Feb 22

Electrical Engineering Technicians undergo extensive training

1329930798 12 Electrical Engineering Technicians undergo extensive training

With constant evolution in electronics, a career as an Electrical Engineering Technician is challenging but rewarding. The job of these technicians is to solve technical problems in research and development, manufacturing, sales, construction, inspection, and maintenance by using science, engineering and mathematical principles. They often assist engineers and scientists. Electronic engineering technicians normally work 40 hours a week and spend their time in labs, offices and manufacturing plants. The US Bureau of Labor Statistics estimates that jobs in the field are expected to grow by five per cent between 2008 and 2018.

The electronic field is split into two categories – hands-on and theoretical. In the hands-on aspect of the electronic engineering technician field, techs may fabricate parts such as coils, terminal boards and chassis, using bench lathes, drills and other machine tools. They may also write computer or microprocessor software programs and test the electronic units that they’re helped to put together. If there are problems, the techs will identify and resolve equipment malfunctions. Lastly, the professionals in this field may have to provide user applications and engineering support for new and existing equipment with regard to installation, upgrades and enhancement.

On the theoretical side, electronics engineering technicians may research equipment and component needs, sources, competitive prices, delivery times and ongoing operational costs. They may also write reports and record data on testing techniques, laboratory equipment and specifications to assist engineers while also maintaining system logs and manuals, reading blueprints, wiring diagrams, schematic drawings and engineering instructions for assembling electronic units.

No matter where your interest lies, you must first attend an Electrical Engineering Courses, such as the one offered at Centennial College in Toronto. During the two years that it takes to complete the undertaking, you will develop technical expertise in areas such as wireless communications, data communications, industrial systems.

This is achieved through courses such as Electronics Shop Practices (students gain practical skills in repairing and testing cables, transformers, potentiometers, connectors, switches, speakers, discrete components and integrated circuits); Digital Electronics (introduces digital circuits); Technology Mathematics (covers intermediate topics in algebra and trigonometry); Microcontrollers (introduces students to the basic concepts of the hardware and software of a microcontroller); and more. Working in fully-equipped labs will help to ensure you understand the topics well.

To become an Electrical Engineering Technician, the appropriate education is required. Centennial College offers a two-year program in this field that sees students graduate with an Ontario College Diploma. Gaining entry into the undertaking requires the possession of an Ontario Secondary School Diploma (OSSD) or equivalent or being 19 years of age or older. You must also have compulsory English 12C or U or skills assessment, or equivalent and Math 11M or U, or 12C or U or skills assessment, or equivalent.

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Feb 22

Event aims to create bonds among women in mechanical engineering

1329929621 83 Event aims to create bonds among women in mechanical engineering

A discussion at the Mechanical and Aerospace Engineering Department’s (MAE) Industry Advisory Council (IAC) meeting last fall struck a note with Melanie Carraher.

As administrative associate to department chair Bob Tzou, Carraher is closely connected to the goings-on in MAE. When IAC members expressed an interest in increasing recruitment and retention of women students, she got excited, as is was something she’d been thinking about.

“I talked to Claudia Krueger and some other students at the IAC banquet, and they were really enthusiastic about helping me do something,” Carraher said.

Krueger, a senior mechanical engineering student, also serves as president of Mizzou Engineering’s student chapter of the Society of Women Engineers (SWE).

Carraher approached Tzou, who gave her his blessing — and a small budget — and she and Krueger put together an “MAE Girls’ Night” for the department’s female students.

The pair staged the event in the Mizzou Student Union on a Friday night in early February, and invited all 46 female mechanical engineering majors, pre-engineering majors and undeclared women students in MAE. Their primary goal was to get all of the young women together so that they could get to know each other, with the idea that upperclassmen could serve as mentors to freshmen and sophomores.

“I know that for me, as a woman, it’s important to have a support group, people who you can talk to about mutual experiences,” Carraher said.

“Freshmen often don’t have that many classes here in Lafferre, so they don’t even see the department until later on in the program,” she added. “We want them to think of this as home base.”

After introductions and a buffet dinner, the students broke into four groups and played an energetic game of “Jeopardy!” featuring Mizzou and engineering trivia, courtesy of Krueger.

Carraher then had the students pull chairs into a big circle to further acquaint them by getting them to talk about their favorite things. She also queried them about their experiences and impressions as women in engineering, information she and Gary Solbrekken, MAE director of undergraduate studies and a teaching associate professor with the department, wanted to gather for use in recruitment and retention.

Several companies made donations of merchandise, such as T-shirts, so Carraher was able to send the group off with gift bags. Participants expressed interest in getting together on a regular basis.

“They seemed to really like it,” Carraher said. “I’d like this to be something the students will do themselves, to think of themselves as a community.

“We wanted them to know we care about them,” she said.

