 | Intro to Institute for Biological Interfaces of Engineering The Institute for Biological Interfaces of Engineering (IBIOE) is a South Carolina-based interdisciplinary research and educational institution. The IBIOE enables the development of clinically relevant biomaterials technology and products for disease management and the transfer of this technology for patient care through leading biomaterials-related education, research and training in these areas: - Advanced Biomaterials - Human Centered Electronic Collaboration - Tissue Fabrication - Tissue Test Systems |
 | Career Focus on Electronics Training Jamie Murphy from Erie Institute of Technology, Erie, PA, interviews electronics instructor Rich DeVore about the Computer and Electronics Engineering Technology career field. |
 | HItec Religious Intitute HITEC stands for Heavy Industries Taxila Education City. It is a premier institute of the modern era. It is situated in Heavy Industries Taxila, Pakistan's Defence Industries. Taxila is an historical city at Peshawar Highway. HITEC University Contains HITEC College for men & women Cambridge School, HITEC Pre School, HITEC High School for boys & Girls. In HITEC University school & College started in 2005 & University classes started on November, 2007. HITEC was inaugurated by the president of the Islamic Republic of Pakistan. HITEC has a highly equipped state of the art facility not available in most of Pakistani universities. It has highly qualified foreign faculty. HITEC is currently affiliated with UET Taxila but the recognisation with PEC is also in process & will be completed soon. Research Centre & Industries: HITEC is situated in HIT. Students of Mechanical go there to perform some industrial practical at Margla Training Institute. Other departments also have industrial tours of HIT. It has a research center where students can go for research |
 | SAE Institute Atlanta :30 ad promoting SAE Atlanta. Produced by Splash Placement-Tye Murphy, Nick Kounas and Chris Davie. Voice-Chris Davie. Shot on location at SAE Institute Atlanta. |
 | What is SIFE BCIT? 90 seconds on what SIFE BCIT is... We are a non-profit student organization from the British Columbia Institute of Technology in Vancouver called Students in Free Enterprise. Learn more about us @ http://www.sifebcit.com WHAT IS BCIT? * Make Contacts. Find Resources. Join Us and Watch Your Contact List Grow! * Canada's leading institutes of technology and trades training! * British Columbia Institute of Technology offers part-time courses and full-time programs leading to certificates, diplomas, and applied degrees. Why choose BCIT? Hands-on career training Students We call our approach applied training, because every program at BCIT requires students to practice their new skills through internships, industry-sponsored student projects, practicum assignments or cooperative (work/ study) training. Approximately 60 per cent of your education will be in a classroom, whereas 40 per cent of your training will occur in a real workplace scenario. This applied, practical focus on education, as well as our partnerships with industry, results in programs that are relevant and up-to-date, and produces graduates who truly are job-ready. High job placement rate BCIT graduates are in demand in the job market, both here and around the world. The vast majority of our graduates secure employment related to their BCIT education within a few months of graduation. For more information about graduate employment outcomes for your program, please use the program database to find your program. Many paths to choose from BCIT offers more than 250 full-time, part-time, and distance & online learning programs in an enormous array of disciplines. Students advance their careers through specialized training in: * Business & Media * Computing & Information Technology * Engineering, Applied & Natural Sciences * Health Sciences * Trades & Apprenticeship Industry-current faculty BCIT draws its instructors directly from industry; they are proven professionals who have returned to the classroom to share their experiences with tomorrow's leaders. And, BCIT's reputable part-time instructors are current industry professionals who partner with BCIT to prepare a skilled future workforce. All instructors are encouraged to return to industry periodically for retraining, so that students are kept abreast of trends and developments in each field. Canada's premier polytechnic institution BCIT is neither a university nor a community college. We are Canada's leading polytechnic institution. That means we offer career-focused technical education, and we grant credentials that span from trades certification through to applied degrees. A polytechnic environment promotes extensive partnerships with business and industry, and dedicates significant resources to applied research and technology transfer activities. BCIT is committed to contributing toward a vibrant global economy. Our focuses on applied research and technology transfer mean BCIT is in the position to promote entrepreneurial activity, and therefore to contribute to the creation of value added jobs, both here and around the world. |
 | Stevens Institute EOFNJ Teacher Speaks Bess Mitsakos describes her training by Stevens Institute of Technology to implement the Engineering Our Future curriculum. |
