The best online games of recently » Blog Archive » Conventional architect salary

Common architect salary Different points could dictate architect salary. While published statistics could be outdated, they’ll give you a common idea of the salaries, wages, revenue, and benefits given to architects. Architects practicing in the U.S. make in between $41,320 and $119,220 per year, as per the latest figures calculated by the U.S. Department of …

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Students Across the US Write Code to Control Zero Gravity Satellites on ISS

GLASTONBURY, Conn., Jan. 26, 2012 — /PRNewswire/ – Twenty seven teams of high school students from across the United States competed in the Zero Robotics SPHERES Challenge which took place at MIT in Cambridge, MA and aboard the International Space Station (ISS) this week. “Team Rocket” from River Hill High School, Maryland, “Storming Robots” from Storming …

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AECOM Appoints Steve Burrows as Senior Vice President, Building Engineering, for the Americas

SAN FRANCISCO, Jan 23, 2012 (BUSINESS WIRE) –Professional technical and management support services consultancy AECOM today announced the appointment of Steve Burrows, CBE, as Senior Vice President of Building Engineering, to lead its building engineering practice in the Americas. Burrows has 30 years of building engineering experience on projects in a wide range of sectors, …

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New microtweezers may build tiny ‘MEMS’ structures

The microtweezers might be used to assemble structures in microelectromechanical systems, or MEMS, which contain tiny moving parts. MEMS accelerometers and gyroscopes currently are being used in commercial products. A wider variety of MEMS devices, however, could be produced through a manufacturing technology that assembles components like microscopic Lego pieces moved individually into place with …

View full post

What are the Most Popular Engineering Degrees?

Engineering degree programs remain incredibly popular today. There are a great deal of reasons for this, from job demand and opportunities, to challenging but rewarding work environments, to high salaries. Engineering though is a broad field which covers dozens of different subfields and specialties. Therefore, it’s worthwhile to take a look at which specific focuses …

View full post
The best online games of recently » Blog Archive » Conventional architect salaryStudents Across the US Write Code to Control Zero Gravity Satellites on ISSAECOM Appoints Steve Burrows as Senior Vice President, Building Engineering, for the AmericasNew microtweezers may build tiny ‘MEMS’ structuresWhat are the Most Popular Engineering Degrees?

Jan
28

The best online games of recently » Blog Archive » Conventional architect salary

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1327752820 20 The best online games of recently » Blog Archive » Conventional architect salary

Common architect salary Different points could dictate architect salary. While published statistics could be outdated, they’ll give you a common idea of the salaries, wages, revenue, and benefits given to architects. Architects practicing in the U.S. make in between $41,320 and $119,220 per year, as per the latest figures calculated by the U.S. Department of Labor. They also show the mean annual revenue at $76,750 as well as the mean hourly rate at $36.90. Compensation stays continuous The DesignIntelligence Compensation and Positive aspects Survey is however yet another authoritative information supplier, collecting statistics from some 460 organizations specializing in architecture, design-build, engineering, interior design, landscape architecture, urban design, and industrial design. A lot more than 25,000 full-time staff are represented in the survey. The outcomes of the 2010-2011 edition paint a vibrant picture for architect salary regardless of an ailing national economy. Current years have noticed rising salary rates for architects fresh out of college. Architecture graduates with a bachelors degree saw their mean revenue grow from $39,333 in 2008 to $41,012 in 2009. Masters degree holders also benefited, their mean salaries jumping from $42,985 in 2008 to P47,263 in 2009). Meanwhile, an average compensation of $100,723 awaits architects armed with over 20 years of knowledge. Much more impressive may be the annual take-home spend of seasoned architects, currently at $142,200, as indicated by the DesignIntelligence survey. Architects who value a steady annual salary are most suited to perform at architectural firms, certain governments departments or agencies, and major corporations. Minimum necessary education

The architectural arena could be reached by way of different routes. There is no better way for an inexperienced person to enter the architectural arena than by obtaining a five-year bachelors degree in architecture. On the other hand, specialists contemplating a career switch but has a different degree under their belt can perform on obtaining a masters degree in architecture.You may learn the principles of creating design, the theory and history of architecture, the use of technology in architecture, construction techniques, expert architecture practice, physical sciences, mathematics, and liberal arts. You can find colleges and universities that demand students to initiate design studio projects. Graduates are then obliged to perform as an apprentice for no less than three years and pass the licensure test. What an architect salary requires of you The design of places for example houses, offices, factories, schools, malls, and churches may be the important expertise of architects. Drawing blueprints for both private and public creating constructions, they find limitless opportunities in a booming and growing business. To be able to find out even more, just click right here: average salary for a architect. Managing, designing, engineering, and supervising the projects different components will also rank high on your to-do list. You may also serve as the communications coordinator for all personnel involved in the job.Contemplating that an average architect salary is over $70,000 a year and may be significantly greater for all those who excel, its little wonder that many creative sorts are drawn to this career field. It really is among the couple of selections that give such a rewarding job and great benefits that still permit you to simply perform as a self-employed contractor. Discernment and fulfillment An architects job is by no means effortless as it requires you to observe all fire regulations, creating codes, nearby ordinances, and zoning laws in the course of a project. Answer these concerns and youre on your strategy to realizing the professions rich rewards, regardless of what your spend looks like. Employment picture for architects Architecture, together with other professions, has fallen victim to the economic recession as well as the property market place crash that precipitated it. In order to find out much more, press what follows: average architect salary 2010. A U.S. Department of Labor report shows that in between July 2009 and November 2009, the number of jobs offered by architecture firms in the U.S. fell from 224,500 to 184,600. To be able to discover more, mouse click what follows: average salary for landscape architect. In spite of the reported job-shedding, the Labor Department forecasts greater growth for architectural employment in the coming ten years, compared to other professions.

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This entry was posted on Saturday, January 28th, 2012 at 8:15 am and is filed under Uncategorized . You can follow any responses to this entry through the RSS 2.0 feed. Responses are currently closed, but you can trackback from your own site.