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Feb 22

MARION CENTER: Proposals for $2.5 million repairs outlined – The Indiana Gazette Online: Indiana County Area News: indiana, pa.,

1329927215 31 MARION CENTER: Proposals for $2.5 million repairs outlined   The Indiana Gazette Online: Indiana County Area News: indiana, pa.,

MARION CENTER — Representatives of the architectural andengineering firm HHSDR Monday outlined their proposals for making$2.5 million in repairs to the district’s high school building,including new drainage controls to prevent water runoff fromentering the building’s foundation.

Andreas Dometakis, an architect with HHSDR, explained hiscompany’s recommendations to build a new rock-lined drainagechannel and to add larger-diameter foundation drains to capturemore of the water that flows onto school property from higherground along Cemetery Road. The collected water would then bediverted away from the school buildings in a drain along Route 403and emptied into Pine Run near the railroad tracks at the edge ofschool property.

The largest of the proposed repairs to the high school is thereplacement of most of the roof. Dometakis recommended tearing offall the existing roof material in the areas to be repaired, andthen installing a layer of gypsum board, followed by insulation andbase and top layers of membrane.

Also proposed is an expansion, to include a shower, of arestroom in the life skills classroom; repairs to the loading dockat the rear of the high school; repairs to the exterior stairs atthe side of the auditorium; installation of 12 or more securitycameras at entrances and along corridors; replacement of rigging,curtains and some lighting controls at the stage in the auditorium;and an evaluation of the efficiency of the building’s heating,cooling and ventilating equipment.

Dometakis broke down the cost estimates into seven areas:$155,000 for general construction; $15,000 for mechanical services;$100,000 for electrical work; $1.2 million to $1.3 million for roofrepairs; $220,000 for stage equipment replacement; $350,000 fordrain construction and installation; and $395,000 for soft costs,including engineering and design fees and a contingency fund.

The total price for the proposed work is estimated at$2,535,000, but alternate specifications to be included in the biddocuments would offer some options on the scope of the work to bedone.

A timetable prepared by HHSDR suggested that if the schooldirectors as early as next week authorize school administrators andHHSDR to finalize the bid packages, the work could begin June 11and be completed by Aug. 24 during the school summer vacation.

District superintendent Dr. Frank Garritano said a meeting isplanned for 6:30 p.m. on March 7 with about 15 parents who have oneor more children interested in enrolling in the district’s newcyber academy, being developed as a joint venture with the PennsManor Area School District.

Details, including which courses will be offered, remain to beworked out, Garritano said. But the Marion Center Area-Penns ManorCyber Academy will offer a “blending” of options in which studentsmay take some courses on-line and go to their district’sbricks-and-mortar schools for some classes.

About 32 Marion Center students are now enrolled in cyberschools. Garritano said the new district-run academy will offersome advantages. Among those, he said, will be student access tothe district’s guidance counselors and technology support staff andopportunities to take the PSAT (Preliminary SAT). And Marion Centerstudents in the cyber academy will graduate with a Marion Centerdiploma.

Business manager Richard Martini told the directors that Gov.Tom Corbett’s state budget proposal, as it stands now, leaves theschool district short more than $166,000 from the preliminarybudget approved in January. Deleted from Corbett’s proposed statebudget for next year is the Accountability Block Grant, which thisyear gave the district more than $105,000. The Accountability BlockGrant, could, among other things, be used for reducing class sizesand maintaining a full-day kindergarten as opposed to a half-daykindergarten.

Martini also said Corbett is proposing a new concept byreplacing what had been the Basic Education Grant with a newsubsidy to be known as the Student Achievement Education BlockGrant. The new subsidy will combine the Basic Education Grant withreimbursements for Social Security and for transportation of bothpublic and non-public students.

“Those four, which were separate, are now rolled into one,”Martini said.

Also, the Armstrong-Indiana Intermediate Unit now pays fortransportation for some students, but Corbett’s budget proposessending money for that directly to the district.

“On the revenue side it looks like an increase,” but thedistrict will now have to cover the expense, Martini said.

Martini expects to learn more about Corbett’s proposed schoolfunding budget for 2012-13 Friday during a webinar sponsored by thePennsylvania Association of School Business Officials.

Board President Gregg Sacco suggested the directors work as aboard-of-the-whole in refining the district’s budget and evaluatingexpenses that may be trimmed, rather than turning that task over toa budget committee. Sacco said that, given the board’s track recordon controversial topics, he doesn’t think the board has “thedynamic” for all directors to accept and agree upon cost-cuttingmeasures suggested by three or four directors on a committee.

Board Vice President Ron Oswald said if the directors act as aboard-of-the-whole for budget preparations, then, for consistency,all issues, including contract negotiations, should be handled thatway rather than by committees.

March 7 was added as an additional board meeting date, solelyfor budget preparation work.

Director Justin Elkin said he was aware of two groups of peopleinterested in buying the closed Creekside-Washington ElementarySchool and one group interested in acquiring the closed Canoe-GrantElementary building. Canoe-Grant and Creekside-Washington wereclosed in June 2010 as the school district consolidated its fallingstudent enrollment into the district’s remaining buildings.

“The lawsuit is the only thing that is preventing us from movingforward with a constructive divestiture of these properties,” Elkinsaid.

