Project Mind Map

This trimester I had the chance to participate in a green engineering project, we name it Eco car, talks about trading gas cars to byfuel or natural gas combustible. it reduces in a great amount the emission of CO2. I was the Leader investigator of the project. Iwas interested in this subject because here in Venezuela the conversion is for free.

This is the mind map of our Project. Eco Car. you can find it at


http://engineeringsolutionstoagreenproblem.wetpaint.com/page/Sep-Dec09+Team+2

Reading Skillss

I visited some cool links that hepl you with your reading skills. Check them out!

http://www.bbc.co.uk/skillswise/words/reading/techniques/scanning/quiz.shtml
http://www.bbc.co.uk/skillswise/words/reading/techniques/skimming/index.shtml

SOME COOL BLOGGERS!!

Hi!! I visited the blogs of my friends, Laura Romero and Luis Perdomo. Laura has such a cool blog, very pink, (hehe) but you can find a lot of info about climate change, and Luis Already got his Second Life Avatar!! check them out!

Visit your friend´s blogs, and you can steal some ideas, or provide them with some!! =)

Lau´s blog

Luis Blog

Image by: Google

EcoCar

This is the name of our project. it's about moving green, using vehicles that are eviromental friendly, and the CO2 emissions are less than a regular vehicle. Bi-fuel vehicles are vehicles with multifuel engines capable of running on two fuels. On internal combustion engines one fuel is gasoline or diesel, and the other is an alternate fuel such as natural gas (CNG), LPG, or hydrogen. The two fuels are stored in separate tanks and the engine runs on one fuel at a time, unlike flexible-fuel vehicles ("dual-fuel"), that store the two different fuels mixed together in the same tank, and the resulting blend is burned in the combustion chamber. Bi-fuel vehicles have the capability to switch back and forth from gasoline or diesel to the other fuel, manually or automatically.

*Bi-fuel vehicles (subject, noun) are(verb) vehicles(noun) with(prep) multifuel(noun) engines(noun) capable(adjective) of(prep) running(noun) on(prep) two(noun) fuels(noun) PRESENT

*The(art def) two(noun) fuels(noun) are(verb) stored(noun) in(prep) separate(verb) tanks (noun) SIMPLE PRESENT

*Bi-fuel(noun) vehicles(noun) have(v) the(art def) capability(n) to(prep) switch(n) back(n) and(conj) forth(adverb) from(prep) gasoline(n) or(conj) diesel(n) to(prep) the(art def) other(adj) fuel(n) .PRESENT

The most common technology and alternate fuel available in the market for bi-fuel gasoline cars is natural gas (CNG), and it is used mainly in Europe, where Italy currently has the largest number of CNG vehicles. They are also used in South America, where these vehicles are mainly used as taxicabs in main cities of Brazil and Argentina. Normally, standard gasoline vehicles are retrofitted in specialized shops, which involve installing the gas cylinder in the trunk and the CNG injection system and electronics. According to Natural Gas Vehicle Coalition data, dedicated natural gas vehicles can reduce exhaust emissions from diesel engines by up to the following percentages: Carbon monoxide (CO) 70% Non-methane organic gas (NMOG) 87% Oxides of nitrogen (NOx) 87% Carbon dioxide (CO2) (below gasoline emissions) 20%

*The(art def) most(adv) common(adj) technology(n) and(conj) alternate(v) fuel(n) available(adj) in(prep) the(art def) market(n) for(prep) bi-fuel(n) gasoline(n) cars(n) is(v) natural(adj) gas.(n)

*They(n) are(v) also(adv) used(v) in(prep) South America.(n) SIMPLE PRESENT

*Standard(n) gasoline(n) vehicles(n) are(v) retrofitted(v) in(prep) specialized(v) shops.(n) SIMPLE PRESENT

Glossary:

Combustion n. A chemical change, especially oxidation, accompanied by the production of heat and light. Multifuel: n. sometimes spelled multi-fuel, is a term applied to any type of engine, boiler, or heater or other fuel-burning device which is designed to burn multiple types of fuels in its operation. Retrofitted v. Fit To fit into or onto equipment already in existence or service.
Image by:www.inhabitat.com
definitions by: http://www.answers.com/

Cover Letters. For an entry level position

Mariguel Ramirez
1234 W, 67th Street
Maracaibo, Venezuela
Cell: (123) 3456789
Date: 1st November 2009

Mr. Matt Carter
Company Philips
San Marcos, TX 78666

I am replying to your advertisement of this date offering a position as an Industrial engineer. I believe that my education, skills and work experience are appropriate for the position.