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Jan
28

Students Across the US Write Code to Control Zero Gravity Satellites on ISS

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1327750394 56 Students Across the US Write Code to Control Zero Gravity Satellites on ISS

GLASTONBURY, Conn., Jan. 26, 2012 — /PRNewswire/ – Twenty seven teams of high school students from across the United States competed in the Zero Robotics SPHERES Challenge which took place at MIT in Cambridge, MA and aboard the International Space Station (ISS) this week. “Team Rocket” from River Hill High School, Maryland, “Storming Robots” from Storming Robots LLC, of New Jersey and “SPHEREZ of Influence” from Rockledge High School, Florida posted the best cumulative score out of 9 multi team ‘alliances’ seeing their code tested in space by real astronauts.

(Photo: photos.prnewswire.com/prnh/20120126/NY42701 )

(Logo:  photos.prnewswire.com/prnh/20080820/NYW078LOGO )

Known collectively as “Alliance Rocket,” the students from Clarksville, Branchburg and Rockledge collaborated by programming software code which enabled miniature basketball-sized satellites called SPHERES, (Synchronized Position Hold Engage and Reorient Experimental Satellites) aboard the ISS to find tools, reach imaginary asteroids, collect a ‘sample’ of Helium-3 and deposit it in a virtual processing station. The final heats of the tournament took place aboard the orbiting International Space Station as the competing teams watched live on screens at the MIT campus on Earth. For news and information on upcoming Zero Robotics events and the new high school season beginning in September 2012, visit zerorobotics.org.

“The students of Team Rocket learned to work as a team in an exciting real life experience solving a challenging problem involving strategy and analysis while combining their knowledge of computer programming, physics and calculus,” said Anne Contney, Computer Science teacher at River Hill High School.  ”They were introduced to careers in engineering, computer programming and space science. Their mentors taught, challenged and inspired them to become champions and achieve beyond their wildest dreams.”

The idea for Zero Robotics originated with astronaut Greg Chamitoff, an MIT graduate and a flight engineer and science officer during Expeditions 17 and 18 on the space station. SHPERES has been operating on the ISS since 2006.

The goal of the program is to build critical engineering skills for students, such as problem solving, design thought process, operations training and team work. Students are not required to have previous programming experience before the project. After a tutorial on how to program the robots, the teams strategize, design and test their coded solutions in a computer simulation environment.

“This year’s tournament involved two contradicting activities: competition and collaboration,” said Alvar Saenz-Otero, lead scientist of the SPHERES project. ”It was very exciting to see how teams developed strategies that helped them collaborate to gain the most points while maintaining a competitive advantage.”

The TopCoder software community built the NASA and DARPA-funded competition platform as part of the challenge to conduct experiments with satellites aboard the International Space Station. The community has been working with MIT Space Systems Lab and Aurora Flight Sciences under the sponsorship of NASA and DARPA to create the competition. SPHERES was originally developed to demonstrate the basics of formation flight, autonomous docking and other multi-spacecraft control algorithms, using beacons as reference for the satellites, to fly formation with or dock to the beacon. A number of programs define various incremental tests including attitude control (performing a series of rotations), attitude-only tracking, attitude and range tracking, docking with handheld and mounted beacons, etc. Formation flight and autonomous docking are important enabling technologies for distributed architectures. Each satellite has 12 thrusters and a tank with CO2 for propellant.

TopCoder’s expertise in the world of online programming competitions that deliver quality software has been used to create a custom platform and interface designed to make students’ ideas for experiments become reality and to inspire future scientists and engineers so that they will view working in space as “normal,” and will grow up pushing the limits of engineering and space exploration.

Zero Robotics opens the state of the art research facilities on the ISS to high-school students who write programs that may actually control a satellite in space. The competitions require students to develop an understanding of how to make these satellites work together. Such swarms of satellites could be used to create giant telescope mirrors in space with precision and assemble future space stations without the need for human spacewalks.

About TopCoder, Inc.TopCoder is the world’s largest competitive software development community with more than 385,000 developers representing over 200 countries. The TopCoder community builds software for a wide-ranging client base through a competitive, rigorous, standards based methodology. This methodology results in a highly consistent set of software components allowing a software-as-parts approach to application development. For more information about sponsoring TopCoder events and utilizing TopCoder’s software services and platforms, visit topcoder.com.

TopCoder is a registered trademark of TopCoder, Inc. in the United States and other countries. All other product and company names herein may be trademarks of their respective owners.

Jim McKeownTopCoder,

 

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Jan
28

AECOM Appoints Steve Burrows as Senior Vice President, Building Engineering, for the Americas

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1327747987 50 AECOM Appoints Steve Burrows as Senior Vice President, Building Engineering, for the Americas

SAN FRANCISCO, Jan 23, 2012 (BUSINESS WIRE) –Professional technical and management support services consultancy AECOM today announced the appointment of Steve Burrows, CBE, as Senior Vice President of Building Engineering, to lead its building engineering practice in the Americas.

Burrows has 30 years of building engineering experience on projects in a wide range of sectors, including sports, leisure and arts facilities; mixed-use, retail and leisure developments; commercial offices; hotels; and airports. He joins AECOM from Arup, where he was the property market leader for the Americas, a member of the Arup America’s regional leadership board and building engineering leader for the San Francisco office.

Burrows’ career has taken him around the globe, and he has acted as Project Director on numerous high profile projects including the Dubai Towers, the Beijing Olympic Stadium, the City of Manchester Stadium and Stanford University’s Graduate School of Business.

“I am delighted to have the opportunity to develop AECOM’s building engineering practice” said Burrows. “With 1,200 staff working across 18 locations in the USA, the business has the breadth and reach to help clients deliver projects at home and abroad, providing the best global solutions locally.”

“Steve brings a wealth of international experience to the business,” says David Glover, AECOM’s Chief Executive of Building Engineering. “We are delighted that he has joined us and this appointment is a further example of AECOM’s commitment to excellence and continuing investment in world class building engineering.”

Burrows joined Arup in 1982 following his graduation from Liverpool Polytechnic, where he received a BSc in Civil Engineering. In 2009, he was honored with a Commander of the Order of the British Empire (CBE) in recognition of his civil engineering work overseas. He is a Professional Engineer, Fellow of the American Society of Civil Engineers, Fellow of the Institution of Civil Engineers, Member of the Institution of Structural Engineers and a Chartered Engineer. He is also member of the Board of the AIA in San Francisco, and has a TV show called Engineering the Impossible which goes out on the Science Channel in the USA and the Discovery Channel.

