be affected.
This is a study about economic factors affecting Chinese production from the imputation of 3D printing. 3D printing or additive manufacturing is the process of making a physical object from a three-dimensional digital model, typically by laying down many successive thin layers of a material such as plastic. Increasing application of 3D printing particularly in consumer goods is expected to drive market growth over the next few years. Additionally, declining costs of 3D printers and 3D printing materials is expected to play an important role in the growth of the market over the next few years. Furthermore, growing demand for 3D printed objects from the healthcare and military sectors is expected to positively influence the growth of the market during the forecast period. THESIS. 3D Printing will have slow growth in the Chinese economy. Production in china is heavily invested in mass production, currently 3D printing is limited in its ability to mass produce. Traditional production and robotic production are still more effective at mass producing. However, 3D printing will have impact in the Chinese economy where custom production thrives.
To create an equitable and ethical means of managing the emerging technology of 3-D Printing, a public policy will be proposed that is developed from the stakeholder’s common ground of safety. It will be a four-prong policy will create a government digital database, will require plastics to be detectable by metal, regulate the use and research of bioprinters, and redefine the liability laws that currently do not encompass 3D printed objects.
3-D printing is a relatively new technology compared to other manufacturing methods. It first showed is face in the 1980’s and then faded out of limelight due to the high cost of procurement and operation. In the early 2000’s, breakthroughs occurred when working printed kidneys appeared and SLS (selective laser sintering) machines became available. During late 2009, the early advocates finally produced machines cheap enough - but still capable of great precision and accuracy - that were available to the consumer. These machines can produce items of virtually anything with applications varying from fashion and food to advanced engineered systems. The versatility of this type of machine promotes its popularity and encourages