Thursday, October 31, 2013

CACI Awarded a Prime Position on DHS Enterprise-wide Information Techn

CACI Awarded a Prime Position on DHS Enterprise-wide Information Technology
CACI continues efforts from the EAGLE program
Solicitation lists the many contractors awarded IDIQ under the contract

The Information Technology Acquisition Center (ITAC), within the Department of Homeland Security (DHS) Office of Procurement Operations (OPO), presents the solicitation for the Enterprise Acquisition Gateway for Leading Edge Solutions II (EAGLE II) program. The objective of the procurement is to establish the next generation of EAGLE Indefinite-Delivery, Indefinite-Quantity (IDIQ) contracts.

EAGLE II will provide IT support services in three functional service categories:
  • Functional Category 1 - Service Delivery, which will provide a full range of services and solutions in support of developing, implementing, and maintaining technology to support the DHS mission and business functions across the entire lifecycle of a program, 
  • Functional Category 2 - Information Technology Program Support Services, which will provide the full range of business and technical management services in support of DHS offices or programs, and 
  • Functional Category 3 - Independent Test, Validation, Verification, and Evaluation (IV&V), which will provide independent test, validation, verification, and evaluation solutions to ensure that all IT products and services meet DHS standards, and are performing to defined design, cost, schedule and performance specifications/capabilities. Full descriptions of the functional categories can be found in the solicitation.
The EAGLE II solicitation includes two separate and distinct source selections, one unrestricted and one for small businesses. Source selections for both evaluation tracks will be conducted at the functional category level.

DHS Eagle II


General Atomics land based version of railgun could be ready in 2016 with adequate funding

General Atomics land based version of railgun could be ready in 2016 with adequate funding

Navy Concept of Operations for Rail Gun for future anti-ship threats. Will need heavy electrical power production.
Test firing
 How a rail gun works - close interaction of rails and projectile.

9 must-have tools for your car - CSMonitor.com

9 must-have tools for your car - CSMonitor.com
  1. LifeHammer or other window/seatbelt escape device - claw hammer and box cutter
  2. Socket & screwdriver set - adjustable pliers, a medium phillips head and flat head are usually sufficient
  3. Duct tape - gotta have it
  4. Tow strap 
  5. Jumper cables - make sure you know how to use them the right way, see below.
  6. Knife 
  7. Tire inflator/sealer - check your spare is probably more important
  8. Tire pressure gauge digital pencil guage is preferable.
  9. Flashlight - I like a divers or miners head lamp, as it focuses light in the direction you're looking without tying up your hands.


Edmunds has a better list at How To Create Your Own Roadside Emergency Kit
a basic version with 
  1. two roadside flares
  2. a quart of oil, 
  3. small first aid kit, 
  4. extra fuses
  5. flashlight,
  6. Leatherman Tool (or any other multipurpose tool commonly containing pliers, wire cutters, knife, saw, bottle opener, screwdrivers, files and an awl), 
  7. tire inflator, 
  8. rags, 
  9. pocket knife, 
  10. pen and paper and a 
  11. help sign 
will take up a minimal amount of trunk space. 

A couple other things are extremely useful, including a waterproof tarp, jug of water if in dry desert regions.
  

UNMANNED: America's Drone Wars

More bad press for UAV's

A documentary on the impact of the U.S. Drone Wars, at home and abroad from Razzie award winning director Robert Greenwald. A long time critic of business, the political right (Koch Brothers Exposed), Iraq and Afghanistan war, and the government in general,  Greenwald has attacked George W Bush, the FBI, Rupert Murdoch's Fox, Walmart. Following a fallow period after 2008, in 2013 he's now turned on the Obama administration with War on Whistleblowers: Free Press and the National Security State followed up with this gem.

http://www.AmericasDroneWars.com

full film

Wednesday, October 30, 2013

Video Review: Explorer Satellite Communications Iridium 9575

Video Review: Explorer Satellite Communications Iridium 9575
A pretty good outdoors-mans look at getting and using an Iridium phone. Particular mention is made of the economics and the emergency help button.


x

Monday, October 28, 2013

Eliminating unexplained traffic jams

Eliminating unexplained traffic jams
If integrated into adaptive cruise-control systems, a new algorithm could mitigate the type of freeway backup that seems to occur for no reason.