AECOM ( aecom.com ) is a global provider of professional technical and management support services to a broad range of markets, including transportation, facilities, environmental, energy, water and government. AECOM provides a blend of global reach, local knowledge, innovation and technical excellence in delivering solutions that create, enhance and sustain the world’s built, natural, and social environments. A Fortune 500 company, AECOM serves clients in more than 130 countries and had revenue of $8.0 billion during fiscal year 2011.

Photos/Multimedia Gallery Available: businesswire.com/cgi-bin/mmg.cgi?eid=50142394&lang=en

AECOM Erik Miller, 415-955-2804 Communications Manager

Copyright Business Wire 2012

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Jan
28

New microtweezers may build tiny ‘MEMS’ structures

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1327745607 26 New microtweezers may build tiny MEMS structures

The microtweezers might be used to assemble structures in microelectromechanical systems, or MEMS, which contain tiny moving parts. MEMS accelerometers and gyroscopes currently are being used in commercial products. A wider variety of MEMS devices, however, could be produced through a manufacturing technology that assembles components like microscopic Lego pieces moved individually into place with microtweezers, said Cagri Savran (pronounced Chary Savran), an associate professor of mechanical engineering at Purdue University.

“We’ve shown how this might be accomplished easily, using new compact and user-friendly microtweezers to assemble polystyrene spheres into three-dimensional shapes,” he said.

Research findings were detailed in a paper that appeared online in December in the Journal of Microelectromechanical Systems, or JMEMS. The paper was written by Savran, mechanical engineering graduate students Bin-Da Chan and Farrukh Mateen, electrical and computer engineering graduate student Chun-Li Chang, and biomedical engineering doctoral student Kutay Icoz.

The new tool contains three main parts: a thimble knob from a standard micrometer, a two-pronged tweezer made from silicon, and a “graphite interface,” which converts the turning motion of the thimble knob into a pulling-and-pushing action to open and close the tweezer prongs. No electrical power sources are needed, increasing the potential for practical applications. Other types of microtweezers have been developed and are being used in research. However, the new design is simpler both to manufacture and operate, Savran said.

The new microtweezers might be used to assemble structures in microelectromechanical systems, or MEMS, which contain tiny moving parts. The researchers have shown how the device can be used to assemble tiny polystyrene spheres, each with a diameter of 40 micrometers, at left, into three-dimensional shapes. The device also might be used to weigh tiny particles by placing them onto the tip of a structure called a microcantilever, at right. (Birck Nanotechnology Center photo)

The design contains a one-piece “compliant structure,” which is springy like a bobby pin or a paperclip. Most other microtweezers require features such as hinges or components that move through heat, magnetism or electricity, complex designs that are expensive to manufacture and relatively difficult to operate in various media, he said.

The tweezers make it feasible to precisely isolate individual stem cell spheres from culture media and to position them elsewhere. Currently, these spheres are analyzed in large groups, but microtweezers could provide an easy way to study them by individually selecting and placing them onto analytical devices and sensors.

“We currently are working to weigh single micro particles, individually selected among many others, which is important because precise measurements of an object’s mass reveal key traits, making it possible to identify composition and other characteristics,” Savran said. “This will now be as easy as selecting and weighing a single melon out of many melons in a supermarket.”

That work is a collaboration with the research group of Timothy Ratliff, the Robert Wallace Miller Director of Purdue’s Center for Cancer Research.

The microtweezers also could facilitate the precision printing of chemical or protein dots onto “microcantilevers,” strips of silicon that resemble tiny diving boards. The microcantilevers can be “functionalized,” or coated with certain chemicals or proteins that attract specific molecules and materials. Because they vibrate at different frequencies depending on what sticks to the surface, they are used to detect chemicals in the air and water.

Generally, microcantilevers are functionalized to detect one type of substance by exposing them to fluids, Savran said. However, being able to microprint a sequence of precisely placed dots of different chemicals on each cantilever could make it possible to functionalize a device to detect several substances at once. Such a sensing technology also would require a smaller sample size than conventional diagnostic technologies, making it especially practical.

The new microtweezers are designed to be attached easily to “translation stages” currently used in research. These stages are essentially platforms on which to mount specimens for viewing and manipulating. Unlike most other microtweezers, the new device is highly compact and portable and can be easily detached from a platform and brought to another lab while still holding a micro-size object for study, Savran said.

The two-pronged tweezer is micromachined in a laboratory called a “clean room” with the same techniques used to create microcircuits and computer chips. The research was based at the Birck Nanotechnology Center in Purdue’s Discovery Park.

More information: A Compact Manually Actuated Micromanipulator, Bin-Da Chan, Farrukh Mateen, Chun-Li Chang, Kutay Icoz, and Cagri A. Savran, Journal of Microelectromechanical Systems.

ABSTRACT This letter reports a compact, versatile, and user-friendly micromanipulator that uses an elastically deformable silicon microtweezer to grab microentities and a micrometer head for rotational manual actuation. The micro-/macroconnection is achieved via a graphite interface that results in a compact and portable design and placement on most translation stages. The system, which can operate in both air and liquid and transport objects between the two media, has a wide range of applications. We demonstrate but a few of them, including in situ construction of microstructures in 3-D, isolation and placement of individual microparticles on designated spots on sensors, on-demand microcontact printing of microparticles, and manipulation of live stem cell spheres. [2011-0237] Index Terms – Microgripper, micromanipulator, microstamping, microtweezer.

Provided by Purdue University (news : web)

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Jan
28

What are the Most Popular Engineering Degrees?

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1327744387 36 What are the Most Popular Engineering Degrees?

Engineering degree programs remain incredibly popular today. There are a great deal of reasons for this, from job demand and opportunities, to challenging but rewarding work environments, to high salaries. Engineering though is a broad field which covers dozens of different subfields and specialties. Therefore, it’s worthwhile to take a look at which specific focuses currently represent the most popular engineering degrees.

Before we get started with that list of the most popular engineering degrees, let’s just take one quick moment to review some of those benefits of engineering to begin with. Right at the top of the list for many students is the fact that engineers command such high salaries. Depending on which area you get involved with, the median income level can be anywhere from $75,000 to $100,000 or more, and that is just the median.

