How 3-D Printing Will Change Our Lives – WSJ

3-D Printing, it has gotten a lot of attention over the last year. It is changing everything from the automotive industry to the medical industry. At New England Tech our focus is on Advanced Manufacturing. Our Mechanical Engineering Technology grads are in demand because we are teaching skills that are in demand, like 3-D Printing.

From The Wall Street Journal.com:

The technology could change how we do everything from packing for trips to what’s made in our kitchens

EARLIER THIS YEAR, a hapless penguin at the Warsaw Zoo lost his lower beak, either in a fall or a fight, and there were concerns that the bird might starve to death because the damage left him unable to eat. Omni3D, a Polish 3-D printer firm, came to the rescue, offering to produce a new beak—based on a dead penguin’s, to get an idea of the dimensions—from materials including nylon.

To read the entire story click the link: How 3-D Printing Will Change Our Lives – WSJ.

If you would like additional information about any of New England Tech’s over 40 Associate, Bachelor’s and Master’s degree programs, including Mechanical Engineering Technology.

More Information | Apply Now

Contact the Admissions Office at 800-736-7744 or email NEITAdmissions@neit.edu 

NEIT Expands Hands-on Training in Engineering Technology Programs

EAST GREENWICH, RI – New England Institute of Technology has added to its extensive equipment inventory in the engineering technology department with high-tech systems used in industry to provide enhanced hands-on training to students in the college’s Civil Engineering and Mechanical Engineering Technologies. Today’s employers are seeking highly skilled technicians in the manufacturing and engineering fields. The Instron 5982 Advanced Mechanical Testing System will give students the opportunity to evaluate mechanical properties of materials and components used in a variety of industries.

Typically found in commercial settings, the Instron 5982 is utilized in many industries, such as automotive, aerospace, and major highway/bridge construction, to test materials used in manufacturing various products. The most common uses of such mechanical testing systems are for tensile (pulling), compression (crushing), bend, peel, shear, tear and cyclic tests to determine the best material to use to manufacture a product.  NEIT added the Instron 5982 to its lab equipment inventory so that engineering technology students in both the associate and bachelor’s degree programs are trained on state-of-the-art equipment, making these individuals highly sought after by today’s employers in the manufacturing and construction fields.

NEIT’s Mechanical Engineering Technology program is accredited by the Accreditation Board for Engineering and Technology (ABET).

If you would like additional information about any of New England Tech’s over 40 Associate, Bachelor’s and Master’s degree programs, including Civil Engineering Technology and Mechanical Engineering Technology.

More Information | Apply Now

Contact the Admissions Office at 800-736-7744 or email NEITAdmissions@neit.edu

 

 

 

You’re Getting Innovation All Wrong

If you think Innovation is only for Einstein, you’re wrong.  Innovation is about being finding a better, creative way to do ANYTHING!  Anyone can be innovative.  Let’s get creative.

From LinkedIn.com:

You’re Getting Innovation All Wrong

You hear the word “innovation” all the time these days, especially as it relates to competitive advantage. Most people just see innovation as a rare big bang. It’s a lot more than that.

In reality, innovation is a series of little steps that, cumulatively, lead up to a big deal that changes the game. Yet in so many companies today, everyone defaults to thinking, “Innovation… Einstein. Edison. Jobs.” “That’s for somebody else, some genius.”

The word just scares the bejesus out of everyone.

“I can’t innovate.”

“I can’t come up with a new theory of relativity or a new lightbulb or a new iPad. I’ll leave that for the crowd over there to do.”

That’s all the wrong headset. Organizations should make it their mission to reward every little incremental improvement their people make. There’s a saying we’ve been using for the past 15 years or so with all the companies we work with: “Find a better way every day.”

It’s not just a slogan, it’s an operating principle. You want to engage every single person on your team to find a better way. You want to champion them for doing it and make a celebration out of what they improve, whether it be a more efficient accounting system, launching a new customer program, or making a screw in a factory turn a little faster to make things run a little better. Those are the real innovations. And together, with every mind in the game, they are what makes a company competitive.

So when you think about innovation, don’t let it scare you. Don’t let it be a buzzword that isolates 10 people in your company while the other 90 sit on the sidelines, waiting for the innovators to innovate. You’ve got to make innovation everyone’s job, all the time.

via You’re Getting Innovation All Wrong | LinkedIn.

Inspiring young people in science and technology

It’s time this the people of this country celebrate inventors and engineers over athletes and movie stars.  That is how we will get young people to appreciate math and science more.

In 2012, the United States ranks 30th for math and 23rd for science regarding student performance as compared to other industrialized nations. Dean Kamen of FIRST, For Inspiration & Recognition of Science &Technology, discusses efforts to inspire young people to lead in science & technology.

New Scholarship Established

PMA

Special thanks to (from left): Bob Litchfield, PMA New England District Chair; Doug Sherman, Senior Vice President and Provost at NEIT; Bob Dupuis, Regional Manager, Dayton Progress Corporation; John Rogers, PMA New England Secretary/Treasurer; Barbara Gallonio, PMA New England District Director; Ollie Silveira, PMA New England; Joe Palmer, PMA New England Program Chair.