At this month’s IEEE Conference on Intelligent Transport Systems, Berthold Horn, a professor in MIT’s Department of Electrical Engineering and Computer Science, presented a new algorithm for alleviating traffic flow instabilities, which he believes could be implemented by a variation of the adaptive cruise-control systems that are an option on many of today’s high-end cars. Details of the paper are as follows Paper MoB1.3
Suppressing Traffic Flow Instabilities
Horn, Berthold K.P.MIT
Abstract: While many models of traffic flow predict the instabilities commonly observed--—particularly at higher traffic densities—--there are few suggestions for suppressing them. A novel method is disclosed here for suppressing the instabilities, thereby reducing gas consumption, accidents, wear and tear on vehicles and roadways as well as travel times while increasing traffic throughput.
The method uses information about the following vehicle as well as the leading vehicle. Using information from both sources allows the gain of feedback to be reduced below one, thus eliminating the instability characteristic of "car following." The needed inputs to the control system can be provided by machine vision (or radar or lidar. Previous proposals for smoothing traffic flow instabilities do not use information about the vehicles behind—--"car following" cruise control methods focus only on the vehicles ahead. The method is based on information flow both downstream and upstream, in distinction to traditional approaches where information flows only upstream.

Friday, October 25, 2013

UAS for Wild Fire Detection and Control

Wildfire Today/UAV 

UAV's are being proposed and used to detect, track and actually fight wildfires in many countries and states of the US. In emergencies, they have been granted certificates to fly in civil airspace of the US. Wildfires frequently occur in rugged remote areas with limited access, currently requiring manned aircraft to fly hazardous missions over rugged terrain through turbulent air with restricted visibility.

ITN Video from Australia shows proposed use to detect fires early, track and fight them with water drops.
In Alaska, small UAVs are shown being launched and scouting fires with EO/IR imagery.
In California, large UAVs such as the NASA Ikhana are used in emergencies to scout and help direct battles against large wildfires.


In New Mexico, the USFS wants to use medium/small UAVs to help track and direct battles against wildfires, but are restricted by FAA safety regulations to use on a case by case basis. Sense and Avoid capability would be a key enabler.

Thursday, October 24, 2013

Cacophony of Shipping Noise

 Cacophony of Shipping Noise Found in Humpback, Killer Whale Habitat: Scientific American
but
IMO shipping noise reduction effort appears adrift at sea

The San Juan Straits and Gulf of Alaska are major shipping areas. For passive sonar, shipping noise is one of the primary masks for submarine radiated noise, making both nuclear and diesel boats hard to detect. Urick, the handbook of sonar had a formula predicting ship radiated noise versus displacement and speed.  The Navy has current more sophisticated models. The advent of huge displacement ships such as VLCC surely has exacerbated the noise problem. Marine mammals who use the same frequencies for communication would have difficulties.

Noise, Sonar, and Marine Mammals 

Ship-Induced Noise Predictions in the Atlantic and the Pacific: A ...PDF Url : ADA473782

www.dtic.mil/cgi-bin/GetTRDoc?AD=ADA473782
by R Heitmeyer - ‎2006 
May 30, 2006 - This report describes differences in the ship-induced, bearing-elevation, noise directionality obtained from different noise models and interprets those differences in terms of the propagation and the environmental components of those models. The two noise models, RANDI and APL, both compute the noise as the incoherent sum of the individual ship contributions; they differ in both their propagation models (ANM and FEPE) and in their environmental models. The directionalities are computed for both the Sargasso Sea and the Gulf of Alaska. The Sargasso Sea results differ significantly with the APL directionality, showing lower levels and a much deeper noise notch. In the Gulf of Alaska, the directionalities are much more similar, with both exhibiting deeper noise notches than in the Sargasso Sea. The disparity in the Sargasso Sea noise notch results primarily because, for the ANM model, the set of modes excited by sources near the continental shelf is disjoint from the modes observed by the array. For the Gulf of Alaska, this "mode-set-disjunction" does not occur, and hence, the ANM more realistically estimates the downslope propagating contributions..