Another appealing aspect of engineering is simply how many specialties there are. Wherever your interests lie, you can pursue them professionally and find a wonderful career match. Careers in engineering are often complex and challenging, but ultimately rewarding, and offer professionals a true sense of accomplishment. When you factor in that the entire field of engineering is projected to have over 175,000 new jobs from the decade between 2008-2018 according to the BLS, you can see why engineering remains such a highly sought after educational track and career.

One final note is that this list of the most popular engineering degrees today does not correlate to which fields are currently the largest in terms of employment. It also is not directly tied into which field is growing the fastest, based on percentage. Instead, this ranking of the popular engineering degree programs takes into consideration how many new students are beginning their journey towards a degree as we speak.

Mechanical Engineering

Mechanical engineering remains right at the top of the list of popular engineering degrees. Mechanical engineering is focused around the creation, design, testing and functionality of mechanical devices, from turbines to industrial equipment to robotics and much more down the line. It’s a broad field that lends itself to many specific subfields and applications and provides a strong fundamental core of engineering knowledge and knowhow.

Civil Engineering

Civil engineering is one of the engineering degree programs that continues to bring in new students each and every year. When you consider the investment our current economy makes in new infrastructure, repairing existing infrastructure and more, it’s a wise decision. Civil engineers construct, design, repair and manage roads, bridges, tunnels, and much more. Design new infrastructure to withstand natural disasters or environmental hazards, repair safety flaws and much more.

Electrical Engineering

Not to be confused with electronics engineering, electrical engineering deals with the design, testing and development of electrical equipment used for controlling machines, navigation and communication systems, automobile and other machinery electrical systems, and more. Electrical engineers focus on the generation and supply of power, whereas electronics engineers focus on electricity for control systems and signal processing.

Environmental Engineering

The environment remains a hot topic in our current society, which makes environmental engineering easily one of the most popular engineering degrees on this list. Environmental engineers learn about how to create newer, environmentally safe systems, machines and more, while analyzing current industry and machines, studying hazards and effects in the environment, preventing damage to the environment and human life, and ultimately minimizing the impact of pollution of all kinds from the technology, industry and machinery we use every day.

Computer Hardware Engineering

Computer hardware engineering is not a quickly growing field in terms of employment these days, but it remains one of the engineering degree programs which is quite popular for students. It provides a great basis of knowledge in terms of the creation, testing, usage and more of computer systems and related equipment, like chips and circuit boards, comprehensive systems and more. Not to be confused with computer engineers, also known as software engineers.

Petroleum Engineering

Petroleum engineering has gained a lot of recognition in recent years as the highest paying college major in any field, period. That kind of recognition makes it a guaranteed frontrunner in terms of popular engineering degrees today. Learn how to find and analyze natural resources, extract them efficiently and safely, transport them and more. Focus on the design of extraction systems to maximize resource usage and efficiency.

Biomedical Engineering

Biomedical engineering is still a relatively small field compared to something like civil engineering, but it’s the most rapidly growing aspect of engineering. It’s exploding in growth, with a 72% growth rate projection, because this is really where the future is – designing and developing new medical machinery and technology, working with nanotechnologies and other new advancements and more.

Aerospace Engineering

If you’ve always been interested in flight, in aircraft or in space itself, then aerospace engineering is a great match for you. Design, test and supervise the manufacture of everything from planes to spacecraft to missiles. Heavy employment rates with the military and in the defense fields, working with contractors or with the Department of Defense on new projects, and more. Study propulsion, aerodynamics, guidance and control, instrumentation and much more.

Industrial Engineering

Industrial engineers deal with the methods of production and how to maximize their capabilities, efficiencies and overall effectiveness. Design and oversee new manufacturing systems, serve as consultants for companies investing in new assets, design control systems which are safe and easy to manage, work with new high-tech information systems and more. Industrial engineers, as mentioned, often end up as consultants, working with management, or other administrative or upper-tier positions.

Materials Engineering

Materials engineers work with the design and testing of new materials which can be used for machines, tools, industry, entrepreneurship and everything else down the line. Plastics, semiconductors, metals, ceramics and more are types of materials which have broad applications and need to be made safe, reproducible, efficient, durable, and more, through a combination of testing, chemical interaction, biology, physics and more, from the surface down to the subatomic level.

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Jan
28

Southwest Michigan First Cranks Up Summer Internship Program

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1327743193 76 Southwest Michigan First Cranks Up Summer Internship Program

KALAMAZOO — The Monroe-Brown Internship Program, a collaboration between Southwest Michigan First and the Monroe-Brown Foundation, has announced its 2012 internships offered by local companies to currently enrolled college students.

This year’s 43 internship offerings at 33 companies will be the program’s most ambitious to date with opportunities in engineering, health sciences, information technology, construction management, human resources, marketing, sales, financial management, environmental management and geographic information software.

Started in 2006, the Monroe-Brown Internship Program provides interns with $5,500 in scholarship funding for college and career experience through an internship paid for and supported by the Southwest Michigan business community. A number of interns have gone on to be hired by participating companies into full-time positions upon graduation. The program’s simple formula of allowing the employer and intern have a look at each other and see if it’s a fit has found tremendous success.

“It is the responsibility of every company in the region to aggressively market the positive aspects of living and working in Southwest Michigan in the most obvious place — here at home,” said Ron Kitchens, SMF CEO. “In order to be competitive in the next decade and beyond, our region must open the eyes our bright, young students to what opportunities are staring them in the face.”

Added Monroe-Brown Foundation president Robert M. Brown: “The mission of the Monroe-Brown Foundation is to support higher education in the state of Michigan and advance economic development in Southwest Michigan. We thank our 2012 partner companies for offering their generous employment opportunities across a broad range of academic disciplines.”

The program is open to in-coming juniors, seniors and graduate students at Kalamazoo College, Western Michigan University, the Kalamazoo campus of Davenport University, Michigan State University, the University of Michigan and second-year students at Kalamazoo Valley Community College. Students attending Michigan State University and University of Michigan must have attended high school in the greater Kalamazoo area.