 | Surgical Training Facility The Surgical Training Facility (STF) at San Francisco General Hospital is dedicated to the development and presentation of innovative medical, health and science workshops. The facility is among a select few academic centers in the United States designed exclusively for orthopaedic specialists to practice and perform today's newest and most advanced surgical procedures. The lab works with leading researchers, engineers and physicians as well as medical device and prosthesis manufacturers to provide an environment in which students, residents, fellows and surgeons can receive hands-on training with the latest procedures and technologies in the field of orthopaedics. |
 | Han Tok Su Pyongyang University of Light Industry Pyongyang Han Tok Su University of Light Industry, which was founded in September Juche 48 (1959), is engaged in bringing up technical personnel for the sector of light industry in the Democratic Peoples Republic of Korea. In April Juche 84 (1995) it was renamed after Han Tok Su, who was the first chairman of the General Association of Korean Residents in Japan (Chongryon), a DPRKs organization of overseas Koreans, and a veteran of the movement of the Korean residents in Japan. The institution comprises the faculties majoring in foodstuffs processing, textile engineering, daily necessities chemical engineering, machine engineering and papermaking, and over 40 chairs, institutes and a postgraduate school. It is also well prepared with material and technical foundations for fulfilling its mission—practice workshops for the students specialized training, and a general analysis institute. The university has so far achieved many successes in the training of competent technical personnel of light industry and the scientific and technical studies. It has brought up a large number of technical talents, who made substantial contributions to the prosperity of the country at every stage of the socialist construction. Now it is making due efforts to meet the requirements of the IT era: It has set up new courses and supplemented their curricula in good time, while actively exploring new teaching methods of enhancing the practical abilities and skills. Discussions about teaching methods and inspections of classes at work have enabled the lecturers to adopt advanced ones, thus increasing the number of model teachers to hundreds in this course. The lecturers and researchers have solved many urgent scientific and technical problems pertaining to actual production and introduced them into the teaching practice. In recent years alone they have made successes of practical significance in their scientific researches for improvement of the peoples living standard—production of soy sauce by corn proteolysis method, production of babys milk powder, establishment of production processes of soft bean-curd, nutritious bean crackers, tea made from bean buds, and noodle made from raw potatoes—which are used in the teaching. During those years, more than 71% of the university staff have obtained academic degrees or titles, and among them are many honorary title holders such as Merited Scientist. The number of students who have won scientific research prizes by reading valuable papers during their university days, is increasing year after year. Its graduates have displayed their merits in managing national economic organs and factories and enterprises and also in the relevant scientific field. Dr. Kang Hui Ho at the Branch Academy of Light Industry, who found out a new method of producing bean paste that pleases the palate of the Koreans, and Pyon Yong Ho, manager of the Taedonggang Beer Factory, are also graduates of the university. The university engages in energetic scientific and technical exchanges with other countries. It also admits foreign students. |
 | Bangladesh army helping the people of Bangladesh The Bangladesh Army (Bangla:Bānglādesh Shenā Bāhini, বাংলাদেশ সেনাবাহিনী) is the land forces branch of the Bangladesh Armed Forces. It was formed on 15 April 1971 following the oath of the Bangladesh Government at Meherpur, Kushtia during Bangladesh War of Independence originally consisting of Bengali soldiers and officers who defected from the Pakistan Army. Its current strength is estimated to be over 144,000 personnel.The Bangladesh Army structure is similar to many armies of the Commonwealth Nations. However, major changes have undergone following the adoption of U.S. Army]] tactical planning procedures, training management techniques and noncommissioned officer educational systems.It is supported by artillery, medical, engineers, nurses, armored and combat corps. In times of war and crisis, the Bangladesh Army can also be reinforced by the Bangladesh Rifles, Ansar, Village Defence Parties (VDP), and other land forces numbering about one million trained personnel.It has specialised its peacekeeping operations capabilities around the world trhough participation in peacekeeping and nationbuilding. It has created BIPSOT(Bangladesh Institute of Peace Support Operation Training) which is dedicated to training of peacekeepers for employment in all types of UNPSO (UN Peace Support Operations). This institute fulfils the requirement of UNDPKO as per General Assembly resolution which outlines 'the necessity and responsibility of every nation to train their armed forces before any deployment'. |
