Industrial Engineering for Business Improvement
Both questions answered A and B should consist of 2,000 words in each questions.
PART A
Question 1 – requires more background Company information
Question 2 Tentatively chosen
This question requires that you explore productivity, measurement and improvements in your Company. Decide which part of the Company you are going to consider i.e. cell, an office, a factory.
a.) Briefly define the area you have decided to study,
appending any data or illustrations you think relevant. 14%
b.) Describe the way in which performance is usually measured
in the selected area (if there is currently no measures used,
propose what you think would be appropriate). Assess how good
the measurements described or proposed are. Justify your answer
in relation to the area goals and the company strategy. 43%
c.) Suggest TWO improvements to the current productivity measurement system. Justify your selection and briefly describe the way that you would convince the management team to adopt them.
If as in part (b) there are currently no measures used, then again, describe the way that you would convince the management team to adopt your suggestions. 43%
o Background – The background section should identify and describe the company or organization you are doing the project for. It should also describe the context of the problem you are attempting to solve or the product/system you are attempting to prototype, covering such topics as the department or area within the organization, the product manufactured or the service provided there, the type of processes, methods, or equipment used, etc.
o Problem Statement — This section should provide a clear statement of the problem and why that problem is significant.
o Objectives — This section should be a clear and concise statement of what you intend to accomplish in the project. The scope of your objectives should be commensurate with the size of your team, your qualifications (senior IE/Mage students) and the time available for the project (nine to 12 hours per person per week for about 20 weeks). Identify any deliverables (e.g., models, reports, computer software, prototype, design documents, etc.) you intend to produce and test.
o (Proposed) Approach or Methodology — Describe here how you intend to achieve the objectives or what you are doing or what you did to achieve the objectives. You should provide enough detail, especially in the longer reports, to help the reader understand how you accomplished the work. The reader should be able to assess whether or not you used the right methods and whether or not you used them correctly.
o Results — This section should present the results of your work in sufficient detail that the reader can assess the accuracy and completeness of your work and perhaps use them him-/herself.
o Conclusions — Use this section to discuss the relevance and potential significance of your work. Identify deficiencies and how they could be adjusted for. Make recommendations. Suggest further work, if appropriate.
PART B
Question 3 –Company knowledge required
Question 4 Tentatively chosen
Investigate how each of the following Industrial Engineering spheres of activity is applied, has been applied, or could be applied in your company.
a.) Work Improvement (or Method Study) 38%
b.) Work Measurement 24%
c.) Considering either (a) or (b) above, assess and describe
how it might be better used within your company to offer
an improved competitive advantage. 38%
Elements of the work environment include the components of organizational style, co-worker and supervisor support, and workplace health and safety (three scales measuring general safety, toxic exposure and exposure to noise).
Prevention is always better than cure, so health and safety standards are an indispensable part of the overall productivity of the workplace. Working conditions should promote safe job integration for workers. Protective equipment, or clothing and gloves should be provided. Respiratory protection should be provisioned and falls from heights preempted by harness equipment
[From:Institut ]
- Safety of industrial tools, machines and processes
- Assessment of risks associated with machines
- Maintenance
- Design of safe machines
- Control systems and automation
- Chemical substances and biological agents
- Microbiological agents
Credit:ivythesis.typepad.com
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