Once the intern is hired, he or she will work for the company for a minimum of 400 hours between May and September. This is typically full-time for 10 weeks, but can be customized to suit the needs of the individual companies and interns. Throughout the internship, the student will receive hourly wages, valuable networking opportunities and applied career experience.

Upon successful completion of the internship, as decided by the employing company and the Monroe-Brown Foundation, the intern can receive up to $5,500 in the form of a scholarship from the Monroe-Brown Foundation.  For tax purposes, all payments from the Monroe-Brown Foundation must be made directly to the school and applied to the student’s account.

Available internships can be found and applied for on the Southwest Michigan First Web site at this link.

Companies offering Monroe-Brown Internships in 2012 include:

American Village Builders Inc.; BASIC; Borgess Healthcare; Consumers Credit Union; CRB Consulting Engineers; CSM Group; Dimplex Thermal Solutions; Eaton corp.; Envirologic Technologies Inc.; Fabri-Kal; Harold Zeigler Auto Group; Humphrey Products; Imperial Beverage; Jasper Clinical Research and Development; Landscape Forms; LVM Capital Management; Miller-Davis Co.; Mol-Son Inc.; NanoVir; Northwestern Mutual Financial Network; Parker Hannifin; Proteos Inc.; Schupan & Sons Inc.; Southwest Michigan First; Southwest Michigan Innovation Center; Skansa USA Building; Tekna; Terra Consulting; Treystar Holdings Inc.; Wolverine Pipe Line Co.; and Workforce Strategies Inc.

Southwest Michigan First is an organization of privately funded economic development advisors who act as the catalyst for economic success in Southwest Michigan. Founded in 1999 on the principle that jobs and wealth creation exponentially affect the region’s future sustainability, it has since worked with its clients to create over 33,000 jobs and $3 billion in wealth for the community — and dramatically increase their bottom lines.  Southwest Michigan First has engaged with more than 10,000 contacts across all industries on the advantages of the eight counties making up the Southwest Michigan Region.

More at southwestmichiganfirst.com, or call (269) 553-9588.

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Jan
28

Regular mechanical engineering salary

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1327740786 47 Regular mechanical engineering salary

Numerous elements influence mechanical engineering salary, including education, business encounter, as well as exclusive abilities or training. Education, business, encounter, exclusive abilities, and training are amongst the quite a few elements that establish mechanical engineering salary. Mechanical engineering salary is dependent on particular components, foremost of that are education, business, encounter, special abilities, and training. Topping the list of high-paying industries are aerospace, government analysis, and computer equipment manufacturing. Post-graduate degrees normally bring up revenue rates, as is the case in other professions. Spend rates are supposedly greater for analysis and development posts, compared with manufacturing ones. The lowest ten percent bring home less than $44,580. Engineers within the highest ten percent bracket are usually paid much more than $112,740. The federal government (median annual pay of $68,770), engineering and architectural services (median annual pay of $69,150), motor vehicles and equipment (median annual pay of $72,190), construction and related machinery (median annual pay of $67,380), and manufacturing (median annual pay of $71,930) head the list of industries supplying the greatest number of mechanical engineering jobs. Mechanical engineering salary for new BSME graduates averages $59,180. To be able to learn more, click through what follows: mechanical engineering salary per hour.New BSME graduates can expect an typical mechanical engineering salary of about $59,180. Rewards usually contain well being insurance, dental insurance, vacation, 401k match or profit sharing, and sick leave. A few of the most appealing positive aspects for mechanical engineers are the varied and diverse opportunities within the profession. The consulting, academic, manufacturing, government or military analysis, law, and management fields also teem with growth prospects. Techniques to enhance mechanical engineering salary As stated above, advanced degrees usually guarantee greater pay for mechanical engineers. They also accumulate years of business encounter while continually understanding new and extremely preferred abilities at work. A third route to a greater mechanical engineering salary is participation in in-house or third-party training supplied by employers. Searching for positions in high-paying industries such as government analysis, aerospace, and computer hardware manufacturing could also pay off when it comes to far better compensation. The mechanical engineering field usually pioneers key technological and scientific breakthroughs. As such, it needs its members to continually refresh and expand their understanding chest by way of special courses or further studies. Numerous employers will even pay for their workers to further their education to be able to get updated on new strategies and to enhance their work performance. The pursuit of further education and outside training is commonplace within the business, therefore, the expenses involved as well as the promised rewards somehow justify greater mechanical engineering salary. Job profile Mechanical engineers are responsible for researching, designing, and testing mechanical systems, items, and processes utilized by almost all key segments of the economy. Mechanical engineers need to preserve and enhance existing items, devise manufacturing techniques, and render numerous engineering services. Typically job duties also contain technical writing, supplier communication, project management, and also sales or customer service. These are the key tasks that they need to effectively carry out to merit their desired mechanical engineering salary. To be able to discover even more, mouse click right here: click here. Mechanical engineering employment observed to grow Mechanical engineers hold about 251,900 jobs. A huge percentage of this population works using the manufacturing sector, with much more than 2 out of five engaged within the development and production of machinery, transportation equipment, electrical equipment, instruments and fabricated metal items. The rest work for outfits providing engineering, management and company services, as well as for the federal government. Mechanical engineers will likely be in greater demand within the existing decade, as China, which benefited immensely from manufacturing job outsourcing within the past 30 years, gets fewer American jobs in light of social and economic adjustments happening there. The number of mechanical engineers is projected to rise by 6 percent, says the Bureau of Labor and Statistics, which, it claims, falls below the growth forecast for all fields. Mechanical engineering salary is therefore expected to hold steady or even enhance, given surging demand and minimal growth. Required, optional degrees The minimum academic requirement for all mechanical engineers can be a four-year bachelors degree in mechanical engineering obtained from an accredited university. Advanced degrees in engineering are also accessible and traditionally are sought by those seeking analysis or academic positions. Engineers deciding on a much more managerial career path will usually seek an M.B.A. as their careers transition from becoming technical to much more strategic in nature. To help you find out a lot more, visit right here: mechanical engineering technology salary. Once a degree has been obtained, training is usually for the purpose of creating a specific skill, for example, CAD software training. Depending on where they program to practice, aspirants could must secure a professional engineers license or registration to become able to render public engineering services. However, engineers are not necessary to have any certifications to work and earn a mechanical engineering salary.