 | Hayfaa Almudhaf--Regional Voices Ms. Hayfaa Almudhaf is Director of the Public Relations & Publications Division of the Kuwait Institute for Scientific Research (KISR). An engineer by training, she has led a number of research projects at KISR and in the past served as Director of the Policy Research and Planning Division. In addition, she has served on the Board of Directors of Kuwait Environmental Public Authority (EPA), and has authored more than 40 publications, including technical reports, conference papers and journal articles. Her areas of expertise included Development and workforce issues in the Gulf. |
 | Tom Valone pt. 1 Doctor of Engineering Physics Tom Valone discussed his work in zero point energy, Tesla technology, & electro-gravitics and how these technologies translate into possible UFO energy and propulsion systems. He also spoke about the healing aspects of various electrotherapies. He suggested that Black Ops have reverse engineered propulsion systems from crashed discs and that most UFOs people see are made by them. He cited a case where English words were ID'd on a military triangular craft seen in the sky-- "Emergency Relief & Rescue." Valone described possible propulsion systems as having rotating discs the size of a ship, producing both electricity and antigravity. A project he worked on had a cylindrical magnet that spun along its axis, just like Earth. The NRO (National Reconnaissance Office) may already have advanced applications such as inertial shielding which can reduce heavy impact on spacecraft, he detailed. Additionally, technologies involving toroidal vectors have been outlined for use in ships that could surpass the speed of light by two to five times, he said. Valone spoke about electromagnetic medicine, using devices to affect healing in the body, transferring electrons and magnetic fields to the tissues. In 1932, Tesla developed a current that was being used to treat cancer patients, but health authorities had it pulled from the market, he noted. Thomas Valone is the President of Integrity Research Institute and Editor of Future Energy newsletter and Enews. He provides consultations on electrical product design/development, engineering testing, environmental/electromagnetic field/energy, expert testimony and opinion. He meets regularly with congressional and senate leaders and briefs them on the latest energy developments. Responsible for Engineering Department projects, at Integrity Electronics, he managed engineers and technicians, initiated several instrument lines, trained industrial interns from SUNY at Buffalo, designed 2% accuracy calibration procedures, specification sheets and training manual. Dr Valone is a Consulting Fellow of the World Innovation Foundation. He is a member of the Institute of Electrical and Electronic Engineers, National Space Society, the Union of Concerned Scientists, the Bioelectromagnetics Society and formerly, the American Physical Society. April 28, 2008 http://www.coasttocoastam.com/ http://www.integrityresearchinstitute.org/ |
 | Painting Health Hazards and Their Control 1982 This is from the 1984 NIOSH video, Dual Protection (14 minutes), an excellent training tool that is still relevant today, 25 years later. It explores ways to control painter exposure to hazardous materials through the substitution of safer materials and equipment and other engineering controls, including ventilation. For more information on health and safety protection for painters, go to: CPWR — The Center for Construction Research and Training, formerly known as The Center to Protect Workers' Rights (CPWR), a world leader in improving the health and safety of construction workers at http://www.cpwr.com/ NIOSH -- the US National Institute for Occupational Safety and Health at http://www.cdc.gov/niosh/ Alaska's Hazardous Paint Handlers Certification program - at http://www.cdc.gov/eLCOSH/docs/d0100/d000178/d000178.html - this requires that professional painters in Alaska be certified through a training course consists of 16 hours of instruction on the identification of hazards and the use of engineering controls, such as ventilation, and protective equipment, such as respirators, rubber gloves and "barrier creams" for the skin. A law creating the program was passed in 1989, after the International Agency for Research on Cancer concluded that "occupational exposure as a painter is carcinogenic," based on studies showing a consistent excess of cancer among painters. Some recent studies indicate that even the offspring of painters may be at increased risk of cancer or birth defects. Painting is sometimes called "the carcinogenic trade." Materials used by professional painters -- solvent-bearing enamels, epoxies and thinners, for instance -- can cause cancer as well as painful skin rashes, nerve damage and long-term chemical sensitivity. Environment -- safer paint products can be good for the environment and for workers. This approach goes under several names - green chemistry, pollution prevention or toxic use reduction. Check out the Toxics Use Reduction Institute (TURI) at http://www.turi.org/library/turi_publications/processes/coating_and_painting |
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