NEIT is pleased to announce that the Precision Metalforming Association (PMA) – New England District has generously established a $2500 scholarship in honor of Bob Dupuis, Regional Manager of Dayton Progress Corporation, a PMA member and training presenter for the Association boasting 27 years of experience in this industry. PMA is a full-service 900 member trade association representing the $113 billion metalforming industry in North America.

Based on established criteria, scholarships will be awarded to two outstanding NEIT Mechanical Engineering Technology students in the Associate in Science and Bachelor of Science degree programs. Precision Metalforming will participate in the selection process and awards ceremony held at NEIT in December, 2014.

 

Facts about 3D Printing

Facts About 3D Printing infographic

New material could make smartphones paper thin

This looks like really exciting new technology that could really change not only smartphones but could have endless possibilities!

From TheTechGets.com

We’ve been hearing about the potential of graphene in the electronics industry for years. Just last month, Samsung announced that it had discovered a new production method that could bring graphene to commercial products even sooner. Taking advantage of the material’s flexibility, Samsung believes that flexible displays will be much more than a gimmick in the coming years.

Sadly, we haven’t yet had the chance to see that potential in action as manufacturers continue to research ways to implement the recently discovered material into phones, tablets and other devices. As graphene hasn’t yet been used in commercial applications, most of us are entirely unaware of what the “miracle material” actually consists of, and why so many companies are spending time and resources on the production of graphene.

The Loop’s Dave Mark has pointed us in the direction of a video from The One Showon the BBC, which explains graphene in terms that anyone should be able to comprehend. As the show’s host explains it, graphene is “stronger than diamond, more conductive than copper, more flexible than rubber and it’s so thin you can barely see it with the naked eye.”

If you’re at all interested in what could be one of the landmark discoveries of the 21st century, it’s worth your time to understand some of the basics of graphene.

via This is the incredible material that could make our smartphones paper thin – THE TECH GETS.

International Mechanical Engineering Grad Makes His Mark

Libardo OchoaLibardo Ochoa earned his Bachelor of Science degree in Mechanical Engineering Technology in 2013 after receiving his Associate in Science degree in 2011 from the same technology program. What makes Libardo’s story unique is that when he relocated from Colombia to the United States six years ago, he had difficulty finding work in his field. He had been a mining engineer at a large Colombian coal mine. He also had a problem with the language barrier. Libardo eventually found work here with his first job at the Keffe Commissary Network, a division of Department of Corrections, but he soon realized that he needed to further his education. Libardo now serves as the Vice President of Engineering at Quick Fitting, Inc. in Warwick, RI, a company that plans to bring 650 manufacturing jobs back to the state. Libardo is proud to share his story.

What made you decide to attend NEIT?

I was invited to attend an Open House back in 2009. The presentation of the mechanical engineering program was very interesting and attracted my attention.

How did you choose your program?

I am originally from Colombia where I was a mining engineer with nine years of experience. I tried to apply for some positions over here using my experience but with no luck. Then the NEIT Open House presentation made me think about becoming a mechanical engineer. I felt it would be a good opportunity for me in this country, and I was right!

What did you do to get started with your career?

I did some research about job openings in this country before I made my decision to enroll in the Mechanical Engineering Technology program.

Tell us about your position. [Read more...]

3D Makeup Printer Could Destroy The Cosmetics Industry

Wow, 3-D printers that can print makeup!

Who will come up with the next unbelievable thing in 3-D printing? Will it be you?

  

A lot has changed about makeup since we were little girls.

Back then, if we wanted to wear it, wed have to sneak a little bit of lipstick when no one was looking or save up our allowance to buy a mascara. But now, everything is about to get way easier … and digital. Grace Choi, a Harvard Business School grad and our new favorite person on earth debuted her new 3-D printer that not only PRINTS MAKEUP but does it in any color you could possibly want. Simply by grabbing the color code from a photo and hooking the small device up to your computer, you have an endless supply of lipsticks and eye shadows in any shade.

via This Makeup Printer Could Destroy The Cosmetics Industry.

Quadricycle Club News

Quadricycle PhotoChristopher Vasconcelos, an NEIT adjunct faculty member, still manages to find time to work with members of the college’s Quadricycle Club as they continue to build a replica of Henry Ford’s quadricycle. Chris took advantage of a great opportunity and had his vocational high school students from Old Colony Regional Vocational Technical High School collaborate with New England Tech Quadricycle Club students on this project. He took the quadricycle engine frame to his high school Metal Fabrication and Welding students to see if they could assist.

As a result, the water jackets and engine frame assembly were welded by three of his high school students. NEIT club members then assembled the engine at their last meeting of the quarter. Great job, Chris, and all of the students involved as the progress of building the replica rolls on!

For more information on Mechanical Engineering Associate and Bachelor degree programs, please contact Admission by phone at 800-736-7744 ext. 3357 or by email at NEITAdmissions@neit.edu.