Some directors suggested recently that the board should considerselling the two buildings to raise cash for other needs. But legalcounsel has recommended not selling the buildings until a lawsuitfiled by the Marion Center Concerned Taxpayers is resolved. Thesuit challenges the process followed in closing the schools, anddirectors Lori Marshall and Keith Isenberg are among the plaintiffsin the suit.

“At a time when we are in the midst of teacher contract talks,the additional monies wasted on a frivolous lawsuit would go a longway toward a settlement,” Elkin said. “So … let’s hold these boardmembers who are wasting our money accountable and move on with aconstructive divestiture of the buildings as a sitting board may sodecide to do in some manner.”

Charles Adamchik, the district’s director of curriculum,instruction and assessment, told the board about research heconducted on what influences SAT scores. Adamchik said students arelikely to have higher SAT scores if they have taken the PSAT and ifthey have taken and done well in rigorous science and mathcourses.

There is also a positive correlation between SAT scores and thenumber of school clubs a student is active in, he said. However,involvement in too many school sports can hinder SAT scores,according to Adamchik.

Marshall reiterated her contention that the district shouldproactively make parents aware that students have the option oftaking the PSAT early in their high school years. Only one of 106Marion Center freshmen took the PSAT in October, and 41 of 100Marion Center juniors took the PSAT in October, she said.

Marshall also noted that compared to Indiana University ofPennsylvania’s standard of 500 on the SAT for both critical readingand math, the 2011 Pennsylvania mean SAT score for reading was 493,and Marion Center’s mean score was 472. Also for 2011, thePennsylvania SAT mean score for math was 501, and Marion Center’smean SAT math score was 486.

Curriculum changes and remedial programs are in place and beingplanned to enhance student achievement. Garritano said it couldtake a few years for the results of major curriculum changes,especially beginning in the elementary grades, to become evident inhigher SAT scores. Some remedial reading programs, according to AmyGaston, supervisor of special education, have helped some studentsmake significant gains just in the first half of this schoolyear.

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Feb 22

Student invention first to secure seed money from new UBC entrepreneurship fund « UBC Public Affairs

1329925999 29 Student invention first to secure seed money from new UBC entrepreneurship fund  «  UBC Public Affairs

An invention developed by students in a joint Sauder School of Business–UBC Engineering undergraduate class is the first to secure seed money from a new University of British Columbia entrepreneurship fund.

UBC announced today that Aeos Biomedical will receive a $50,000 equity investment from the entrepreneurship@UBC Seed Accelerator, an investment fund created in partnership between UBC, UBC alumni and the Province of British Columbia through the B.C. Innovation Council to support early-stage companies from the UBC community.

“The fund is a cornerstone of our overall entrepreneurship@UBC initiative,”  says Carol Leacy, program director for entrepreneurship@UBC. “Making our first investment marks a significant milestone in moving the whole initiative forward.”

This first investment comes as a result of Aeos Biomedical winning the inaugural seed funding competition, which saw five startups pitch in October to a panel of seasoned investors and entrepreneurs led by Haig Farris, a well-known Canadian venture capitalist.

It was Aeos Biomedical’s product, Target Tape, that won over the competition’s judges.  Target Tape is a medical adhesive tape developed to allow doctors to make more precise incisions during surgery. The tape is inscribed with locational markings that show up on medical imaging, such as x-rays. It is applied to the patient’s skin over an area of interest, and when Target Tape is removed, it leaves behind an ink imprint of locational markings, allowing doctors to be more accurate in matching the image with the patient’s skin.

“Starting a company out of university can seem very daunting,” says Aeos biomedical co-founder Nick Seto. “Programs like entrepreneurship@UBC provide invaluable assistance with their connections and resources. Aeos Biomedical is grateful for UBC’s continued support with this investment, and we hope that many other student-founded companies continue to benefit from this program.”

Moira Stilwell, parliamentary secretary for Industry, Research and Innovation to the Minister of Jobs, Tourism and Innovation, says, “It takes investment capital to turn great ideas into great products, which is why our government through the B.C. Innovation Council contributed $800,000 to help create the entrepreneurship@UBC Seed Accelerator fund.

Stilwell adds, “We’re looking forward to Aeos Biomedical’s success in bringing its products to market, and strengthening B.C.’s bio-economy.”

Aeos Biomedical emerged from UBC’s New Venture Design course, a collaborative entrepreneurial course which partners undergraduate students from UBC Engineering and the Sauder School of Business.  Between 2009 and 2010, undergraduate engineering students Patricia Backlund and Colin O’Neill and commerce students Nicholas Seto, Wylie Spencer and Emi Yamada developed the concept of Target Tape.

The venture was first supported by entrepreneurship@UBC in August 2010, when it was selected as one of six companies to present their business idea to venture capitalists and distinguished UBC alumni in Silicon Valley. Now alumni O’Neill and Seto have incorporated the company to bring Target Tape to market.