As my resume demonstrated, I have been working as a manager for the Grocery Department for a recognize Supermarket in the local area. where I am responsible for designing work schedules, improving the manufacturing process in various areas, I also worked on cost analysis, systems analysis and work & job design in order to provide best value for our customers and associates. I also have the knowledge of Planning space requirements, workflows, designs layout of equipment and workspace for maximum efficiency and safety. Planning and design staff concerning product design and tooling to ensure efficient production methods.
I worked with management, engineering and other staff regarding manufacturing capabilities, production schedules, and other considerations to facilitate production processes and ensure excellent service. Worked with vendors to provide manufacturing specifications and arrange for purchase of necessary equipment and materials. I can manage project work in an organized and timely manner. I have an excellent ability to identify problems, analyze options, and apply solutions. I can also provide strong communication, documentation, listening, and interpersonal skills. I think a have the ability to fill the position you are offering and do an excellent job.

When could we arrange an appointment to discuss this Industrial Engineer position with your company? I may be reached at (123) 3456789 anytime of the day.

Sincerely,

Mariguel Ramirez

Enclosures:
Personal Resume

Image by: Google Images

How to Stop Climate Change?

It takes more than one person to stop global warming and climate change. The nature can do A lot by herself, but we can help too. Find out what you can do. Hey It's your wold too!

*INDUSTRY EFFORT
Industrialised countries need to reduce their greenhouse gas emissions 25-40% by 2020 (compared to 1990 levels) and 80-95% by 2050 to have a 50:50 chance of limiting warming to 2° C and avoiding dangerous climate change, according to the UN Intergovernmental Panel on Climate Change (IPCC). This means taking action to reduce emissions now.
*USING ENERGY BETTER
The greatest potential for tackling the greenhouse gas emissions generated by our energy consumption (whether for electricity, heating and cooling, or transport) is offered by energy saving and efficiency: using energy better. As well as being the safest and most effective way to deliver emissions reductions, this demand-side approach would reduce our unhealthy dependence on imported fossil fuels and save money for consumers and businesses.
*GREEN POWER There is enormous potential to generate environmentally-friendly energy from renewable sources such as wind, solar power, hydro, geothermal and biomass. Many of the technologies have already proven to be economically viable and, in an era of high oil prices, more will become so. Ensuring that Europe realises its renewables potential will: reduce our dependence on imported energy and deliver much -needed jobs and growth, as well as playing a central role in our response to climate change.
*STOP THE USE OF FOSSIL FUEL Our insatiable appetite for energy from fossil fuels is the main cause for the current climate change crisis. The rapid growth in the extraction and burning of fossil fuels (like coal, oil and natural gas) has led to a massive increase in the release of climate change-causing greenhouse gases, notably CO2. We need to rapidly scale back our use of this dirty energy. To avoid dangerous effects of climate change, we need to transform the global energy system away from one dependent on fossil fuels to one that is based on new renewables, energy efficiency and energy conservation. This means finishing with outdated and dirty energy sources like coal and oil by 2050.
*NUCLEAR NO SOLUTION Nuclear power is not a solution for climate change. The nuclear industry is in global decline and any attempts to reverse this decline would be both overly costly and would not be realised in time to contribute to the urgently-needed greenhouse gas reductions. This is not to mention the massive risks associated with nuclear power and the unresolved question of how to safely deal with dangerous radioactive waste. Globally about one third of the greenhouse gases are caused by the production of electricity. The world's 339 operating nuclear reactors provide only 16% of global electricity, 6% of commercial primary energy and 2.5% of the final energy in the world. Nuclear power worldwide generates less electricity than its decentralised no- and low-carbon competitors (renewables and fossil-fueled combined heat and power).
*MOVE GREEN The climate change impact of transport is continuing to grow, undermining progress being made across other sectors of the economy in reducing greenhouse gas emissions. Tackling this climate impact must be a top priority if we are to prevent dangerous climate change. This means changing our approach to how we get around. The transport sector is almost completely dependent on petroleum-based fuels (like petrol and diesel), which are a major cause of greenhouse gas emissions, as well as other pollution. Weaning ourselves off our dirty gas-guzzling habits is a real challenge, as increasing the share of renewable fuels in transport is not a viable option in the short-term. The real potentials for reducing the climate impact of the transport sector lie in shifting to soft mobility options and improving the efficiency of existing fuel-powered transport modes. Developing hybrid-electric engines offers a more realistic prospect of reducing our damaging dependence on oil imports and the emissions this generates.

