The provided drawings are CAD (Computer-Aided Design) blueprints for a trophy designed for a Robotics Competition we hosted. The design process involved the use of AutoCAD, a prominent 2D CAD software, for which I have received formal certification.
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When dealing with any type of product manufacturing, cost and the incorporation of parts lists are prime concerns. It is crucial to develop the best design while adhering to the client's budget.
This involves careful selection of materials and components to ensure cost-effectiveness without compromising quality. By maintaining a detailed parts list, we can track expenses and manage resources efficiently, ensuring that the final product meets both the design specifications and budgetary constraints. This balanced approach ensures that the trophy is not only aesthetically pleasing and functional but also economically viable.
In developing this product, I leveraged both my engineering acumen and artistic sensibilities. Ensuring dimensional accuracy, I adhered to standard trophy dimensions and sourced the necessary materials. This process not only guarantees feasibility and compliance with industry standards but also allows for creative expression.
My design aimed to reflect the competition's locale and incorporate elements symbolic of the robotics game. To achieve this, I integrated a ring on the trophy's front, representing the game's core element. Additionally, I included a small griffin with internal gears, symbolizing our school's mascot, with the school's name and the game's title engraved around the ring. This design element serves to represent our institution and its robotics program to other schools.
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