The Conceptual Framework of Quality Product Design Based on Computer Aided Design (CAD)

Saleh, Baharudin; Rasul, Mohamad Sattar; Affandi, Haryanti Mohd

doi:10.4236/ce.2018.914171

Cited by 3 publications

(2 citation statements)

References 29 publications

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“…This aspect of information technology also makes students' ideas and creativity to be more productive (Iyendo & Alibaba, 2015). Cenani and Aksoy (2020) (Oladumiye, Hassan, & Adelabu, 2018); Zobo Tea Package Design Prototype Allied with Product Onomastics (Oluyemi, Oladumiye, & Adelabu, 2021) (Fakhritdinovna, 2021); The Conceptual Framework of Quality Product Design Based on Computer Aided Design (CAD) by Saleh, Rasul, & Affandi (2018) and to mention a few. The fact is that there are a lot of studies on computer application among which CAD is confirmed to have enhanced students' creative behaviour and more CAD related courses are expected to be integrated into the curricula of tertiary institutions (Oladumiye et al, 2018).…”

Section: The Use Of Computer Aided Design (Cad) In Studio Practicementioning

confidence: 99%

An Exploration of Conceptual Prototype of an Artistic Handcraft Wallet (AHW) Design

Oluyemi

2023

JDS

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The exploration of a conceptual prototype of an Artistic Handcraft Wallet (AHW) design is a studio practice study that engages the experience of both virtual and real physical prototyping. This article is method based .i.e. it unfolds the method used in the design of AHW. It involves the use of 5H + 1H for design thinking. Simulation of AHW involves CorelDraw X5 and Adobe Photoshop CS5 for motif, surface pattern and object transformation. The real physical prototyping involves studio experiment on textile decoration to produce AHW. The significance of this exploration is to fulfil of one of the objectives of Industrial Design Department, Federal University of Technology, Akure, Ondo State, Nigeria. That is, students have to develop creative, aesthetic and industrial skills needed for product design. The findings show that design thinking is important for insightful design. Art and design making like AHW can bring up analogy that are useful for social design. Moreover, the findings show that it is enjoyable to use CAD during conceptual prototyping depending on the designers’ optimum proficiency in the use of CAD software application. Finding as well reveals that the satisfactory level of virtual and real physical prototyping are different in terms of process and end product/finishing/design outcome. It is also noticed that there are challenges tackling the translation of CAD virtual prototype to real tangible physical products. It is also realized that suitable learning environment is needed for the proper psyche to initiate good designs.

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Section: The Use Of Computer Aided Design (Cad) In Studio Practicementioning

confidence: 99%

An Exploration of Conceptual Prototype of an Artistic Handcraft Wallet (AHW) Design

Oluyemi

2023

JDS

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“…These industrial parks link different but interrelated technological and innovative sectors that determine the success or failure of new products. These sectors include research and development, investment, pricing, quality control and environmental protection [9].…”

Section: Few Industrial Parksmentioning

confidence: 99%

Thriving Products Designed to Fill Uganda’s Market Loopholes

Nsiima¹,

Fang²,

Lv³

2019

AJIBM

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The Ugandan market has recently thrived from products designed for local population consumption. They have also strengthened the economy and protected the environment. These products are designed by innovators, inventors and companies that identify and fill loopholes in various market sectors that Western and Asian suppliers have not penetrated. The youth in Uganda is a catalyst for local and foreign innovators and investors wanting to design and distribute products that will improve their livelihoods and the economy at large. In this paper, four innovative products that are thriving in the Ugandan market will be studied. One futuristic product will also be mentioned. They provide answers to Uganda's economic challenges ranging from energy crisis, poor or no transportation, access to hygiene/health and education services and "miseducation" and how these products are being designed to give solutions.

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Laboratorio Creador 3D: una propuesta para enseñar, aprender y disfrutar de ciencias químicas con impresión en tres dimensiones

Garcia Elizondo,

Ortiz Bautista,

Pompa Mansilla

et al. 2023

Educación Química

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El presente artículo documenta la instalación, arranque y prueba piloto de un laboratorio de impresión 3D para desarrollar competencias en Ciencia, Tecnología, Ingeniería y Matemáticas (en inglés siglas STEM) y fortalecer la autoeficacia en estudiantes de carreras en ciencias químicas. La autoeficacia describe la creencia de una persona en su capacidad para tener éxito en una situación concreta, incluyendo el aprendizaje. Un laboratorio creador 3D es un espacio de fabricación digital de prototipos impresos en tres dimensiones que pueden materializar conceptos químicos intangibles. Consecuentemente, es un espacio que coadyuva al estudiante a construir un aprendizaje significativo y sensorialmente enriquecido al diseñar, crear, ver y manipular impresiones dentro de un ambiente de enseñanza dirigido por un profesor. El impacto de la experiencia por el laboratorio creador 3D se midió cualitativamente a través de un cuestionario validado internacionalmente sobre la confianza en habilidades STEM. La prueba se realizó antes y después de una experiencia vivencial de impresión 3D en estudiantes de tercer semestre de un laboratorio académico y en estudiantes de séptimo semestre de una asignatura teórica. Los resultados indican una mejora en la autoeficacia de competencias STEM del 60±5% y del 10±6% para el laboratorio académico y la asignatura teórica, respectivamente. En conclusión, los procesos de enseñanza y aprendizaje de la química en un laboratorio de creación 3D observaron una experiencia significativa que permitió disfrutar y fortalecer la confianza en la autogestión del conocimiento para los estudiantes.

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The Conceptual Framework of Quality Product Design Based on Computer Aided Design (CAD)

Cited by 3 publications

References 29 publications

An Exploration of Conceptual Prototype of an Artistic Handcraft Wallet (AHW) Design

An Exploration of Conceptual Prototype of an Artistic Handcraft Wallet (AHW) Design

Thriving Products Designed to Fill Uganda’s Market Loopholes

Laboratorio Creador 3D: una propuesta para enseñar, aprender y disfrutar de ciencias químicas con impresión en tres dimensiones

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