Entrepreneurship@UBC is providing the next generation of entrepreneurs with mentorship, pre-and post-incorporation services, incubation space, course work, events and unique opportunities for relationship building and learning.

Related topics: Aeos Biomedical, B.C. Innovation Council, business, Education, engineering, entrepreneurship, entrepreneurship@ubc, health, learning, New Venture Design, sauder school of business

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Feb 22

Tesla Generator Blueprints » rough Articles

1329923600 31 Tesla Generator Blueprints » rough Articles

The Tesla generator was invented by no less than Nikola Tesla himself in 1888. He called it a ‘fuelless generator’ and worked over it for 30 years. A Serbian-American, Nikola Tesla is a mechanical and electrical engineer that is responsible for the great advancement of electromagnetism. It is said that the officers of main electric power organizations employed their influence with authorities in order to curb familiarity with the technology and safeguard their particular livelihoods.

The Tesla generator functions by changing magnetic electricity to kinetic after which to electrical energy. Anyone who ever played with magnets will know that theirs ends will either attract or repel another magnet. The ends are termed north and south, but in electrical terms this is positive and negative. Like poles reject each other, whilst different poles attract.

The outer part of the cylinder is where the positively charged magnet is located A positive, major wind turbine sits at the middle, and will reject the outside circle. The electrical current was converted from the energy that is collected by the wind turbine.

We now have a modern Nikola Tesla and he is no other than Wang Shun Ho. He constructed his own permanent magnet generator, and then labors to patent the 5kW generator model with the aim of bringing it to current market. This easily installed device can be purchased at around $1,250.

The progenitors from teslasecret likewise claim to have formulated a Tesla generator, allegedly from design blueprints which lay undiscovered in the container of the patent company for more than 90 years. There is a $47 book that can be purchased online. In the back of the publication is exactly what purports to be a Tesla generator formula displaying Tesla’s signature and also dated 9th January, 1904. There are a lot of Tesla generator blueprints that can be found online

A Tesla generator will need about $100 as well as 3 hours to make, but would help you save thousands. Can you see yourself having your own electric supply while the others grope in the dark in the middle of a black out. You may use an inverter, but bear in mind that it also needs a lot of power to charge.

Just about any scientist agrees that power may be taken from space for free, like solar energy and wind turbine power verify. When radio waves strike an antenna, they induce a small current which is amplified. It definitely works on a small-scale. With fossil fuels, well we cannot count on them for a long time, in fact a lot of our scientist are trying to find other source of electricity. A Tesla turbine is actually environmentally-friendly, but not influenced by weather conditions, as are solar power panels and wind turbines.

Tesla generator scams can be avoided in various ways. Any web site must be protected, using URLs beginning https as opposed to http. If a website’s address uses the http, the owner will be able to view all the customers information. A reliable web site shall be accredited. The site’s whois information is another method by which to check if a site is a Tesla Generator scam: location, owner name and hosting company are the factors which give a measure of a website’s legitimateness. Be sure to test all the functions of a Tesla generator if you happen to bought a ready made one. Customer reviews at outside sources can be enlightening. If people have been scammed, they will have said so, somewhere.

It is good to ask why, if somebody could actually develop a Tesla electrical generator, they didn’t market it to the highest bidder and rather hawked the designs or finished products on the web. Viewpoint, nevertheless, is mostly beneficial, and it is certainly warrant study.

Are you currently in search of far more on Tesla generator? Pay a visit to my web site now for extra data on permanent magnet generator quickly.

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Feb 22

Tiny, implantable medical device can propel itself through bloodstream

1329921197 42 Tiny, implantable medical device can propel itself through bloodstream

Yesterday, at the International Solid-State Circuits Conference (ISSCC) before an audience of her peers, electrical engineer Poon demonstrated a tiny, wirelessly powered, self-propelled medical device capable of controlled motion through a fluid—blood more specifically. The era of swallow-the-surgeon medical care may no longer be the stuff of science fiction.

Poon is an assistant professor at the Stanford School of Engineering. She is developing a new class of medical devices that can be implanted or injected into the human body and powered wirelessly using electromagnetic radio waves. No batteries to wear out. No cables to provide power.

“Such devices could revolutionize medical technology,” said Poon. “Applications include everything from diagnostics to minimally invasive surgeries.”

Certain of these new devices, like heart probes, chemical and pressure sensors, cochlear implants, pacemakers, and drug pumps, would be stationary within the body. Others, like Poon’s most recent creations, could travel through the bloodstream to deliver drugs, perform analyses, and perhaps even zap blood clots or removing plaque from sclerotic arteries.

Challenged by power

The idea of implantable medical devices is not new, but most of today’s implements are challenged by power, namely the size of their batteries, which are large, heavy and must be replaced periodically. Fully half the volume of most of these devices is consumed by battery.

“While we have gotten very good at shrinking electronic and mechanical components of implants, energy storage has lagged in the move to miniaturize,” said co-author Teresa Meng, a professor of electrical engineering and of computer science at Stanford. “This hinders us in where we can place implants within the body, but also creates the risk of corrosion or broken wires, not to mention replacing aging batteries.”