Historical recordings of ocean noise

Shipping noise and marine mammals: A forum for … - ‎Southall
Final Report of the 2004 NOAA symposium “Shipping Noise and Marine Mammals”

Automotive Radar: From Its Origins to Future Directions



Handling the sticky legal issues
As they grapple with what autonomous vehicles might mean for their industry, the legal frontier remains uncertain as well. One possible solution? A payout fund set up to compensate victims of driverless car accidents. That could be modeled similar to the Health and Human Services Department's vaccine injury compensation fund, which takes a 75-cent tax from every purchased vaccine. The no-fault program helps those who have been hurt by vaccine-related incidents without exposing the medical community to legal battles and expensive damages payouts.
SaberTek | Automotive Radar
The following article is a good description of the odyssey  of automotive radar through different technologies, operating bands, and operational concepts. Europeans seem to be taking the lead.

Automotive Radar: From Its Origins to Future Directions | 2013-09-15 | Microwave Journal


An Idea Whose Time Had Not Come

As early as 1992, the EATON-VORAD collision warning system (CWS) at 24 GHz was installed in more than 4000 buses and trucks in the U.S., providing an acoustic warning for the driver only. Having been driven on more than 900 million kilometres of road, the amount of accidents per km travelled could be reduced by more than 50 percent; more than that, the resulting severity of accidents still occurring was significantly reduced. However, the radar units had to be removed due to protests from the U.S.-driver-unions as the CWS radar made drivers ‘transparent’ to their employers and the drivers objected. Clearly, the time was not yet ready for such a system.

Maybe now is the time - the next big thing

Now, automotive radar in all its facets, from LRR via MRR to SRR, has shown that it has the capability to reduce the number and the severity of road accidents. We are currently in the “decade of action for road safety 2011-2020” and autonomous driving has come into direct focus with automotive radar being the workhorse for this ADAS approach in the future. To put it into words: today we are already able to drive with:
  • “Feet off” – employing ACC systems like Distronic Plus
  • “Hands off” – becomes feasible using the upcoming ‘Autobahn Pilot’
  • “Eyes off” – has still to be demonstrated and made possible.
  • or maybe not so soon, according to Chrisian Science Monitor, and MIT Tech Review



Automotive Radar - 77GHz

Future trends for automotive radars: Towards the 79 GHz band - Road safety | ITU News
Benefits of W band (the 79 GHz band)
Higher frequency radar systems tend to perform better because they are more reliable and more accurate. This has been shown by several studies, including the European Union’s More Safety for All by Radar Interference Mitigation (MOSARIM) project (www.mosarim.eu).
Along with a greater capability for distinguishing between objects, the main advantages of the 77 GHz to 81 GHz frequency range (79 GHz band) are that radar devices can be much smaller, a single technology can be used for all applications, and the risk of mutual interference is low because of the smaller emission power required.
 MOSARIM project at 9th EuRAD 2012 in Amsterdam:

Things that make one feel old - former work places sold off

When I got out of the Navy in 1974, I had two employment offers, ATT Bell Labs in Holmdel, NJ and Hughes Aircraft in Fullerton, CA. I went with Hughes. Now I'm really feeling old seeing the places where I spent decades of my life (74-94) working being sold off.

Books have been written about the Hughes Aircraft Company and the technical wonders developed there. See books by Pat Hyland, Ken Richardson and Scott Walker. During the golden age of the aerospace industry in Southern California from 1953 to 2000, many technological marvels were developed. Throughout that era, the Los Angeles basin was a fertile incubator of scientific breakthroughs, constantly advancing the art of defense technology. Hughes Aircraft Company grew from a minor-league airplane builder at the beck and call of legendary aviator/film maker/industrialist Howard Hughes to become the world's leader in the world of defense electronics, missiles and radar. How did this happen?

After Mr. Hughes' departure from active management at the insistence of the Air Force, he set up the Howard Hughes Medical Institute (HHMI) as owner shielding it from public ownership and scrutiny, which allowed a talented group of scientists and engineers to control the company and run with it.  The goad of competition was key, be it internal to the company ("You think that invention is cool, just get a load of this!"), external with other aerospace firms ("Whatever your missile can do, ours does faster and farther."), and international against the cold warriors of the USSR (simple but reliable Russian technology versus superior but temperamental American gear). Richardson and his crew pushed back the frontiers of technology rapidly, in competition with all these players. This era started ending when Hughes died in 1974 without a validated will, and company was eventually sold off to GM in 1985, then dismembered among Raytheon, Boeing, and NewsCorp.

