STEM jobs among most promising in next 10 years | Prosperity 2020

This isn’t really news to New England Tech but we know that jobs in STEM related fields continue to be difficult to fill.  Which means it isn’t be said enough.

From Prosperity 2020:

Students entering the workforce in the next decade may want to think hard about math, science and tech degrees. U.S. News and World Report recently compiled a list of The 25 Best Jobs to pursue by 2020, and 8 of the top 10 are STEM-related careers.

Jobs were ranked by projected growth, employment rate, average salary, prospects and overall job satisfaction. It’s no surprise that tech jobs dominate the top ten, with professionals reporting high job satisfaction and solid salaries. The most promising aspect of the report predicts that openings for these positions will match growth and demand, allowing students and workers to find employment in their chosen fields.

U.S. News and World Report also highlights the important roles STEM students will play in the future economy. “A technology revolution reshaping the energy sector through streamlined operations, increased production, and improved distribution will create ample job opportunities for college graduates over the next decade…. College grads with technical and advanced degrees will be needed to fill lucrative positions as engineers, scientists, and technicians.”

In other words, there’s never been a better time to plan for and pursue a career in math, science and tech. The industry will comprise countless jobs in the near future, and young students with STEM inclinations should

via STEM jobs among most promising in next 10 years | Prosperity 2020.

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

More Information | Apply Now

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

14-Foot Creature Roaring Into Comic-Con with Stratasys 3D Printing

3-D Printing is capable of so many things. Some of those things are helping bring manufacturing back to the United States and some are helping the medical industry by helping make it possible to grow human organs. Then there are things that are just fun and cool. This one fall into the fun and cool category.

From Stratasys Blog:

Bodock, created by Stan Winston School and Legacy Effects with 3D printing by Stratasys, on Hollywood Blvd. for the Jimmy Kimmel Show

What do you get when you combine the design genius of the Stan Winston School of Character Arts, the creative mastery of Legacy Effects and Stratasys 3D printing? The answer of course is Bodock – the 14-foot walking-talking giant creature that just debuted on ABC’s Jimmy Kimmel Live.

Missed Bodock on the Kimmel show? Then you can see him up close and personal this week at Comic-Con International 2014 which starts Thursday, July 24 – 27th in San Diego, California.

It took just six weeks and 7,500 collaborative hours of work at Legacy Effects, Stan Winston School and Stratasys to make Bodock the living, breathing hulk he is. This irresistible mechanical marvel weighs in at a hefty 2000 pounds and measures 13 feet 6 inches tall and 9 feet 9 inches wide. More than one third of Bodock was 3D printed by Stratasys – including the chest armor, shoulders, arms and fingers. A variety of Stratasys 3D Printers were employed in the build process, including the Fortus 900mc 3D Production System which uses Fused Deposition Modeling (FDM) 3D printing technology to build durable, accurate, repeatable parts as large as 36 x 24 x 36 inches.

“The true value of using Stratasys 3D printing on the Bodock project was the time savings – being able to go directly from design to the end use part without having to add additional steps in the process. This is a huge step forward for Legacy Effects in incorporating 3D printing for end use materials in their designs, said Jason Lopes, lead systems engineer at Legacy Effects. “Never have we used such a large scale of directly 3D printed parts on a project of this scope and magnitude. This truly showcases the strength of this material and the ease of post-processing and finishing.”

The parts were created using ABS-M30 thermoplastic 3D printing material, which has strong mechanical properties that make it ideal for concept models and moderate-requirement parts including functional prototypes, jigs, fixtures, manufacturing tooling and end-use parts.

“Everything about the giant creature project is ambitious, including size, weight, delivery schedule and performance requirements,” said Matt Winston, co-founder of Stan Winston School. “Without the close involvement of our partners at Stratasys, whose 3D printing technologies are revolutionizing not only the manufacturing industry but the entertainment industry as well, none of it would have been possible.”

via 14-Foot Creature Roaring Into Comic-Con with Stratasys 3D Printing.