I found this intersting wep page. I invite you to check it out and find out a climate change glossary, and a lot more info about this subject.

http://www.stopclimatechange.net/index.php?id=76

Let's keep the world a place like this

Climate Change. Causes.

Climate Change is a change in the statistical distribution of weather over periods of time, that range from decades to millions of years. Climate change may be limited to a specific region or across the whole earth.

Climate Change Causes:
*Plate Tectonics

Over the course of million of years, the motion of tectonics plates reconfigures global land and ocean areas.
*Solar Output

The sus is the predomint source for energy to the earth. Both long and short term variation of solar intensity are known to affect global climate.

*Orbital Variations

Slight variations in earth's orbit lead to changes in the amount of sunlight reaching the earth surface and how it's distributed across the globe. This is similar to solar variations in that is a change to the power input from the sun to the earth system. The three types of orbital variations combine together produce Milankovitch cycles, which have a large impact on climate and are notable for their correlation to glacial and interglacial periods their correlation with the advance and retreat of the sahara and for the appearance in the statigraphic record.
*Volcanism

Is a process of conveying material from the crust and mantle of the earth to it's surface. Vulcanic eruptions, Geysers, and Hot springs are examples of volcanic processes which releases gases and/or particulates into the atmosphere.
*Ocean Variability

The ocean is a fundamental part of climate system. Short-term fluctuations (years to a few decades) such as the El Nino Southern oscillation,The Pacific decadal oscillation and the North Atlantic oscillation, represent climate variability. On longer time scales, alterations to ocean processes such as thermohaline circulation play a key role in redistributing heat by carrying out a very slow and extremely deep movement of water and the long-term redistribution of heat in the world's oceans.
*Human Influence

Anthropogenic factors are human activities that change the environment. Various hypotheses for human-induced climate change have been argued for many years. Presently the scientific consensus on climate change s that human activity is very likely the cause for the rapid increase in global average temperatures over the past several decades.Of most concern in these anthropogenic factors is the increase in CO2 levels due to emissions from fossil fuel due to combustion, followed by aerosols and cement manufacture Other factors, including land use, ozone depletion, animal agriculture and deforestation are also of concern in the roles they play (both separately and in conjunction with other factors) in affecting climate. An US GEOLOGICAL SURVEY, estimates are that human activities generate more than 130 times the amount of carbon dioxide emitted by volcanoes.
Here I wxposed the causes of climate change, what Do you think? What Did I leave out?

Images by: Wikimedia commons and Google Images.

Donald Trump "The reverse Tornado"

Here is a somebody I admire, his name is Donald Trump, and I like his nickname, "the reverse tornado", because he builds everything on his path. That's what we all should do. Don't be a dweller, be a "Doer", think on what you want to do, and get the energy to get it done! I think he makes a fine example of what a successful industrial engineer should be. "Don't see the problem see the solution" here is a little bit about his biography.

