Information on the thesis "Overcoming barriers to technology transfer in mountainous areas using demonstration models" by graduate student Tran Van Doai, majoring in Science and Technology Management.1. Student's Full Name: Tran Van Doai 2. Gender: Male 3. Date of Birth: October 10, 1979 4. Place of Birth: Truc Dai Commune, Truc Ninh District, Nam Dinh Province 5. Decision No. 2551/2007/QD-XHNV-KH&SDH, dated November 2, 2007, issued by the Rector of the University of Social Sciences and Humanities, Vietnam National University, Hanoi. 6. Changes during the training process: 7. Thesis Title: Overcoming barriers to technology transfer in mountainous areas using demonstration models. 8. Major: Science and Technology Management, Code: 603472 9. Scientific Advisor: Dr. Tran Van Hai, Head of the Faculty of Management Science, University of Social Sciences and Humanities. 10. Summary of thesis results: Chapter 1. Theory of technology transfer and demonstration models. Clarifies the concepts of technology transfer, demonstration models, steps in the technology transfer process, legal regulations on technology transfer, and some experiences of other countries in technology transfer. Chapter 2. Barriers to technology transfer in mountainous areas. Identifyes and analyzes barriers to technology transfer in mountainous areas: from natural conditions, economic conditions, investment capital, receiving capacity, culture and language, etc. Chapter 3. Applying demonstration models to farmers to overcome barriers to technology transfer in mountainous areas. Analyzes and clarifies the strengths and weaknesses of technology transfer using demonstration models in mountainous areas, and proposes some solutions for technology transfer in mountainous areas using demonstration models. 11. Practical applications: Based on the analysis and evaluation of the strengths, weaknesses, and suitability of the demonstration model in technology transfer in mountainous regions, as well as the proposed solutions, this thesis will contribute to providing information and suggesting ways to improve the effectiveness of technology transfer in mountainous areas.
INFORMATION ON MASTER'S THESIS
1. Full name: TRAN VAN DOAI 2. Gender: Male 3. Date of birth: 10th October 1979 4. Place of birth: Truc Dai commune, Truc Ninh district, Nam Dinh province 5. The admission decision No. 2551/2007/QD-XHNV-KH&SĐH dated 02nd November 2007 by the Rector of University of Social Sciences and Humanities, Hanoi National University. 6. Changes during the academic course: 7. Title of the thesis: Overcoming barriers in ability to acquire technological transfer in mountainous areas through display models. 8. Major: Scientific Management and Technology, Code: 603472 9. Supervisor: Tran Van Hai, MA- Head of Scientific Management Department, University of Social Sciences and Humanities. 10. Summary of the findings of the thesis: Chapter 1. Theoretical background on technological transfer and display models Clarify concepts on technological transfer, display models and steps in the technological transfer process; legal regulations on technological transfer and some international experiences in technological transfer. Chapter 2. Barriers in the process of technological transfer in mountainous areas Identify and analyze barriers in technological transfer in mountainous areas: natural and economic conditions, investment capital, acquisition competence, languages and culture. Chapter 3. Application of display models for farmers to overcome barriers in the technological transfer in mountainous areas. Analyze strengths and weaknesses in technological transfer through display models in mountainous areas; propose some solutions on technological transfer in mountainous areas through display models. 11. Practical applicability : Based on the analysis and evaluation of strengths and weaknesses and the suitability of display models in technological transfer in mountainous areas as well as some proposed solutions, the Dissertation shall contribute to provide more information and suggestions on how to improve the effectiveness in technological transfer in mountainous areas.