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

 

 

 

AutoCAD: Have you lost time and wasted paper

Written by: Cindra Drowne-Walsh

Have you lost time and wasted paper with incorrect plot configurations?

Solution: Page Setup Manager

The Page Setup Manager allows you to predefine each Layout with specified parameters to a specific printer/plotter. A Page Setup is associated to a Layout(s), this allows you to easily configure Layout settings within each Layout and simply print the Layout without having to define the plot configuration every time you print.

*Page Layouts can be defined and then saved in a Template file which in turn makes them readily available in every drawing created from that Template file (.DWT).

Page Setup Manager can be accessed through the following approaches:

Option 1: Command Line:

Typing in the command Page setup then entering ←

PS1

*Remember when typing commands in the command line no spaces are allowed and the commands are not case sensitive.

 Option 2: Right Click:

Hover over a Layout tab you want to configure a Page Setup to then Right Click. A pop up window appears – select Page Setup Manager…

PS2

Option 3: Application Menu – found in the upper left corner of the screen.

Select the Application Menu – Print – Page setup

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New to 2014

Option 4: Output tab – found in the Ribbon

Select Output tab, within the Plot panel select Page Setup Manager

PS4

Each option above opens the Page Setup Manager dialog box shown below.

Select New… this opens the New Page Setup dialog box

PS5

New Page Setup dialog box:

PS6

Once you define the Setup name select OK.

*My preference is to name the setup name with the paper size of the end printed results and the name of the printer/plotter it will print out on.

Example: 8.5×11 Office Jet Pro – 8.5×11 (represent the paper size (A) that the drawing will print on), Office Jet Pro (represents the printer it will print to)

Next step is the Page Setup dialog box:

Here you configure the end printed results you are looking for.

PS7

Select OK once done configuring all areas of the Page Setup dialog box. This brings you to the last step to associate the Page Setup Name to the specific Layout(s).

 

*Depending on the information you want plotted the configuration of the Plot area, Plot Scale, Pen style table and the Shaded viewport options may need to be modified. The Plot offset, Plot options and Drawing orientation refer to the printer/plotter and each make has unique plotting qualities so it may take a few prints to make sure your Layout prints the way you want it.

Within the Page Setup Manager dialog box, make sure the Page Setup Name (you just created) is highlighted – select Set Current – select Close to complete the configuration.

This associates the Page Setup Name to the current Layout.

8

PS8PS8

Now that the Page Setup is configured to each Layout correctly these configurations don’t need to be edited or modified before plotting. Ready to plot a Layout (make sure the Layout is active) then select the Plot/Print command, (it’s the same command just has a different name depending on where you access the command from) this brings up the Plot dialog box you will see your pre-defined configurations in that dialog box, then select OK. Your print has been sent to the plotter.

*Save these configurations within your company templates on the company network for everyone to have access to. This offers consistency within the electronic files and saves printing/plotting time which equals money saved.

3D Printing Is Making Its Way Into The Medical Industry

The next wave of manufacturing – 3D printing – is making its way into the medical industry with full force.

In addition to assisting medical professionals in creating pieces for internal uses, such as blood vessels and organs, 3D printing is being used for much more mundane purposes – printing casts for patients with broken limbs.

By printing casts, rather than using the traditional plaster method, patients will experience much greater comfort. Gone will be the days of itches they can’t scratch and bathing with a plastic bag over the cast. Additionally, casts produced in designs such as the one above will allow the skin beneath the cast to breathe. Oh, and they’ll look pretty cool too.

Aesthetics and comfort aside, 3D printed casts may also allow for new forms of treating broken bones. Pulses of ultra high-frequency sound waves have been shown to speed bone healing. With these casts the probes that need to be connected directly to the skin above the break will be able to be easily adhered, something that traditional plaster casts currently prevent.

For more information, check out 3D Printed Casts Speed Bone Recovery Using Ultrasound.

