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BAM property Design Contest #9

Abstract

A commercial architecture consists of a community mall and home offices. The project’s main concept concerns the lack of activities around the given site. The project tackles the main issues of underdevelopment by aiming to bring back the liveliness of the local people back by integrating work-life symbolism and natural spaces, resulting in an interesting design.

Objective

โปรเจคตามหลักสูตรออกแบบสถาปัตยกรรม 4 ชั้นปีที่ 3 เพื่อเปิดโอกาสให้นักศึกษาได้แสดงความรู้ ความสามารถ รวมถึงความคิดสร้างสรรค์ด้านการออกแบบ สําหรับการลงทุนเพื่อการพัฒนาที่ดิน ให้เป็น พื้นที่เชิงพาณิชย์พร้อมบ้านพักอาศัย ให้มีความพิเศษและน่าสนใจ ตามแนวคิด Concept Green & Digital

Other Innovations

KinderForest : Puzzle Building Game with VR Technology

คณะเทคโนโลยีสารสนเทศ

KinderForest : Puzzle Building Game with VR Technology

KinderForest : Puzzle Building Game with VR Technology is designed to utilize Virtual Reality (VR) technology with the primary aim of promoting creative problem-solving skills and basic practical application abilities among players. This project presents the game in an Augmented Virtual Reality (AR VR) format, emphasizing physical engagement of players during gameplay while fostering creativity and fundamental application skills. The project team has chosen to utilize Unreal Engine 5.1 and Oculus Quest 2 virtual reality glasses to develop the game in the form of augmented virtual reality technology. Within the game, there will be various levels that require creative thinking and different approaches to pass. Time constraints will be a crucial element in completing missions and progressing through these levels. Players will physically move their bodies in response to in-game movements. Each level will present unique challenges that will necessitate both physical movement and problem-solving skills. The game will provide different rewards based on the outcomes of mission completion, and players will be informed of their results once they have successfully passed a level.

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THE DEVELOPMENT OF DENDROCALAMUS ASPER BLENDED FIBER FOR ECO-FRIENDLY TEXTILE PRODUCT DESIGN

คณะครุศาสตร์อุตสาหกรรมและเทคโนโลยี

THE DEVELOPMENT OF DENDROCALAMUS ASPER BLENDED FIBER FOR ECO-FRIENDLY TEXTILE PRODUCT DESIGN

This research confirms the potential of bamboo fiber as a sustainable raw material for the textile industry, demonstrating exceptional properties that meet both functional requirements and environmental friendliness. The study focuses on integrating sustainability concepts with material innovation, encompassing fiber property analysis, production process development, and product design. The research objectives were to: 1) develop the properties of bamboo fiber for production; 2) study factors in designing environmentally friendly textile products from bamboo fiber; and 3) forecast future prospects for environmentally friendly textile product design using bamboo fiber. The findings revealed that 60-day-old bamboo possessed optimal properties for fiber separation, with an average fiber size of 5.32 μm, smaller than other natural fibers, resulting in superior moisture absorption and ventilation properties. When blended with recycled polyester fiber in a 30:70 ratio, the yarn exhibited strength and unique tactile characteristics. Although the antibacterial properties against Staphylococcus aureus were low, the fibers demonstrated excellent whiteness and softness. Factor analysis identified four key components in product design: Local Materials, Green Products, Healthy, and Sustainability. Consumer satisfaction evaluation of the prototype products showed high levels of acceptance, with the model explaining 84.7% of consumer satisfaction. The developed production process reduced chemical usage and hazardous waste. Furthermore, utilizing fast-growing bamboo minimized long-term environmental impact, contributing to sustainable development in Thailand's rural communities across economic, environmental, and occupational stability dimensions. The research demonstrates that developing bamboo fiber blended with recycled polyester creates sustainable products that meet consumer demands for health consciousness, local material utilization, and green product promotion. Commercial implementation of these products can enhance economic value and promote environmentally friendly product development in the future.

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il n'y a rien à faire

คณะสถาปัตยกรรม ศิลปะและการออกแบบ

il n'y a rien à faire

This artwork was created based on the universal concepts of global warming and post-apocalyptic world, which has caused disturbances and chaos in ecosystems, leading to the extinction of many living beings on Earth due to human actions. Repairing and restoring this world may therefore be a false hope, connected to my personal experience of losing loved ones and the sorrow from setting high hope, through the artistic process using Animation Art and Sound Art.

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