Donald Trump was born in New York on the 14th of June 1946. His father Fred Trump was a successful property developer that helped form the young Donald's business sense.
Trump began his career in his family's real estate business after studying at the Wharton Business School. He worked with his father for five years and was extremely successful in making profitable deals. His father commented on his son's business success by stating that "everything he seems to touch turns to gold".
After gaining the necessary business skills in real estate from his father, Donald Trump moved into the Manhattan real estate scene. He went on to acquire some of the most exclusive properties in the city. Trump Casino, Trump International Hotel, Trump Marina Hotel and Casino, Trump Taj Mahal Casino Resort and Trump Tower are among his prestigious portfolio of real estate properties.
Donald Trump starred in his own reality TV program in 2004. The Apprentice program is a selection of candidates competing against each other in the area of business to ultimately become Donald Trump's apprentice.The series was a hit and has gone on to be one of the more popular reality programs each year.
Trump is a self confident and extravagant businessman that has made himself instantly recognizable wherever he goes. His interests include real estate, entertainment, gaming, and sports. Trump also owns part of the three largest beauty competitions in the world, consisting of Miss Universe, Miss USA and Miss Teen USA. He is also a successful author with several best selling business books published that include The Art of the Deal, The Art of Survival and How to get rich. Among his many other pursuits, Donald Trump was briefly interested in running for President, is a member of several civic and charitable organizations and is a generous philanthropist.

Remember, you would never be successful until you love what you do!

http://www.biography.com/articles/Donald-Trump-9511238?part=2
photo by: http://images.google.co.ve/

Finding a Job. Part II

Like I said before, I was suppose to look for two jobs, an entry level position and one of my dreams. I really do want to work in an enviromentally friendly industry, that helps reduce polution an invest in recycling and making the world a better and clean place to live.

DREAM JOB

Engineer, Environmental Health and Safety

• 
  About the Job
  Monitoring of federal, state and local regulations that pertain to personnel safety, hazardous waste management, wastewater, storm water, hazardous materials transportation, air quality, etc.
  Interpreting environmental and safety regulatory requirements, determining applicability to semiconductor operations and implementing practices to comply.
  Translating environmental requirements into business risk mitigation plans, activities and financial impacts.
  Implementation and maintenance of sustainability programs.
  Developing and communicating internal and external environmental and safety policies to all departments.
  Producing and maintaining required regulatory reports, data and permit applications.
  Implementation of environmental and safety policies and processes.
  Making regular status reports to management.
  Conducting various environmental and safety training courses that include, but are not limited to: hazardous waste management, storm water compliance, hazardous materials transportation, “Hazcom”, “Hazwoper”, lock-out/tag-out, confined space, electrical safety, cryogenic safety, fall protection, fire prevention and suppression, respiratory protection, PPE, hearing conservation, emergency response plans, CPR/AED and first aid.
  Implementing the EMS system per ISO14001 requirements.
  Managing the hazardous waste program.
  Performing various environmental, health and safety inspections.
  Working with the Fab and Facilities departments regarding equipment installations, contractor activities, training and documentation.
  Interfacing with regulatory agencies, preparing all required documentation, scheduling and performing all required testing and providing additional documentation as required.
  Conducting ergonomic assessments and implementing corrective actions.
  Investigating potential hazards, near misses, accidents, injuries and illnesses and implementing engineering practices focused at reducing or minimizing hazards.
  Researching and implementing engineering practices focused at reducing environmental impacts and operational costs.
  Ordering, calibrating and maintaining EHS equipment used for emergency situations (e.g. monitoring equipment and emergency response supplies).
  Coordinating all emergency response activities and ensuring that ERT responders understand the purpose and operation of life safety systems.
  Functioning effectively on a corporate-wide EHS Team that helps integrates the site and ensures compliance with corporate-wide initiatives and programs.
  The selected candidate is accountable for making sound environmental and safety recommendations and decisions that have an impact across organizational boundaries but has no authorization to commit company assets or approve expenditures unless so authorized in accordance with approved company procedures.
  
  Job Requirements:
  BS degree in environmental safety science, engineering or related discipline
  Minimum of 7 years of combined experience in environmental and safety compliance
  Knowledge of hazardous substances, wastes, and materials
  Experience in facility operations is preferred
  Experience in semiconductor industry is preferred
  Understanding of environmental and safety regulations (TX and Federal)
  Experience in implementing and maintaining ISO 14001
  Experience with OHSAS 18001
  Experience in implementing environmentally responsible recycling programs and quantifying results
  Excellent written and oral communication skills
  Strong proficiency in English
  Ability to be cross-functional
  Knowledge of risk assessment and mitigation
  Ability to distill environmental programs into economic terms and present to upper management
  Ability to train and educate groups as well as individuals
  Strong process orientation
  Proficiency in MS Office applications (word, excel, power point and access)
  Ability with work as part of a company-wide EHS team to develop and maintain the local EHS program while supporting other facilities when necessary.
  