Today, the national aerospace industry is dominated by mega-companies whose expertise seems to lie in lobbying politicians instead of actually delivering hardware on-time and on-budget. In comparison, how did the Hughes Aircraft function and why was it so successful? Hughes at its best developed a unique way to manage and lead talented people. There are anecdotes aplenty of the technologists that made Hughes Aircraft tick and why they did what they did. We seemed to have such fun doing it.We were dedicated to our national defense as well as to the disciplines of science and engineering.

When companies like Hughes, AT&T (and Apple, for that matter) are at their strongest, it’s easy for community boards and locals to be swept up in the optimism of a brand-new, high-profile corporate campus. But things change. Management priorities and Technology evolve. Even the Navy, when costs and threats change (and BRAC intervenes) will abandon whole complexes such as those in the San Francisco, CA and Vallejo, CA. And decades later, buildings are shuttered. Then communities must adapt.

Hughes Fullerton GSG 


Bldg 600-604 campus, 607 under construction
sold to GM then sold to Raytheon then sold to real estate developer.
Bldg 675
25-Acre Raytheon Campus in Fullerton Sold | Orange County Business Journal

Hughes Aircraft Corporate HQ built and sold off to LMU

built at the Hughes peak, then sold off to LMU
Hughes Moving to New Headquarters : Recessed Design Preserves Views of Westchester Neighbors - Los Angeles Times
LMU to Take Over Hughes Headquarters - Los Angeles Times

ATT Bell Labs Holmdel 




-sold to Lucent then sold to Alcatel -then Abandoned
The Birthplace of the Cellphone Is Being Turned Into a Mall

Wednesday, October 23, 2013

Autonomous Unmanned Surface Vehicle based on Wingsail, Hydrofoil, and unique Guidance System

The Harbor Wing Autonomous Unmanned Surface Vehicle (AUSV) is defined by an innovative combination of three innovative components:
  • WingSail, 
  • Hydrofoils, 
  • Guidance System, 
Watch "Autonomous Unmanned Surface Vehicle" Video at Engineering TV

Harbor Wing Demo Video 

The design and integration of these components is provided by Harbor Wing's team.

By providing situational awareness to operational commanders, Harbor Wing's high-tech AUSV will provide an economical long endurance maritime capability to meet unique niche needs of military, government, and commercial customers to perform a range of critical missions such a marine weather and biological surveillance. 

WingSail

The wingsail configuration of vehicle has previously been developed based on the Walker Wingsail.While technically sound, the Walker company has had business difficulties.


This video shows a trimaran with an airfoil walker wingsail. There was one 57 ft built (the larger tri in the film) called Planesail, and 4 smaller ones called Zefyr, all 4 are still sailing. One has made a circumnavigation without incident, and one has been converted to an Aero Rig.
Planesail is operated by David Nathan in the Algarve, and his son is the skipper of Zefyr 04 currently in Portsmouth UK. More info on the other 3 Walker Wingsail Zefyrs can be found on the Planesail website

Sailing Hydrofoil

A sailing hydrofoil has also been developed and demonstrated as a fast wind powered vessel in San Francisco with speed above 36 knots.

x

Tuesday, October 22, 2013

ITS and Traffic Priority at Roundabouts


Roundabouts have been a thorn in the side of drivers around the world for generations. Most ITS solutions seem to address freeways and conventional intersections. Is there anything ITS can do to improve traffic flow through roundabouts?

Roundabouts use two complementary systems for controlling traffic flow:
(1) Traffic in the roundabout has priority, or
(2) traffic entering the roundabout has priority.

The choice seems so symmetric, like choosing right- or left-hand traffic. In the United Kingdom, traffic in the roundabout has priority. In contrast, on many Massachusetts roundabouts, including one on my commute, entering traffic has priority. At rush hour, as drivers in the roundabout yield to the incoming traffic, the roundabout gets more and more packed, until the flow locks up and spreads the traffic jam to the surrounding roads.

Freakonomics » The Nobel Prize in Physics and Traffic Priority at Roundabouts

Roundabout Geometry Design

Maryland Roundabout Design Guidelines

Roundabouts with unbalanced flow

Monday, October 21, 2013

Animal Farm Users Group (AFMUG) serving the remote masses

Animal Farm 8: February 4th & 5th, 2014

Salt Lake City, Utah

AFMUG.com

What is AFMUG?

The Animal Farm Users Group consists of Canopy-based WISPs from around the world who in large part provide high-grade, high-speed broadband service to areas under served (or poorly served) by incumbent wireline service providers (i.e. cable & telco). The group's activities are sponsored largely by third-party product vendors Wireless Beehive, Last Mile Gear, PacketFlux, their distributors, and several others.