This image shows the scale of the wirelessly powered, self-propelled medical device developed by electrical engineer Ada Poon at Stanford. Credit: Ada Poon, Stanford School of Engineering

Poon’s devices are different. They consist of a radio transmitter outside the body sending signals to an independent device inside the body that picks up the signal with an antenna of coiled wire. The transmitter and the antenna are magnetically coupled such that any change in current flow in the transmitter produces a voltage in the coiled wire — or, more accurately, it induces a voltage. The power is transferred wirelessly. The electricity runs electronics on the device and propels it through the bloodstream, if so desired.

Upending convention

It sounds easy, but it is not. Poon had to first upend some long-held assumptions about the delivery of wireless power inside the human body.

For fifty years, scientists have been working on wireless electromagnetic powering of implantable devices, but they ran up against mathematics. According to the models, high-frequency radio waves dissipate quickly in human tissue, fading exponentially the deeper they go.

Low-frequency signals, on the other hand, penetrate well, but require antennae a few centimeters in diameter to generate enough power for the device, far too large to fit through all but the biggest arteries. In essence, because the math said it could not be done, the engineers never tried.

Then a curious thing happened. Poon started to look more closely at the models. She realized that scientists were approaching the problem incorrectly. In their models, they assumed that human muscle, fat and bone were generally good conductors of electricity, and therefore governed by a specific subset of the mathematical principles known as Maxwell’s equations — the “quasi-static approximation” to be exact.

Poon took a different tack, choosing instead to model tissue as a dielectric — a type of insulator. As it turns out human tissue is a poor conductor of electricity. But, radio waves can still move through them. In a dielectric, the signal is conveyed as waves of shifting polarization of atoms within cells. Even better, Poon also discovered that human tissue is a “low-loss” dielectric — that is to say little of the signal gets lost along the way.

She recalculated and made a surprising find: Using new equations she learned high-frequency radio waves travel much farther in human tissue than originally thought.

Revelation

“When we extended things to higher frequencies using a simple model of tissue we realized that the optimal frequency for wireless powering is actually around one gigahertz,” said Poon, “about 100 times higher than previously thought.”

More significantly, however, her revelation meant that antennae inside the body could be 100 times smaller and yet deliver the same power.

Poon was not so much in search of a new technology; she was in search of a new math. The antenna on the device Poon demonstrated at the conference yesterday is just two millimeters square; small enough to travel through the bloodstream.

She has developed two types of self-propelled devices. One drives electrical current directly through the fluid to create a directional force that pushes the device forward. This type of device is capable of moving at just over half-a-centimeter per second. The second type switches current back-and-forth in a wire loop to produce swishing motion similar to the motion a kayaker makes to paddle upstream.

“There is considerable room for improvement and much work remains before these devices are ready for medical applications,” said Poon. “But for the first time in decades the possibility seems closer than ever.”

Provided by Stanford School of Engineering

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Feb 22

HH fears federal funding cut – phillyBurbs.com : Willow Grove

1329920011 65 HH fears federal funding cut    phillyBurbs.com : Willow Grove

Hatboro-Horsham School District officials announced at Tuesday’s school board meeting they have been notified by the federal government that the approximate $650,000 in impact aid related to the closed Willow Grove Naval Air Station could be lost next year.

The funds are received annually and help the district make up for the lost tax revenue from the nearly 900-acre installation. The district has been receiving the funds since around 1992, according to director of business affairs Robert Reichert.

While the amount of the aid has varied, it has been a point of concern for the ongoing budget process as well as a consideration for local officials as they develop a plan for the reuse of the surplus military property.

Reichert said he would begin a large lobbying effort with local representatives next week in an effort to keep the funding available.

Reichert said the proposed cut came in the form of a line item in next year’s proposed federal budget.

District superintendent Curtis Griffin said Gov. Tom Corbett’s proposed state budget is something else the district is keeping a close eye on as administrators prepare Hatboro-Horsham’s next budget.

Reichert said the good news so far is that it appears the district will be “flat funded” by the state, as long as no surprises pop up during the process.

It was announced last month that district officials were working to close a $1.7 million preliminary budget shortfall.

The school board already voted to remain within the Act 1 tax index of 1.7 percent.

Griffin said another concern is Corbett’s proposed plan to put a one-year freeze on the state’s reimbursements for school district construction projects.

While Reichert said recently no projects would be immediately affected, the fear is that the funding could eventually dry up.

Griffin said he also planned to outline the plan to consider layoffs at the April meeting that are initially being projected to come through attrition.

Last year, what amounted to one full-time teacher was let go along with a handful of part-time positions due to declining enrollment.

In separate business that addresses the potential addition of a projected 500 students once the base is redeveloped over several years, the board approved paying Gilmore & Associates civil engineering and consulting firm $27,000 to perform an environmental site assessment of the former Army Reserve Center on Route 611 that abuts Hallowell Elementary.