3D-Printing Used to Replicate Human Blood Vessels

Scientists from Brigham and Women’s Hospital in Boston, Mass., have successfully used 3D-printing to replicate human blood vessels.

The experiment marks the first time that synthetic blood vessels were created, according to RT.

Blood vessels are extremely fragile, and are more delicate than anything that has been synthetically bio-printed before.

“Creating artificial blood vessels remains a unique challenge in tissue engineering,” said Ali Khademhosseini, biomedical engineer and project leader. “We’ve attempted to address this challenge by offering a unique strategy for vascularization of hydrogel constructs that combine advances in 3D bio-printing technology and biomaterials.”

“In the future, 3D printing technology may be used to develop transplantable tissues customized to each patient’s needs, or be used outside the body to develop drugs that are safe and effective,” Khademhosseini said.

via 3D-Printing Used to Replicate Human Blood Vessels : Tech : Headlines & Global News.

How 3D Printing Can Transform Your Business

3D printing is not replacing traditional manufacturing it is improving it!

From Forbes.com

Hripko recently spoke at a NorTech event that discussed how additive manufacturing can transform businesses and entire industries. He pointed out several benefits of the technology that make it a revolutionary production method:

  1. Efficient use of resources: Additive manufacturing requires fewer processing steps, little assembly and less energy. It also minimizes waste.
  2. Small-lot production: Additive manufacturing eliminates the need to produce parts or products in large quantities. As a result there is no inventory or stock cost.
  3. Rapid manufacturing: The technology allows makers to go directly from design to manufacturing. It dramatically reduces cycle times since it doesn’t require a tooling process.
  4. Agile manufacturing: Additive technology can create spare parts on demand and thus simplifies supply chains and logistics.
  5. Reverse engineering: Parts for legacy systems can be easily replaced with the help of a scanner and a 3D printer or other additive manufacturing technology.

Hripko stressed that additive manufacturing is not replacing traditional manufacturing, but complementing it and creating new markets within the industry. It is capable of making parts that cannot be manufactured by traditional processes and enables new technologies that are lightweight, customizable and complex.

One company that specializes in making these complex parts and products is rapid prototype + manufacturing (rp+m), based in Avon Lake, OH. The company is partnering with America Makes on numerous projects and supplies some of the largest OEMs in the aerospace and defense industries. It makes anything from CT scanner parts to lightweight air ducts and works with a range of materials including tungsten, stainless steel and ultem.

“Additive manufacturing is going to be a future core technology of the engineered products industry,” rp+m Chief Technology Officer Anthony Hughes said at the NorTech event. “As we are shifting our focus from purely rapid prototyping into direct digital production, we are opening up new markets and channels really fast.”

In addition to aerospace and defense, these markets include the medical, oil & gas, automotive, consumer products/electronics, and tooling industries. Within these industries, additive manufacturing has already become more than a prototyping method.

via How 3D Printing Can Transform Your Business.

3D Printing Organs, Blood Vessels and All, Takes a Big Step Toward Reality | Singularity Hub

There’s something a little creepy-sounding about the phrase “lab-grown organs,” but producing human organs in the lab could have a range of such powerful benefits that, if they became widely available, only the rare patient would get hung up on the creep factor.

A liver, for example, made from human cells could be used as an intermediate step in drug testing in order to help ensure that a drug was safe before testing it on people. And, yes, a bladder or pancreas or even a heart developed from a patient’s own cells could be transplanted, cutting the wait time for a donor organ and all but eliminating the risk that the patient would reject the organ.

So while average Joes may wrinkle their noses at lab-grown organs, scientists tend to talk them up. But major unresolved challenges can be lost among reports of exciting breakthroughs in the field known as regenerative medicine.

via 3D Printing Organs, Blood Vessels and All, Takes a Big Step Toward Reality | Singularity Hub.

Facts about 3D Printing

Facts About 3D Printing infographic