宋毅仁 副教授級專業技術人員
- 系所：工業設計系
- 研發領域：時尚、室內設計及工業設計
- 標籤： 材料與製造,創意設計
- 專長： 工業設計,設計企劃,輔具設計,產品造型研究,材料與製造
- 學歷：
國立高雄師範大學工業設計(學)系碩士
- 經歷：
國立高雄科技大學-工業設計系-副教授-至今
- 電話：07-601-1000 #32700
- 傳真：07-601-1061
1
以視障者路型認知作為無障礙指引導盲磚之設計研究The design study of tactile paving based on the mobility cognition of visually impaired individuals as an accessibility guide
2
應用台灣花磚圖樣符號意象之產品設計-以燈具設計為例Applying Taiwanese Tile Pattern Symbols to Product Image Design - Taking Lamp Design as an Example
3
應用訪談法探討寵物旅遊之乘坐需求 -以遊覽車寵物坐墊設計為例Exploring Pet Travel Seating Needs through Interview Methods - A Case Study on the Design of Pet Seat Cushion for Tour Buses
4
高齡者行動輔具設計研究-以二合一助步車設計為例Research on the design of mobility assistive devices for seniors-Take the 2in1 Rollator Walker design as an example
5
高雄市鹽埕區魅力因子之研究分析The study of Attractiveness Factors about Yancheng District in Kaohsiung City
6
運用評價構造法於地方觀光之遊程設計 -以左營舊城為例Using the Evaluation Grid Method to Design the Itinerary of Local Sightseeing-Using Old Zuoying City As an Example
7
水中運動導入遊戲對提升肥胖患者減肥意願之研究The study of the effect of introducing games into water sports on improving obese patients' willingness to lose weigh
8
文化創意產品設計方法之探討與應用- 以小琉球智慧車聯網輕旅導入計畫之產出為例The discuss and application of the method with cultural and creative products-A case of the output from USR-Hub in Liuqiu Island
9
Study of Applying Quality Functional Deployment on the Design of Chiropractic Products - An Example of Portable Speeder Board
10
全罩式安全帽外型之魅力因素研究 -以女性大學生為例A study on the factors of attraction involving full-face motorcycle helmets of female college students
11
應用魅力工學於桌上遊戲設計開發之研究The research of applying Miryoku Engineering to board game design
12
運用問卷訪談法於高齡者之照護用具設計 -以用藥提醒機台為例Application of Interview Method with Questionnaires to the Design of Care Appliances for the Elderly-Take Medication Reminder for Example
13
運用QFD品質機能展開法於脊椎整復之產品設計-以便攜式頓壓板為例Study of Applying Quality Functional Deployment on the Design of Chiropractic Products - An Example of Portable Speeder Board
14
運用訪談法於輔具設計—以照護者使用外骨骼機器人為例Application of Interview Method for the Design of Assistive Device — Power-Assisted Exoskeleton for Caregivers as an Example