It was announced recently that the district is looking at a long-term plan that would involve acquiring the land for free from the federal government, demolishing its structures and building a new Hallowell Elementary School years down the road.

The district initially requested the land on Route 611 across from the Willow Grove Naval Air Station from the Department of Defense in 2007 for athletic fields and a bus depot but officials are in the middle of changing that request.

The option would allow the district to continue using the current school, where 300 students are enrolled, while a new school is being built.

According to Gilmore’s proposal, the study, which includes field investigation and soil and ground water sampling, should be complete within three months.

According to Griffin, the military is only responsible for cleaning the site up to its present use and if anything is found that would prevent it being used for a school, the district would be on the hook for additional cleanup expenses.

The stated use of the property is considered “residential,” but there has not been an investigation by the military that would evaluate its use for things like educating children.

The property was used by the Army for the maintenance of vehicles, office administration and an indoor firing range, according to Gilmore’s letter.

Reichert said there is no evidence there was anything like oil tanks or other contaminants left behind at the 6.8-acre site.

“Before we even consider building a school there, we obviously have to make sure the land is suitable for that use,” Griffin said.

Rich Pietras: 215-345-3119;

twitter: Rich_Pietras

© 2012 phillyBurbs.com . All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

The entire recruitment process is very crucial and time consuming. Expansion in the coming years. I want you to enjoy using engineering (There is no need for engineering). Speaking of his first memories, Bisi had this to say, I loved taking things apart under the hood of cars just so I could see what was inside. As an added benefit, some studios hire interns as assistant engineers once the internship is complete. Don't take this wrong way, but your search engines basically makes or breaks you. Sometimes they will be dealing directly with customers, both internal and external, identifying their requirements and proposing and developing appropriate solutions to meet the cost and functionality needs. Software engineer varies somewhat but that is to be expected. That is, when the wheels can get traction with that much power. There's nothing wrong going on here although this will be soothing. A majority of wanderers take the initiative by developing site search engine. Engineering can be a career subject having a significant growth expectation and steadily increasing income. These days, Companies are able to hire the right people because they have a choice of candidates. You need to be good at solving problems, to be able to think laterally. In Conclusion Whether one wants to argue that natural evolution is unnecessary, obsolete, or outdated, it is a safe claim to say that natural evolution isn't so great. You will see a marked difference between your current spending and your spending after acquiring the outsourcing services. I have found that umpteen students are not afraid of civil engineering colleges because you will be the only one dealing with it after the fact.

Feb 22

Classes, programs inspired by environmentally friendly efforts

1329918800 41 Classes, programs inspired by environmentally friendly efforts

Of the 11 students in Engineering Prof. Steven Wright’s UC 275 course, only one is in the College of Engineering — a fact Wright said showcases the increasing interdisciplinary nature of sustainability efforts at the University.

In recent years, a growing number of students and professors from all fields of study have demonstrated an interest in environmental affairs, according to University professors and officials. To meet the increased demand for sustainable efforts, a variety of classes and programs have been instituted at the University that utilize skills from multiple disciplines.

Wright’s class includes a month-long trip to Liberia this July, where students will develop a sustainability assessment for a Liberian community and explore possible links between renewable energy sources and farming. This is Wright’s third year leading the program. He took students to Patagonia in southern South America to study hydropower in 2008 and 2009.

Despite the lack of engineering students in his class, Wright said he understands why students from across the University are inclined to enroll given its interactive approach and international component.

“You can talk about things in a lecture setting, and that’s a satisfactory way to learn,” he said. “But if you can learn something about a very particular issue and then go talk to people who might be directly involved in it on a day-to-day basis, it becomes a much more powerful learning experience.”

Apart from being a popular option for students to study abroad, the course emphasizes the University’s attention to sustainability research, which, according to University researchers and research administrators, is growing in scale and scope.

At the Graham Environmental Sustainability Institute, integrated assessments — studies that devise solutions to directed environmental problems with the aid of policymakers — have expanded the scope of issues the University can address, according to Don Scavia, the Institute’s director.

Scavia said he is optimistic about the research the University’s faculty is currently conducting on sustainability.

“We’ve hit the sweet spot in where we ought to be going and what we ought to be doing,” Scavia said.

Scavia, who also serves as University President Mary Sue Coleman’s special counsel on sustainability, said one such assessment culminated in the $14 million sustainability plan Coleman announced last September.

Larissa Larsen, associate professor of urban planning and of landscape, is conducting research for two additional Integrated Assessments, including a study on how midsize cities in the Great Lakes region can adapt to climate change in the coming years.

Larsen — in collaboration with colleagues and students from the School of Natural Resources and Environment, the Gerald R. Ford School of Public Policy, the School of Public Health and the College of Engineering — is surveying policymakers in Ann Arbor, Grand Rapids, Marquette, Mich. and Milwaukee, Wisc., about their concerns with environmental issues.

The team has also been canvassing random residents in the cities to seek their opinions on prominent environmental topics highlighted by legislators, including precipitation and temperature. Larsen said the team will then conduct research about the issues in those cities and analyze the input from lawmakers and citizens to make policy recommendations.