You can find the gnomes that do have a slight plus becoming that they've the passive racial skill of increased engineering although.You can find several items required to be sourced or gathered as an engineer. This is a nifty discovery. I imagine that you will find out this referring to civil engineer salary because if you haven't heard of that locally then now you will. Basically CIVIL ENGINEERING is the study which takes you to create the world. We will be trying that from dusk till dawn. The measurements take type as an electronic solid model mimicking all elements of the original aspect. A marketing person must be imaginative, creative and marketable his product or services, while selling is just to sell the product irrespective of the quality and nature of product. Prior to sending these aero machine parts and products to the market or delivering, it to their client's aerospace manufacturing engineering entails certain inspection procedures.

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Jan
28

Keystone XL Pipeline stirs up environmental controversy

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1327738393 55 Keystone XL Pipeline stirs up environmental controversyBy: Andrew Shull / Staff Writer

Posted on 12. Jan, 2012 in News

The weekend before the fall semester started, Pitt students Nikki Luke and Eva Resnick-Day were in the back of a paddy wagon. They were waiting to be processed after committing a premeditated offense in direct defiance of police orders. Their crimes were the same: sitting in the designated “Picture and Postcard Area” in front of the White House and refusing to move after receiving two verbal warnings.

Luke and Resnick-Day are co-presidents of Free the Planet, an environmental advocacy group at Pitt, and went to Washington, D.C., to protest a proposed 1,700-mile pipeline that would carry unprocessed oil sands from Alberta, Canada, to Texas to be refined. The construction project is highly controversial because of its environmental impacts, which include potential oil spills. On the other hand, the pipeline can potentially create thousands of jobs.

Seth Bush, a past president and board member of Free the Planet, was arrested for the same offense in the same demonstration a week after Luke and Resnick-Day. His opposition to the pipeline comes from his goal of breaking the United States’ dependence on oil.

“It’s like a heroin addict who constantly talks about getting clean, and he has a plan to get clean, but there’s always one more hit. This is one more hit,” Bush said. “If Obama passed this pipeline, it would be a blunt and clear statement that we aren’t willing to break our addiction on oil.”

On Dec. 22, Congress passed an extension to the Payroll Tax Cut, a popular measure signed by President Barack Obama. But tacked onto the bill was a rider that would force the president’s hand on the Keystone XL Pipeline. He has until Feb. 21 to approve or deny the pipeline.

Like many energy projects, estimates of the costs and benefits vary depending on whom you ask. TransCanada, the company leading the project, proposed the pipeline in 2008 and claims it will provide a supply of crude oil to U.S. Gulf Coast refineries and provide more jobs. But environmentalists want Obama to break the country’s dependency on oil in the hope of preventing oil spills.

Jennifer Victor, a Pitt political science professor, said that while Obama threatened to veto the bill if the pipeline came attached to it, the Republicans called his bluff.

While this might seem like a setback for the environmentalists, Luke said that she felt “confident” Obama would reject the plan without additional environmental oversight.

“If we said no, it would be the first time — at least in my studies of environmental studies — that we said no to oil,” said Luke, an environmental science major.

The president isn’t just facing pressure from the oil industry and congressional Republicans on the issue. Several important unions, including the AFL-CIO and the Teamsters, expressed their support for the bill. The oil industry promises that the pipeline will create thousands of jobs during a time when unemployment is a hot button issue in the presidential election.

TransCanada promises 13,000 construction jobs and 7,000 manufacturing jobs in addition to 118,000 “spin-off jobs” created as a result of the project, according to its website.

Others say the actual figures will be much lower. The State Department report estimated that the construction jobs would be closer to 5,000 to 6,000 temporary jobs, and a study done by Cornell University noted that half of the manufacturing would be outside of the United States.

Much of the environmental controversy arises from the underground pipeline’s threat to an important aquifer in Nebraska. Groundwater contamination expert and Pitt professor Daniel Bain said there are increased risks with an underground pipeline.

“The problem with underground pipeline is that you can’t see problems when they arise,” Bain said. “Once the contamination is there, it will be there for a long, long time.”

Bain said that if the pipeline spills, which he said was likely without perfect engineering and perfect maintenance, the oil is very hard to remove from the aquifer. Although some contamination wouldn’t necessarily upset agriculture, it would ruin the aquifer for human consumption, he said.

While the president still has another month and a half to respond, the environmentalists are claiming a small victory in the fight that started in August.

Bush said that without the continued advocacy, which included the August action and a massive protest that surrounded the White House one year to the day before election day, the pipeline might have been approved without much public attention.

“We wouldn’t even be having this conversation,” he said.

Victor agrees. While she qualified that it is impossible to know exactly what made this issue unfold the way it did, the environmentalists were able to bring a lot of attention to the pipeline.

“A few months ago, Canadian oil sands were a brand new idea,” she said. “I’m not sure if the protests were the definitive event, but I certainly think their efforts were effective.”

Resnick-Day was not ready to declare victory. She described herself as cautiously optimistic but said she would consider withholding support from President Obama this year if he approved the pipeline.

“We just want him to be the president he said he would be — the president we thought he would be,” she said.

Here are three plausible scenarios that President Barack Obama could make by Feb. 21

1. Obama could veto the payroll tax legislation because it has the policy rider for the pipeline. This would be the ideal scenario for anti-pipeline activists.

2. Obama could sign the legislation and hope the pipeline is not approved because it doesn’t get approval after an environmental review to assess legal requirements in 60 days. National Wildlife Federation’s Jeremy Symons wrote on his blog that this scenario shortens the review process, almost ensuring that the pipeline will not be approved.

3. Obama could sign the legislation and work with TransCanada to map out a new route for the pipeline. This would not only please his labor voting constituency but also the oil industry.

4. Obama could sign the legislation, and the pipeline could pass the environmental review in time and be constructed. This would be the ideal scenario for people in support of the pipeline.

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Jan
28

Tiny amounts of alcohol extend a worm's life

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1327737210 93 Tiny amounts of alcohol extend a worm's lifeLast updated: Monday, January 23, 2012 Print  

Minuscule amounts of ethanol, the type of alcohol found in alcoholic beverages, can more than double the life span of a tiny worm known as Caenorhabditis elegans, which is used frequently as a model in ageing studies, UCLA biochemists report. The scientists said they find their discovery difficult to explain.