  Job at: http://jobview.monster.com/Engineer-Environmental-Health-Safety-Job-DALLAS-TX-US-82878343.aspx
  
  Photo by: http://images.google.co.ve/images?hl=es&client=firefox-a&rls=org.mozilla:es-ES:official&um=1&q=green+ingeniering&sa=N&start=60&ndsp=20

Finding a Job. Part III

Here is a resume, about the "top 10 online job searching tips" that I used in my job searching experience.

1. I think that's a great idea not simply posting my resume on a Web site, but to design an easily-navigable Web site or online portfolio where recruiters can read about my goals, experience and obtain contact information.
2. I goggled myself and decided to better up my info, and postings that may drag attention to potential employers.
3. I checked options by region, industry and duration, salary and areas of work.
4. After applying for the posted job opening, one of the best strategies is to target that company or industry and then contact the hiring manager.
5. Another excellent idea is to visit your industry's national or regional Web site, where you can find jobs in your field that might not appear on a national job board.
6. I don't really care for online recruiters, i rather to look by myself, and learn what are companies looking for now days.
7. Utilize video resumes is also a great idea, it shows versatility and that I'm tehcnology friendly.
8. I Ran queries. Enter a query that describes the exact kind of job you're seeking and you may find more resources you wouldn't find otherwise.
9. I like the idea to Utilize job alerts. Most job boards have features that allow you to sign up to receive e-mail alerts about newly available jobs that match your chosen criteria.
10. And i fing very usefull to connect with professional networking sites.

Photo by: http://images.google.co.ve/images?hl=es&client=firefox-a&rls=org.mozilla:es-ES:official&um=1&q=tips&sa=N&start=100&ndsp=20

Finding a Job.

In this task, I'm suppose to look for an Entry level job, and a dream job, and I found out several jobs, where I can apply my knowledge in my area of expertise, and a WHOLE WIDE variety of organizations, where a Industrial Engineer can work, for example: Food chains, Goverment organizations, designing of combat systems, metal Industries, etc. because all of them need to lay out processes, work methods, cost controls, to solve shrink problems, etc. I feel good because I know that I'm in the right career and that I love what I can do to make out of any Industry, a success. I highlighted in orange what I like about this job.

ENTRY LEVEL JOB

About the Job An entry-level position that reports to Senior Level Industrial Engineer. The incumbent is responsible for engineering activities towards improving the manufacturing process in the areas of safety, efficiency, quality and cost. The IE I acquires and maintains a keen understanding of all processes employed in the manufacture of products at the San Marcos Operations. Basic activities include establishing process routings and process standards. Services are provided in the area of cost analysis, systems analysis and work & job design in order to provide best value systems solutions for process, organization and business needs. Performs other miscellaneous assignments, as directed, to support facility, manufacturing and engineering functions. ESSENTIAL FUNCTIONS: · Develops, evaluates, and improves manufacturing methods. Plans space requirements, workflows, designs layout of equipment and workspace for maximum efficiency and safety. · Works with planning and design staff concerning product design and tooling to ensure efficient production methods. Develops design for manufacturing cells for new products and current products including design of cell and related fixtures, tools, etc. · Calculates production times, staffing, and related costs to provide information for management decisions. Develops and verifies assembly procedures/work instructions. · Confers with management, engineering and other staff regarding manufacturing capabilities, production schedules, and other considerations to facilitate production processes. · Works with vendors to provide manufacturing specifications and arrange for purchase of equipment and materials and provide the necessary fixture designs as required. · Manages project work in an organized and timely manner. · BOM and work instruction integrity as well as scrap analysis/reduction. · Physical demands includes ability to safely work in a manufacturing environment and the ability to stand for long periods of time, use of hands to handle, control, or feel objects, tools, or controls as well as the ability to lift objects weighing up to 65 lbs. EDUCATION AND EXPERIENCE: · Bachelors degree in Industrial Engineering. Will also consider strong candidate with a Bachelors degree in Industrial Technology. · 0-2 years of experience. If required for degree, current term college graduate must have completed internship or senior project . RELATIONSHIPS AND CONTACTS: · Daily interaction with employees at all levels of the operation and especially with production employees, engineering, manufacturing supervision and management, and Accounting department. Contact with various external vendors. JOB SKILLS: · Ability to facilitate and document time studies. · Knowledge of World Class Manufacturing including Kaizen, Kanban, 5S and work cell design. · Excellent ability to identify problems, analyze options, and apply solutions. · Strong communication, documentation, listening, and interpersonal skills. · Computer literacy including internet, Microsoft office applications and windows operating system. · Good time management and organizational skills. · Working knowledge of ISO 2000:9001 · Ability to employ statistical analyses.