IWS2014 | International Wireless Symposium | Xian, China | Call for Papers

IWS2014 | International Wireless Symposium | Xian, China | IWS 2014


IWS 2014- Call for Papers
The 2nd IEEE MTT-S International Wireless Symposium (IWS 2014) will be held 23-27 March 2014 in Xi’an, China. This conference is held annually in China to provide an international forum for the presentation and exchange of the latest technical achievements in microwave circuits and hardware and RF systems related to the physical layer aspects of the existing and emerging wireless systems including but not limited to RFID, UWB, 802.15.4, WiGig, ZigBee, 6LoWPAN, Wireless HART, WiMi, WISA, Bluetooth, MIMO, WiMax, 5G and others.  IWS 2014 will feature parallel session tracks, workshops and short courses, and technology exhibition showcasing the latest wireless commercial products. More information can be found at www.iws-ieee.org.

Sunday, October 20, 2013

Cohda Australian V2V ROAD TEST - 15/10/13

SMALL South Australian company Cohda Wireless is setting the pace in the fast-emerging area of vehicle-to-vehicle communications. The company’s hardware and software has been selected for major vehicle-to-vehicle (V2V) trials in Europe and the United States.
 
goauto.com.au story

Manned Aircraft and UAV's shut off GPS to train for future wars

the Air Force is preparing for conditions it terms anti-access, area-denial: when air assets are needed against an enemy with the ability to deny capabilities such as GPS.
 Pilots shut off GPS, other tools to train for future wars | Air Force Times | airforcetimes.com
Dealing With The Chinese Apocalypse

While the GPS signal at the earth's surface is very weak, it is difficult but possible to jam against more sophisticated SAASM and M-code receivers. and see GPS Jamming

This may degrade manned operations, but will shut down most current UAV operations if GPS is jammed over a significant area. Old standbys such as vision based, SAR aided TERCOM, celestial, and pure inertial will be expensive to add in and each by itself will have problems and limitations. All Source Data fusion navigation as proposed by Williams and Crump may be required,



Abstract. The drive towards utilizing small, cheap, autonomous aerial vehicles for military operations means that navigation systems that are robust to GPS denial must be employed. The simplest option available is to increase the accuracy of the inertial measurement unit (IMU), but this can substantially increase the price per operational unit. This paper presents an overview of the All Source Navigation system developed by BAE Systems Australia based on inexpensive MEMS IMUs and a supporting image processing unit. The navigation system is capable of sustaining the operational flight capability of the vehicle for prolonged periods of time compared to the pure inertial solution. At its core, All - Source Navigation makes use of SLAM techniques . A variety of additional aiding sources are fused into the inertial navigation solution to g ive improved navigational accuracy during flight. The system is capable of performing both conventional static, as well as in flight alignment. All Source Navigation is demonstrated on the Kingfisher 2 UAV platform at the West Sale test facility.
 


Another Kalman filter based approach is proposed by Srikanth Saripalli of the School of Earth and Space Exploration, Arizona State University, Tempe, AZ, USA in “State Estimation for UAVs in GPS-denied Environments”. State Estimation for UAVs in GPS-denied ... - ResearchGate

Abstract: UAVs flying at high altitudes can normally rely on GPS for accurate position and velocity estimates. However, navigation through areas such as canyons and under forest canopy, where GPS coverage is transient or unavailable, necessitates an alternative approach. In these situations, a position estimate can be obtained using vision. This paper develops an algorithm that uses cheap accelerometers and gyroscopes and combines them with position estimates from vision in an extended kalman filter framework to provide precise position and orientation information. We show preliminary experimental results that prove that our technique can be used for accurate positioning information for UAVs in GPS-denied environments.



 or "Autonomous Flight in GPS-Denied Environments Using MonocularVision and Inertial Sensors" by Allen D. Wu, Eric N. Johnson, Michael Kaess, Frank Dellaert, and Girish Chowdhary.

Abstract: A vision-aided inertial navigation system that enables autonomous flight of an aerial vehicle in GPS-denied environments is presented. Particularly, feature point information from a monocular vision sensor are used to bound the drift resulting from integrating accelerations and angular rate measurements from an Inertial Measurement Unit (IMU) forward in time. An Extended Kalman filter framework is proposed for performing the tasks of vision-based mapping and navigation separately. When GPS is available, multiple observations of a single landmark point from the vision sensor are used to estimate the point’s location in inertial space. When GPS is not available, points that have been sufficiently mapped out can be used for estimating vehicle position and attitude. Simulation and flight test results of a vehicle operating autonomously in a simplified loss-of-GPS scenario verify the presented method.