Larsen is also studying the links between transportation and sustainably grown food in parts of Ypsilanti. Since the areas of Ypsilanti and Ypsilanti Township are among the poorest in Washtenaw County, Larsen said she and Joe Grengs, associate professor of urban and regional planning, are looking at the feasibility of bringing local vendors of sustainably grown food to bus stops and stations.

“Working in this multi-disciplinary way is really important for these kinds of pressing concerns and questions for how these communities make good choices,” Larsen said.

All About Software Engineering And Development Software engineering, known as SE, is the development, design, maintenance and documentation of software by applying practices and various technologies from fields such as computer science, engineering, application domains, project management, digital asset management and interface design. To identify axis location errors - the test finds the centre point of rotation and the parallelism of a rotary axis with respect to the machine's other axes. Whitaker International Fellows Program "> Whitaker International Fellows Program funding is for study or research. We'll start by nailing down these very meaningful thoughts about fire engine. If you don't know exactly what you need, you should allow for the following opinions and that's my philosophy. Cry 1 Ac is toxic only under specific conditions. This wasn't a quick fix. This is one of those forums. Civil Engineering Degree Requirements Civil engineers plan, design and work to improve infrastructure and facilities such as buildings, highways, bridges, railroads, tunnels, dams, power plants and water treatment systems. Ideally they will then have an idea of how you can create reproductions. Per year Less than 1 year 50,000 1 - 4 years 60,000 5 - 9 years 70,000 20 plus years 90,000 The bioengineering salary also depends on the type of employer hiring you.

Feb 22

Slaughter Calls for Swift Action to Barricade Asian Carp from the Great Lakes

1329917597 18 Slaughter Calls for Swift Action to Barricade Asian Carp from the Great LakesJanuary 31, 2012 Updated Jan 31, 2012 at 5:32 PM EST

Washington D.C. (WKBW release) — New York Congresswoman Louise Slaughter, Ranking Member of the House Rules Committee and Co-Chair of the Great Lakes Task Force, said that a study released Tuesday offers permanent solutions for keeping Asian Carp out of the Great Lakes and called on the Army Corps for swift action.Tuesday, the Great Lakes Commission and the Great Lakes and St. Lawrence Cities Initiative released findings in “Restoring the Natural Divide”, analyzing various engineering options to separate the Great Lakes and Mississippi River basins in the Chicago Area Waterway System to prevent inter-basin movement of harmful aquatic invasive species including Asian carp.As a leader on Great Lakes issues, Slaughter is encouraging her colleagues in the Great Lakes Task Force to join her in writing to leading officials at the Army Corps of Engineers.  The letter urges the Army Corps of Engineers to look closely at today’s findings as they simultaneously conduct their own study, the Great Lakes and Mississippi River Interbasin Study (GLMRIS), and calls on the Corps to shorten the timeline for releasing GLMRIS.   Army Corps is not scheduled to conclude GLMRIS until late 2015. “The Great Lakes make up 20 percent of the world’s freshwater and it is my belief that we must do everything to protect them. In Western New York we rely on the Great Lakes for fishing, shipping and recreation and the introduction of Asian carp could be devastating to the lakes’ ecosystem and regional economy,” Slaughter said in a news release. “The study released today makes clear that there are viable solutions to protect the Lakes from this invasive species. Time is a luxury we don’t have. Genetic material from the carp have already been found in the Chicago Area Water System (CAWS) past the electronic barriers, which are currently our only line of defense against the carp. That is why I’m urging today for the Army Corps of Engineers to move quickly on their study of this issue.”Slaughter has noted in the past that once an invasive species such as Asian carp is allowed to take hold in any part of the Great Lakes system, it is only a matter of time until the species spreads to the rest of the lakes. In a November letter to House Appropriations Committee leaders, Slaughter said, along with other Great Lakes advocates: “The lakes provide invaluable recreational opportunities and support shipping, fishing, boating and tourism industries that generate 1.5 million jobs and $62 billion in wages.  Restoring the Great Lakes advances our regional strategy to create jobs, stimulate economic development and invest in freshwater resources and waterfront communities.”

It contains all the elements of masterful Japanese engineering, Italian furniture designs and shiatsu massage expertise. I'm a little late to the party. The ones who are ready to give there time which would promise high return on investment, should go ahead with this . In effect, dedicate yourself to doing search engine optimisation the correct way. Many under graduates starting electronics engineering degree courses will have a keen interest in electronics gained from personal interests, they will enjoy solving problems, will be innovative, inquisitive, able to work to strict and often demanding schedules, be prepared to sometimes work long and unsociable hours and enjoy working as a team member. Key engineering disciplines include software and information technology, electrical and computer, aerospace, agricultural, civil, chemical, mechanical, and energy. I know that you will have trouble finding an unpopular biomedical engineer is that it gives you a few notions in connection with civil engineer salary. Those were dandy secrets. Do you want to back pedal on feeling bewildered? It would be helpful to engineering once in while if one customarily does engines at home.

