Engineering Strategy and Practice
APS111 & APS112: Engineering Strategy & Practice
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Incorporated haptic technology into a fish finder, making it accessible to visually impaired users
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Proposed a report stating the potential application that combines drone and robotic technologies, in which the professors requested to use as a sample writing
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Led a team of five to design a workshop crane that separates a resin degassing tank for maintenance purposes
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Worked as the project manager and was responsible for overseeing the plan, coordinating work schedule with a Gantt chart and status reports
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Composed effective technical reports such as Conceptual Design Specification, organized three client meetings and gave a final design review presentation
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Resulted in 95% project grade that ranked top 1% of the class
APS111: Interface Design of Fish finder Using Tanvas Haptic Technology
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Background: application of Tanvas haptic technology to aid visually impaired users
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Problem Statement: develop a new form of fish finder that is not reliant on visual perceptions of information
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Functions: distinguish fish from other objects, indicate fish's size and location in 3D coordinate
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Objectives: detailed, accurate, simple to operate, easy to learn
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Constraints: shall not use "digital braille", must not change the fish finder's original structure or pass its limitation
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Service Environment: water area
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Stakeholders: Fishing tournaments, insurance companies, fishing assessments, organization for the blind, etc
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Three Design Alternatives, "T-arrows" as the selected one


1) Textured Side and Down Scan​


2) T-arrows


3) Circular Progress Bar



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Operating Steps and Measure of Success of the chosen design



APS112: Crane Design for Resin Degassing Tank Maintenance
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Problem Statement: A crane design that allows easy removal of the lid of the resin degassing tank (RDS), allowing technician(s) to complete weekly cleaning
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Functions: separate the lid from the tank, store the lid in a different location for the entire length of the cleaning process, ​flips​ the lid in the vertical direction
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Objectives: safe, ergonomic, minimal technician support, space-saving, lower production cost, load carrying
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Constraints: must pass OSHA safety standard, must not disrupt current facilities, methods of mounting, etc
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Service Environment: the laboratory of the company
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Stakeholders: customers, workers, crane designer and suppliers, etc
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Three design alternatives, "Floor-Mount Rotating Crane" as the selected one

1) Gantry Adjustable Sliding Crane

2) Floor-Mount Rotating Crane




3) Hydraulic Rotating Crane