Saturday, October 19, 2013

Famous People You May not have Known Were Engineers

Design News - Electronic News & Comment - Slideshow: 18 People You Didn't Know Were Engineers

even more

Famous Engineers

Engineers practicing their profession seldom achieve fame except for their roles in designing and building spectacular structures, inventions and technology developments. Skills taught in engineering can lead to success in many fields, including politics, sports, and show business, as exemplified by these individuals.

Politics

  1. Jimmy Carter attended Georgia Tech, and graduated from the US Naval Academy with an unspecified major (the custom at the time), but studied reactor technology and nuclear physics in graduate school. He also served as an engineer in US submarine fleets in the Atlantic and Pacific. 
  2. Herbert Hoover was a globally experienced mining engineer and a graduate of Stanford University with a degree in geology. He engineered the recovery of Europe after World War 1. He had no experience as an elected official when he ran for president and won in 1928.
  3. John E. Sununu, son of John H. Sununu, was the youngest member of the US Senate throughout his six-year term. He earned Bachelor's and Master's degrees in mechanical engineering from MIT in 1986 and 1987, and an MBA from Harvard in 1991. 
  4. John H. Sununu, Former New Hampshire governor, earned Bachelor's, Master's, and PhD degrees in mechanical engineering from MIT. He also served as the associate dean of the engineering college at Tufts University and as the White House Chief of Staff under President George H.W. Bush.   
  5. Joe Barton of Texas has been a member of the House of Representatives since 1985. He holds a Bachelor's in industrial engineering from Texas A&M University and a Master's in industrial automation from Purdue University.
  6. Pete Stark was a 40-year member of the US House of Representatives (1973-2013) and was the sixth-most senior member of Congress when he left office earlier this year. The California congressman received a Bachelor's degree in general engineering from MIT in 1953.
  7. Yasser Arafat - Palestinian leader and Nobel Peace Prize Laureate. Graduated as a civil engineer from the University of Cairo.
  8. Leonid Brezhnev - leader of the former Soviet Union, metallurgical engineer. 
  9. Boris Yeltsin Growing up in the rural Sverdlovsk region, he studied at the Urals Polytechnic Institute, and began his career in the construction industry.- former president of Russia 

Sports

  1. Eric Fisher of Central Michigan University Eric Fisher was the No. 1 overall pick in the 2013 National Football League Draft, selected by the Kansas City Chiefs. Off the field, he spent much of his time in the Engineering and Technology Building. Eric, a mechanical engineering technology major, was highly regarded by his teachers 
  2. Roger Staubach won a Heisman Trophy and a Super Bowl MVP Award, but still managed to squeeze an engineering degree onto his resume. A graduate of the US Naval Academy, Staubach served in Vietnam and didn't start playing pro football until age 27, but ended up earning a spot in the Pro Football Hall of Fame.
  3. Joe Girardi, New York Yankees manager, received his Bachelor's degree in industrial engineering from Northwestern University. At Northwestern, he was a three-time Academic All-American and two-time All-Big Ten catcher. 
  4. Tom Landry, Legendary Dallas Cowboys' football coach, earned a Bachelor's degree in industrial engineering from the University of Texas and a Master's degree from the University of Houston.  
  5. Doug Glanville is best known for having played centerfield for the Philadelphia Phillies, Texas Rangers, and Chicago Cubs, but he also earned a Bachelor's degree in industrial engineering from the University of Pennsylvania.
  6. Danny Granger of the National Basketball Association's Indiana Pacers holds a Bachelor's degree in civil engineering from the University of New Mexico. Granger, who stands 6'8" tall, told nba.com that engineering was his goal as a youngster. He said, "I wanted to be a civil engineer and I was using basketball as my ticket to get a degree."
  7. Bill Koch - yachtsman and winning America's Cup captain in 1992 , as well as the chairman of the America3 Foundation.
  8. Jair Lynch - 1992 and 1996 Olympic gymnast. Civil Engineering degree from Stanford University. 
  9. George S Halas - whose initials will forever be emblazoned on the left sleeve of the Chicago Bears uniform, played a large role in defining Sunday afternoons in America throughout the 20th and 21st centuries. He attended the University of Illinois in Urbana-Champaign, playing football, baseball and basketball. George Halas was the 1919 Rose Bowl MVP, coach of the Chicago Bears for 47 years, owner of the Bears for 63 years, and co-founder of the National Football League. Notably, Halas played baseball, too, serving as New York Yankees right fielder prior to the arrival of Babe Ruth. He was also a civil engineer, his degree from the University of Illinois awarded after he left college early to serve in World War I short some course work.
  10. Ryan Newman is a NASCAR Sprint Cup Series racer who knows racing from the practical and theoretical sides. Newman earned his B.S. in engineering from Purdue in 2001 with a specialty in vehicle structures engineering. Throughout much of his career, he has been known for working with his crew chief, Matt Borland, who is an engineering graduate of General Motors Institute (Kettering University).
  11. Dr. Stephan Humphries started his career as an offensive lineman with the Super Bowl-champion Chicago Bears in 1985, later moving to the Denver Broncos. But he was also a star student in biomedical engineering at the University of Michigan before moving on to medical school. Today he is a physician in Spokane, Wash.
  12. Tom Mack was a National Football League lineman who started 184 consecutive games, played in 11 Pro Bowls, and was inducted into the Pro Football Hall of Fame. He also earned a B.S. in structural engineering from the University of Michigan.     