"This finding floored us — it's shocking," said Steven Clarke, a UCLA professor of chemistry and biochemistry and the senior author of the study, published in the online Journal PLoS ONE, a publication of the Public Library of Science.

In humans, alcohol consumption is generally harmful, Clarke said, and if the worms are given much higher concentrations of ethanol, they experience harmful neurological effects and die, other research has shown.

"We used far lower levels, where it may be beneficial," said Clarke, who studies the biochemistry of ageing.

The worms, which grow from an egg to an adult in just a few days, are found throughout the world in soil, where they eat bacteria. Clarke's research team — Paola Castro, Shilpi Khare and Brian Young — studied thousands of these worms during the first hours of their lives, while they were still in a larval stage. The worms normally live for about 15 days and can survive with nothing to eat for roughly 10 to 12 days.

"Our finding is that tiny amounts of ethanol can make them survive 20 to 40 days," Clarke said.

Initially, Clarke's laboratory intended to test the effect of cholesterol on the worms. "Cholesterol is crucial for humans," Clarke said. "We need it in our membranes, but it can be dangerous in our bloodstream."

The scientists fed the worms cholesterol, and the worms lived longer, apparently due to the cholesterol. They had dissolved the cholesterol in ethanol, often used as a solvent, which they diluted 1 000-fold.

"It's just a solvent, but it turns out the solvent was having the longevity effect," Clarke said. "The cholesterol did nothing. We found that not only does ethanol work at a 1-to-1000 dilution, it works at a 1-to-20000 dilution. That tiny bit shouldn't have made any difference, but it turns out it can be so beneficial."

How little ethanol is that?

"The concentrations correspond to a tablespoon of ethanol in a bathtub full of water or the alcohol in one beer diluted into a hundred gallons of water," Clarke said.

Why would such little ethanol have such an effect on longevity?

"We don't know all the answers," Clarke acknowledged. "It's possible there is a trivial explanation, but I don't think that's the case. We know that if we increase the ethanol concentration, they do not live longer. This extremely low level is the maximum that is beneficial for them."

The scientists found that when they raised the ethanol level by a factor of 80, it did not increase the lifespan of the worms.

The research raises, but does not answer, the question of whether tiny amounts of ethanol can be helpful for human health. Whether this mechanism has something in common with findings that moderate alcohol consumption in humans may have a cardiovascular health benefit is unknown, but Clarke said the possibilities are intriguing.

In follow-up research, Clarke's laboratory is trying to identify the mechanism that extends the worms' lifespan.

Genes of worms have human counterparts

About half the genes in the worms have human counterparts, Clarke said, so if the researchers can identify a gene that extends the life of the worm, that may have implications for human ageing.

"It is important for other scientists to know that such a low concentration of the widely used solvent ethanol can have such a big effect in C. elegans," said lead author Paola Castro, who conducted the research as an undergraduate in Clarke's laboratory before earning a bachelor's degree in biochemistry from UCLA in 2010 and joining the Ph.D. program in bioengineering at UC Santa Cruz.

 "What is even more interesting is the fact that the worms are in a stressed developmental stage. At high magnifications under the microscope, it was amazing to see how the worms given a little ethanol looked significantly more robust than worms not given ethanol."

"While the physiological effects of high alcohol consumption have been established to be detrimental in humans, current research shows that low to moderate alcohol consumption, equivalent to one or two glasses of wine or beer a day, results in a reduction in cardiovascular disease and increased longevity," said co-author Shilpi Khare, a former Ph.D. student in UCLA's biochemistry and molecular biology program who is now a post-doctoral fellow at the Genomics Institute of the Novartis Research Foundation in San Diego.

"While these benefits are fascinating, our understanding of the underlying biochemistry involved in these processes remains in its infancy.

"We show that very low doses of ethanol can be a worm 'lifesaver' under starvation stress conditions," Khare added. "While the mechanism of action is still not clearly understood, our evidence indicates that these 1 millimetre–long roundworms could be utilising ethanol directly as a precursor for biosynthesis of high-energy metabolic intermediates or indirectly as a signal to extend life span.

How human physiology is altered

These findings could potentially aid researchers in determining how human physiology is altered to induce cardio-protective and other beneficial effects in response to low alcohol consumption."

Clarke's laboratory identified the first protein-repair enzyme in the early 1980s, and his research has shown that repairing proteins is important to cells.

 In the current study, the biochemists reported that life span is significantly reduced under stress conditions in larval worms that lack this repair enzyme. (More than 150 enzymes are involved in repairing DNA damage, and about a dozen protein-repair enzymes have been identified.)

"Our molecules live for only weeks or months," Clarke said. "If we want to live long lives, we have to outlive our molecules. The way we do that is with enzymes that repair our DNA — and with proteins, a combination of replacement and repair."

(EurekAlert, January 2012)

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Jan
28

Momentum!

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1327733595 34 Momentum!

At the College of Engineering, we always try to focus on the “Now” while keeping pace with the “Next Generation.” Doing so helps us deliver a top-notch program and also plan for what is ahead.

For example, right now we are proud to report that 795 engineering students graduated in the class of 2011. These students will one day fuel prosperity in Oregon and the world as they develop into capable practitioners and visionaries. Also right now, we have faculty and students who are researching living systems—from bats to diatoms—to gain insights into our built and engineered systems. Investments in education and innovation such as these will pay dividends that benefit the next generation.

Our focus on the future comes through in our outreach efforts, including Outside the Box and SESEY, two precollege programs that teach engineering and science to tomorrow’s leaders. And many of our breakthroughs today, such as creating solar devices with an inkjet printing process, have a strong promise in changing industries in the up-and-coming.

I hope you enjoy reading about our people and programs and the many ways they are improving the “Now” and the “Next Generation.”