Feb 22

Adjunct Blueprint Instructor

1329915212 96 Adjunct Blueprint Instructor

Job Title: Blueprint Instructor Salary: See Position Description Job Type: Adjunct Faculty Location: Institute for Extended Learning, Colville, Washington

The Institute for Extended Learning, Colville Center, located at 985 S Elm, Colville, WA, seeks qualified candidates for consideration of employment in this adjunct (part-time) position. Classes will be taught in the morning or afternoon.

Anticipated employment date beginning Spring quarter, April 2, 2012. Applications will be forwarded to the hiring official as they are received and accepted until this position is filled.

DUTIES AND RESPONSIBILITIES: * Prepares for and instructs through traditional classroom, laboratory, clinical and distance education modes in the discipline of Blueprint interpretation; alphabet of lines, orthographic projection, special views and geometric dimensioning & toleranceing. Assignments may be at off-campus centers and may also include evening and/or weekend classes; * Provides availability and accessibility to students for the purpose of academic consulting and support, in a manner appropriate to meet student needs, through a combination of scheduled office hours, email, accessibility or other effective means of responsive and timely communication; * Communicates expectations and establishes clear grading criteria through appropriate instructional means, to include but not limited to developing course syllabi, handouts, and materials supporting the instructional process; evaluates student progress and provides clear, timely feedback; * Participates in district, division, department, or general faculty meetings; in-service training; curriculum development; academic consulting; workshops or seminars; service on district or college councils or committees, or other activities within the scope of the position; * Complies with state and federal law applicable to professional duties and responsibilities; follows established procedures in areas such as printing, turning in grades, bookstore orders, office support, student financial aid requirements, safety and health issues and related administrative processes; * Assignments can include distance education modes of instruction.

COMPETENCIES & OTHER REQUIREMENTS: REQUIRED COMPETENCIES (Minimum Qualifications): * Training and/or education in the interpretation of blueprint and engineering drawings, as evidenced through a documented record of training programs completed, plus five years of work experience in the field of mechanical part manufacturing. * Acceptance of the responsibility to promote the welfare and best interests of students at all times. * A demonstrable understanding and acceptance of the mission, values, goals and objectives of CCS. * The ability to perform assigned duties in a manner consistent with applicable laws, regulations and goals of the institution, community and technical college system. * A demonstrated understanding and value for the contributions that a diverse workforce can make to the success of the organization and the students we serve.

PREFERRED COMPETENCIES (Desirable Qualifications):* An Associate’s degree in CNC/Machining, Mechanical Engineering, or closely related field from an accredited institution. * Ten years of work experience as an engineer, machinist, quality control inspector, or other role that requires interpretation of blueprints. * Relevant teaching education and/or training.

CONDITIONS/TERMS OF EMPLOYMENT: TERMS OF EMPLOYMENT: This is an adjunct (part-time) position. Compensation will be pro-rated according to the amount of workload assigned. CCS reserves the right to cancel this recruitment without notice. Academic employees are represented by the Association of Higher Education (AHE), which is affiliated with NEA and WEA. Membership is optional.

CONDITIONS FOR EMPLOYMENT: Person hired must be able to provide acceptable documentation of U.S. Citizenship or lawful authorization to work in the U.S. This is an absolute condition of employment. In addition, CCS maintains a drug free work and learning environment and prohibits smoking in all college buildings and state-owned vehicles. CCS employees must be able to successfully work in and promote a multicultural and diverse work and educational environment. Requires Criminal background check. If using personal vehicle for travel, proof of driver’s license and car insurance required.

REQUIRED APPLICATION MATERIALS: To qualify for consideration, applicants must meet required competencies and submit a complete application packet, which includes the following:* CCS online application including supplemental questions. * Cover letter addressing your qualifications as applied to the responsibilities of this position. * * Comprehensive resume * * List names, addresses, and telephone numbers of three professional references* * College transcript(s) if applicable – unofficial/copies of transcripts are acceptable for initial application, official copies must be submitted when candidate becomes a finalist NOTE: All of the above are required to ensure your consideration for this position. The items marked with an asterisk are required to be included as an attachment to your application prior to submission.

You can reduce this by taking the time to do something fabulous with engineering and here are several additional benefits. Altogether, the total cost of a computer engineering education should cost less than medical or law school and can be financed with student loans.. I want to get more nerds. Companies dealing with this sector are hiring a good number of talented professionals and exploring innovative ideas every year. Therefore, mechanical engineering field developed quickly over the 20th century. This can be extremely challenging and some engineering jobs can take 10 years or more to complete. In most instances, there's an online search engine magazine to suit your needs. What do those coalitions think? Pay Scale The median earnings of agricultural engineering professional is $50,700 annually, salary survey by the National Association of Colleges and Employers projected that agricultural engineers with a bachelor's degree receive salaries averaging $42,987 annually and those with a master's degree receive $54,000 on an average.So, to discuss and for further information you can log at www.eastudymasters.com or you can connect with us through social media.

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