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- Creator:
- Gill, Opinderpal
- Description:
- This thesis highlights way to mitigate the risk in software development by implementing automation. The example of WWW.CALSTATELA.EDU has been taken to show how automation can be implemented. The different software development methodologies and the software risk management have been defined in details. The technology used to automate the test cases is JAVA with selenium webdriver libraries. Selenium libraries help to replicated the user actions and launches the browsers and perform the tests automatically. The keyword driven framework has been defined in the thesis. Where the test cases are created in the excel sheet and are mapped with the test steps. POI API libraries have been used to run the test from excel sheets. The PASS / FAIL status is automatically updated in the result column of test cases sheet. The need of automation to mitigate risk in software development has been well defined.
- Resource Type:
- Thesis
- Campus Tesim:
- Los Angeles
- Department:
- Electrical and Computer Engineering
- Creator:
- Echols, Angela
- Description:
- Compliance with the U.S. Department of Agriculture wheat flour milling standards and U.S. Food and Drug Administration regulations is not enough to prevent a major recall of wheat flour containing peanut residue that has caused adverse reactions in two children. This thesis expands standard organization-wide total quality management (TQM) principles into an industry-wide perspective. It looks at wheat flour supply chain segments as an interconnected system, working towards the shared aim of providing wheat flour products free from cross-contact with peanuts. Wheat and peanut supply chains are reviewed side-by-side, and TQM tools are used to identify risk and assess cross-contact areas. Regulations and industry best practices are examined for current preventive controls for allergen cross-contact. Recommendations are based on expanded TQM ideologies. This expansion of TQM into the wheat supply chain, while not without its limitations and challenges, can help keep consumer products safe from peanut crosscontact.
- Resource Type:
- Masters Thesis
- Campus Tesim:
- Dominguez Hills
- Department:
- Quality Assurance Program