Why Teach Industrial Controls Without Being Brand Specific?

2. Prepare a list of the controls described in the case. What control problems are they designed to address? Are the managers interviewed for the case justified in being proud of their company’s control system? Why or why not?

Following the books style guide, I summarized the main steps in our process description. I then continued with arguments on why this technical description should be important to industrial engineering students, providing a sense of finality.

You learned the basics of many of the rules we cover in this course in ADMS 3520; this course will help you refresh that knowledge, learn

*Nightly Engineering Protection Arrangements Maps (Nepa Maps) * Guide to Switching Traction Current On/Off *Nightly Engineering

• FMEA • Fishbone Diagram • Process Flow Diagram • C&E Matrix • Attribute Gauge R&R • Capability Analysis • Binary Logistic Regression • Control Plan

The control degrees of freedom are the number of variables that can be controlled in the process, and the knowledge of them it is important in order to develop the process of the control system.

The Electricity at Work Regulations, is imposed to limit the risk of any accidents regarding electricity in a workplace it requires all electrical equipment to be used correctly and in a safe manner. It also requires the employer to carry out safety checks on the electrical equipment and tested on a routine basis (PAT) portable appliance test. All equipment must show that they have been tested by a qualified electrician by showing the pass or fail sticker, this should clearly show the appliance ID, pass or fail date, the engineer, next due PAT. Employers should also ensure that all staff are trained in using the electrical equipment and all staff must cooperate with the training that they were provided with.

This advancement in technology has been able to benefit a large number of peoples and still this is on its way to success. Though this technological advancements have made the working of human life much simpler but at the same time the major issue of ‘fire’ also exists. As more and more of peoples are shifting to the electronic and self operational equipments in their daily routine of life, fire catching risk is there in the same area. The use of devices and material which are highly flammable also give rise to the fire.

The fire protection field of engineer has a wide variety of possible day environments. They can range from industrial, office, travel or working in other countries. The most common of these typical days is office work and inspecting other buildings going under travel. The hours of work are normally forty hours weeks. The type of work is different for each employer just like the benefits. Benefits can range from paid holidays to retirement and health insurance. The average pay for a person with a Phd is eighty thousand dollars to one hundred thousand dollars

Finally, the outcome that fire technology can provide is ensuring safety overall no matter the cause or situation whether it relates to fire or medical. It is crucial that firefighters have the technology to help prevent disastrous fires and give treatment if needed in case of injuries. It does not only benefits fire fighters, but also society benefits from fire technology. They are able to access some technology that can benefit them and also as tax payers there money goes into the fire department in which the government supply’s better technology/ equipment for firefighters. Tax payers are paying for their own safety and firefighters will do their best to do so.

What I found confused during the process of doing my own task was how to identify the 3 types of controls. To overcome this barrier, I not only looked through the content in relevant slides and the chapter 14, 15, 16 in the textbooks, but also speak

Management Control Systems FE2510, Autumn - Period 1 Professor Eva Wittbom Blekinge Tekniska Högskola September 26th, 2010

This Letter of Understanding between Electrocon and describes the cooperative relationship between «CoNickname» (“«CoNickname»”) and Electrocon International, Inc., Ann Arbor, Michigan, USA (“Electrocon”). This arrangement establishes «CoNickname» as the representative of Electrocon for licensing Electrocon 's Computer-Aided Protection Engineering (CAPE) software and for selling CAPE maintenance contracts, within the countries listed under “Countries in «CoNickname»’s Territory.”

Industrial Engineering Department, Faculty of Engineering, University of Indonesia, Depok 16424, Indonesia E-mail: surjandari.2@osu.edu, a_citra_s@yahoo.com

The author would like to acknowledge the contribution of lecturers and classmates in the Department of Industrial and Manufacturing Engineering. Great appreciation goes to my Supervisor Eng.W.M Goriwondo who helped me through the project. The author wishes also to express her sincere gratitude to Marange Resources team for its support. Author’s family also provided material and spiritual support that helped her through life. Finally, the acknowledgement is due to the Almighty who has blessed the author with the knowledge, required for doing this project.