Abby P. Metzger Marketing Communications Specialist Oregon State University, College of Engineering

Research

Inkjet printing could change the face of solar industry Printers and solar arrays may seem like unlikely allies. But engineers at Oregon State, including lead investigator, Chih-hung Chang, have discovered a way to fabricate functional solar devices with inkjet printing, which could significantly reduce manufacturing costs and raw material waste. (See stories in UPI, Science Daily, R&D, Bio-Medicine, San Francisco Chronicle, BBC News, Yahoo News, Reuters, PBS, and Gazette-Times)

Ancient tides much more variable While ocean tides are generally considered to be one of the more stable events on the planet, research by David Hill in the School of Civil & Construction Engineering is challenging this assumption. Hill and his research team discovered that tides have changed dramatically over the last millennia, a fact that could inform our current understanding of climate change, geology, and marine biology. More…

Not such a batty idea: Researcher takes cue from bats Often technological breakthroughs take inspiration from nature. Belinda Batten in the School of Mechanical, Industrial & Manufacturing Engineering is applying research done on bats toward making flying objects more maneuverable. Bats use tiny hairs to sense the speed and direction of air flowing over their wings. Batten envisions making artificial versions of bat wing hairs that could, among other things, help drones fly into buildings to search for people trapped after earthquakes, or hover over forest canopies to count bird populations. More…

Faculty & Staff

Professor-student research team wins ASEE Joseph J. Martin Award Philip Harding and Milo Koretsky in the School of Chemical, Biological & Environmental Engineering, along with graduate student Erick Nefcy, have received the ASEE Joseph J. Martin Award for their paper, “Characterization of Student Model Development in Physical and Virtual Laboratories.” The research is based on two innovative virtual laboratories that have been developed at OSU to provide an authentic, industrial context for student learning. The J. J. Martin Award is given to the most outstanding Chemical Engineering Division paper presented at the ASEE Annual Conference. This is the third time in the past six years that the Engineering Education Research Group at OSU has been recognized with the award.

Students

A teachable moment: Students lose solar car in fire It took only a few moments for the OSU Solar Vehicle Team to lose their $100,000 car after a short in a battery cell triggered an explosion. But one thing students didn’t lose was the lesson. Team members discovered they had engineered a car with optimal safety features. “Our battery ventilation system helped our driver from getting smoke/chemical inhalation burns, and our rapid egress system allowed him to quickly escape with relatively little harm,” said Hai-Yue Han, co-captain of the team. Already, the Solar Vehicle Team is working on improvements, including re-structuring the pack to give batteries more space and visibility with an extra layer of transparent firewall. They are also launching a fundraising campaign to rebuild the solar car and compete in the 2012 North American Solar Challenge.

PhD student’s research makes cover of top materials journal What if there was a way to use living organisms in the fabrication of cell phones and other display devices? PhD candidate Debra Gale in the School of Chemical, Biological & Environmental Engineering has been asking this very question. So far, she has come up with at least a preliminary answer—one that earned her a cover spot on the Journal of Materials Chemistry. In her research, Gale looks at diatoms, or single-celled algae that possess unique photoluminescent properties on account of their silica shells. Gale has figured out a way to metabolically insert germanium into the shell, which creates a more intense photoluminescent signal. Industry has been doing something similar, but only by using extreme pressure, heat, power, and sophisticated equipment. According to Gale, the study represents a unique use of biological processes to fabricate materials that could one day be used in our optoelectronic devices.

Internship with Center for Coastal Margin Observation & Prediction teaches viable skills Nathan Hinkle, an environmental engineering major, has a very bright future ahead of him. Through an internship with Coastal Margin Observation & Prediction, the OSU sophomore has been using a solar simulator to determine the rate at which crude oil components are degraded by sunlight. His research is important in helping to potentially track and detect toxic materials from oil spills, such as the 2010 Deepwater Horizon disaster. More…

Student on international team studying effects of Fukushima disaster Three hundred kilometers off the coast of Japan, OSU graduate student Jarvis Caffrey rides the waves in a tiny, windowless laboratory deep inside the research vessel Kaimikai-o-Kanaloa. Caffrey is using a purpose-built device to collect seawater and feed it through a digital radiation detector that measures concentrations of Cesium-134 and Cesium-137. The device was constructed by OSU scientific instrument technician Steve Smith, using a state-of-the art detection system supplied by Avicenna instruments, an OSU spin-off company. Cesium is a radioactive isotope produced by fission and one of the contaminants released by the Fukushima nuclear plant disaster in March. Caffrey, a doctoral student in the Department of Nuclear Engineering & Radiation Health Physics (NERHP), was the only nuclear scientist on board and served as the radiation safety officer for the group. More…

Alumni

Launching careers When Jeff Klemann graduated from OSU in 1984 with a degree in mechanical engineering, he immediately launched his career at Boeing and has been cruising at a high altitude ever since. Along with several other OSU alumni, Klemann is assigned to the 747-8 program, which recently revealed a striking red-to-orange paint job on the first 747-8 Intercontinental. In total, several hundred OSU alumni work at Boeing, and OSU sends more than 20 engineering students to the company through the MECOP program. More…

Industry

Inaugural research conference takes place at OSU Oregon State University hosted the inaugural American Society of Mechanical Engineers/Society of Manufacturing Engineers/Japan Society of Mechanical Engineers Manufacturing Research Conference, which explored the role of manufacturing in innovation and economic development. The first of its kind, the conference combined the 2011 ASME Manufacturing Science and Engineering Conference, SME North American Manufacturing Research Conference and JSME/ASME International Conference on Materials and Processing in one venue. Nearly 500 researchers gathered to discuss manufacturing research, representing the highest total attendance of affiliated conferences for at least 15 years. More…

Outreach

Thinking outside the box: Outreach program engages middle school studentsThis summer, a group of eager middle school students participated in Outside the Box, a two-week innovative program designed specifically for TAG and high-ability 7th and 8th graders. Supported by OSU Precollege Programs and the College of Engineering, Outside the Box engages students through a unique combination of in-depth, challenging academic explorations and social interaction with other high-ability learners. More…

Program for underrepresented students celebrates 15 years Since 1997, the Summer Experience in Science and Engineering for Youth (SESEY) has empowered underrepresented high school girls and ethnic minorities from across the globe and exposed them to science and engineering as a viable career path. Participating students come to the OSU campus for a one-week residential summer camp where they pair up with faculty and student mentors in engineering for a mini-research project. This year’s 43 participating students had a chance to learn complex scientific and engineering concepts, work with sophisticated lab equipment, and interact with top researchers. More…

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