JOB SUMMARY

Company Philips Location San Marcos, TX 78666 Industries Engineering Services Job Type Full Time Employee Years of Experience 2+​​ to 5 Years Education Level Bachelor's Degree Career Level Entry Level Salary USD 38,000.​​00 /​​year Job Reference Code 2009-ME

job found at : http://jobview.monster.com/Industrial-Engineer-Entry-Level-Job-San-Marcos-TX-US-83614813.aspx
Photo by: http://www.cehaweb.com/images/jobsearch.jpg

Example of sentece estructure

In this task, we studied the different phrases that form the structure of a sentece. Nominal prhase and Verbal phrase.

*Industrial engineering is a broad field
Nominal Phrase: Industrial engineering
core: engineering
Premodifiers: Industrial
frase verbal: is a broad field
articulo indefenido: a

*Computers and information systems
Nominal Prhase: Computers and information systems
core: systems
Premodifiers: Computers and information
frase verbal:
conectivo: and

*Efficient and effective methods
Nominal Prhase: Efficient and effective methods
core: methods
Premodifiers: Efficient and effective
frase verbal:
conectivo: and

Use of the dictionary...

In this taks, we learned how to look up words in the dictionary, and how to show their definitions in the glossary.

Encompasses: To constitute or include

V en·com'pass

Prefix En

en·com'pass·ment n

"encompass." The American Heritage® Dictionary of the English Language, Fourth Edition. Houghton Mifflin Company, 2004. Answers.com 20 Sep. 2009. http://www.answers.com/topic/encompass

Skills: n. A developed talent or ability. Proficiency, facility, or dexterity that is acquired or developed through training or experience.

Middle English skil, from Old Norse, discernment.]

Adj. Skillful

"skill." The American Heritage® Dictionary of the English Language, Fourth Edition. Houghton Mifflin Company, 2004. Answers.com 20 Sep. 2009. http://www.answers.com/topic/skill

Automation: n. The automatic operation or control of equipment, a process, or a system. The techniques and equipment used to achieve automatic operation or control.

From AUTOMATIC.

"automation." Encyclopedia of Small Business. The Gale Group, Inc, 2002. Answers.com 20 Sep. 2009. http://www.answers.com/topic/automation

Broad: adj. Large in expanse; spacious.

adj., broad·er, broad·est.

adv. Fully; completely.

"broad." The American Heritage® Dictionary of the English Language, Fourth Edition. Houghton Mifflin Company, 2004. Answers.com 20 Sep. 2009. http://www.answers.com/topic/broad

Ergonomics: n. The applied science of equipment design, as for the workplace, intended to maximize productivity by reducing operator fatigue and discomfort. Also called biotechnology, human engineering.

From Greek ergon, work + (ECO)NOMIC

Adj Ergonomic er'go·nom'ic

Adv. ergonomically er'go·nom'i·cal·ly.

n. ergonomist er·gon'o·mist.

"ergonomics." The American Heritage® Dictionary of the English Language, Fourth Edition. Houghton Mifflin Company, 2004. Answers.com 20 Sep. 2009. http://www.answers.com/topic/ergonomics

Streamline: v. To improve the appearance or efficiency of; modernize.

v. Streamlined, Streamlin·ing, Streamlines.

n. A line that is parallel to the direction of flow of a fluid at a given instant

"streamline." The American Heritage® Dictionary of the English Language, Fourth Edition. Houghton Mifflin Company, 2004. Answers.com 20 Sep. 2009. http://www.answers.com/topic/streamline

Relocate: v. Distribute or apportion anew.