Show Business

  1. Alfred Hitchcock, Filmmaker, directed Psycho, The Birds, North by Northwest, Rear Window, Vertigo, and many other major movies, but started his working life as an engineer. He studied engineering at the London County Council School of Engineering and Navigation and worked as a draftsman before launching a career in movies in the 1920s.
  2. Tom Scholz, guitarist for the rock band Boston, earned Bachelor's and Master's degrees in mechanical engineering from MIT. Scholz worked as a senior product design engineer for Polaroid before launching his music career. 
  3. Frank Capra is best known for such movies as It Happened One Night, Mr. Smith Goes to Washington, and It's a Wonderful Life, but was educated as an engineer. Capra graduated from the California Institute of Technology in 1918 with a degree in chemical engineering. 
  4. Dolph Lundgren is best known as the imposing Russian boxer, Ivan Drago, in the 1985 movie Rocky IV, But the Swedish-born actor and martial artist also holds degrees in chemical engineering from the Royal Institute of Technology in Stockholm and chemistry from Washington State University.
  5. Montel Williams holds a Bachelor's degree in general engineering from the US Naval Academy. Williams, who also studied Mandarin Chinese, served as a Naval intelligence officer specializing in languages. 
  6. Hedy Lamarr, with no formal training in science or engineering, earns a spot for having co-invented and patented a "secret communication system" during World War II. The technology used frequency hopping as a means to make it harder for enemies to detect or jam radio-guided torpedoes. It later served as the foundation for the spread spectrum systems that are today employed in Bluetooth and WiFi networks. Lamarr's invention was not well known until 1997, when she finally received an award from the Electronic Frontier Foundation for her work.
  7. Rowan Atkinson - A British comedian, best known for his starring roles in the television series "Blackadde"r and "Mr. Bean," and several films including Four Weddings And A Funeral. Atkinson attended first Manchester then Oxford University on an electrical engineering degree.
  8. Roger Corman -film director, industrial engineering degree from Stanford University. He started direct involvement in films in 1953 as a producer and screenwriter, making his debut as director in 1955. Between then and his official retirement in 1971 he directed dozens of films, often as many as six or seven per year, typically shot extremely quickly on leftover sets from other, larger productions. His probably unbeatable record for a professional 35mm feature film was two days and a night to shoot the original version of "The Little Shop of Horrors".  
  9. Herbie Hancock - jazz musician. EE from Grinnell College
  10. AC Nielsen was born in Chicago, Illinois of Danish descent. Nielsen was educated at University of Wisconsin (now University of Wisconsin–Madison), where he received a B.S., summa cum laude in 1918. He was a member of Tau Beta Pi (engineering honor society), the Sigma Phi Society and a captain of the varsity tennis team from 1916 to 1918. He subsequently served in U.S. Naval Reserve. - developer of Nielsen rating system. 
  11. Bill Nye - worked for Boeing before he became the "science guy", Mechanical engineering degree from Cornell University.