V. Relocat·ed, Relocat·ing, Relocates.

v. To move to or establish in a new place: relocated the business.

v. To become established in a new residence of place of business.

relocation re'lo·ca'tion n.

"relocate." The American Heritage® Dictionary of the English Language, Fourth Edition. Houghton Mifflin Company, 2004. Answers.com 20 Sep. 2009. http://www.answers.com/topic/relocate

Austere: adj. Strict or severe in discipline.

Adj Auster·er, Auster·est.

adv. austerely aus·tere'ly

n. austereness aus·tere'ness

"austere." The American Heritage® Dictionary of the English Language, Fourth Edition. Houghton Mifflin Company, 2004. Answers.com 20 Sep. 2009. http://www.answers.com/topic/austere

Image taken from: http://evankessler.files.wordpress.com/2009/07/dictionary.jpg

What is Industrial Engineering?

A branch of engineering dealing with the design, development, and implementation of integrated systems of humans, machines, and information resources to provide products and services. Industrial engineering encompasses specialized knowledge and skills in the physical, social, engineering, and management sciences, such as human and cognitive sciences, computer systems and information technologies, manufacturing processes, operations research, production, and automation. The industrial engineer integrates people into the design and development of systems, thus requiring an understanding of the physical, physiological, psychological, and other characteristics that govern and affect the performance of individuals and groups in working environments.

Industrial engineering is a broad field compared to other engineering disciplines. The major activities of industrial engineering stem from manufacturing industries and include work methods analysis and improvement; work measurement and the establishment of standards; machine tool analysis and design; job and workplace design; plant layout and facility design; materials handling; cost reduction; production planning and scheduling; inventory control, maintenance, and replacement; statistical quality control; scheduling; assembly-line balancing, systems, and procedures; and overall productivity improvement. Computers and information systems have necessitated additional activities and functions, including numerically controlled machine installation and programming; manufacturing systems design; computer-aided design/computer-aided manufacturing, design of experiments, quality engineering, and statistical process control; computer simulation, operations research, and management science methods; computer applications, software development, and information technology; human-factors engineering; ergonomics systems design and integration; and robotics and automation.

The philosophy and motivation of the industrial engineering profession is to find the most efficient and effective methods, procedures, and processes for an operating system, and to seek continuous improvement. Thus, industrial engineering helps organizations grow and expand efficiently during periods of prosperity, and streamline costs and consolidate and reallocate resources during austere times.

Glossary

Encompasses: To constitute or include

Skills: A developed talent or ability.

Automation: The automatic operation or control of equipment, a process, or a system.

Broad: Large in expanse; spacious.

Ergonomics: The applied science of equipment design, as for the workplace, intended to maximize productivity by reducing operator fatigue and discomfort. Also called biotechnology, human engineering.

Streamline: To improve the appearance or efficiency of; modernize.

Rellocate: Distribute or apportion anew.

Austere: Strict or severe in discipline.

http://www.answers.com/topic/industrial-engineering-1

Hello!

My name is Mariguel. My friends call me Mary. Nice to meet you all. I live in la victoria. I study Industrial Engineering.
I love to travel, I like hamburgers. I like playing poker, fur fun, no gambling (maybe a tournament with friends). And love to meet new friends.
I hate liers, and heat, or high temps.
I like english, because is a tool to comunicate with people all over the world and learn new cultures.
I would like to introduce my firend Laura
Name Her name’s Laura Romero. She's from Maracaibo. She’s a student from URBE. She’s 20 years old. She is inlove... <3>

What's Green Engineering?*

what Do you know about this subject? It's new to me. And now that I know, I can say that I'm a engineer for a sustainable enviroment.

Is the desingn, commercialization and use of processes, and products, that are feasible and economical, while:

• Reducing the generation of pollution at the source.


• Minimizing the risk to human healt and enviroment.


• Use life cycle thinking in all engineering activities.


• Strive to prevent waste.


• Minimize depletion of natural resources.