Index of Industry-University Technology Transfer

Index of Industry-University Technology Transfer = Efficiency of Acquiring Budget for Projects of Industry-University Cooperation (100%) + Degree of Participation in Projects of Industry-University Cooperation (100%) + Accomplishments and Profits of Intellectual Property Rights (100%)

Please refer to the “ISU Table of Classification for Departments under Evaluation” for standard of classifications.

Efficiency of Acquiring the Budget for the Projects of Industry-University Cooperation (100%)

Total Amount of Budget for Projects of Industry-

University Cooperation from Government Agencies (16%)

Total amount of budget for the projects of industry-university cooperation from the government agencies = (Budget for the projects of industry-university cooperation from the public sectors + budget for the training programs from the public sectors)

Performance of a department, which obtains the budget for the projects of industry-university cooperation from the government agencies = (Total amount of budget for the projects of industry-university cooperation obtained by a department from the government agencies) ÷ (Highest total amount of budget for the projects of industry-university cooperation obtained by a department in the group from the government agencies)

The maximum value for the performance of a department, which obtains the budget for the projects of industry-university cooperation from the government agencies, is 1.

Average Amount of Budget for the Projects of Industry-University Cooperation Obtained by A Teacher of A Department from Government Agencies (24%)

Average amount of budget for the projects of industry-university cooperation obtained by a teacher in a department from the government agencies = Total amount of budget for the projects of industry-university cooperation obtained by a department from the government agencies ÷ Average number of full-time teachers in a department at the first and second semester.

Performance of a teacher in a department, who obtains the budget for the projects of industry-university cooperation from the government agencies = (Average amount of budget for the projects of industry-university cooperation obtained by a teacher in a department from the government agencies) ÷ (Highest amount of budget for the projects of industry-university cooperation obtained by a teacher in a department from the government agencies)

The maximum value for the performance of a teacher in a department, who obtains the budget for the projects of industry-university cooperation from the government agencies, is 1.

Total Amount of Budget for the Projects of Industry-University Cooperation from Companies (12%)

Total amount of budget for the projects of industry-university cooperation from companies= (Budget for the projects of industry-university cooperation from companies + budget for the training programs from companies)

Performance of a department, which obtains the budget for the projects of industry-university cooperation from companies= (Total amount of budget for the projects of industry-university cooperation obtained by a department from companies) ÷ (Highest total amount of budget for the projects of industry-university cooperation obtained by a department in the group from companies)

The maximum value for the performance of a department, which obtains the budget for the projects of industry-university cooperation from companies, is 1.

Average Amount of Budget for the Projects of Industry-University Cooperation Obtained by a Teacher of A Department from Companies (18%)

Average amount of budget obtained by a teacher of a department from companies = Total amount of budget for the projects of industry-university projects obtained by a department from companies ÷ Average number of full-time teachers in a department at first and second semester.

Performance of a teacher in a department, who obtains the budget for the projects of industry-university cooperation from companies = (Average amount of budget for the projects of industry-university cooperation obtained by a teacher in a department from companies) ÷ (Highest average amount of budget for the projects of industry-university cooperation obtained by a teacher of a department in the group)

The maximum value for the performance of a teacher in a department, who obtains the budget for the projects of industry-university cooperation from companies, is 1.

Average Amount of Budget for the Projects of Industry-University Cooperation Obtained by A Teacher of A Department from Other Organizations or Institutions (12%)

Total amount of budget for the projects of industry-university cooperation from other organizations and institutions = (Budget for the projects of industry-university cooperation from other organizations or institutions + Budget for the training programs from other organizations or institutions)

Performance of total amount of budget for the projects of industry-university cooperation obtained by a department from other organizations and institutions = (Total amount of budget for the projects of industry-university cooperation obtained by a department from other organizations and institutions) ÷ (Highest total amount of budget for the projects of industry-university cooperation obtained by a department in the group).

The maximum value for the performance of total amount of budget for the projects of industry-university cooperation from other organizations and institutions is 1.

Average Amount of Budget for the Projects of Industry-University Cooperation Obtained by A Teacher of A Department from Other Organizations and Institutions (18%)

Average amount of budget for the projects of industry-university cooperation obtained by a teacher of a department from other organizations or institutions = Total amount of budget for the projects of industry-university cooperation obtained by a department from other organizations and institutions ÷ Average number of full-time teachers in a department at first and second semester.

Performance of a teacher in a department, who obtains the budget for the projects of industry-university cooperation from other organizations and institutions = (Average value of a teacher in a department, who obtains the budget for the projects of industry-university cooperation from other organizations or institutions) ÷ (Highest average amount of budget for the projects of industry-university cooperation obtained by a teacher of a department in the group from other organizations or institutions).

The maximum value for the performance of a teacher of a department in a group, who obtains the budget for the projects of industry-university cooperation from other organizations or institutions, is 1.

Degree of Participation in Projects of Industry-University Cooperation (100%)

Number of Full-Time Teachers who Serve as the Principal Investigator of the Projects of Industry-University Cooperation or Training Programs (15%)

Performance of full-time teachers of a department, who serve as a principal investigator of the projects of industry-university cooperation or training programs = (Number of full-time teachers who serve as the principal investigator of projects of industry-university cooperation or training programs) ÷ (Highest number of full-time teachers of a department in the group, who serve as the principal investigator of the projects of industry-university cooperation or training programs)

The maximum value for the performance of full-time teachers of a department in the group, who serve as a principal investigator of the projects of industry-university cooperation or training programs, is 1.

Percentage of Full-Time Teachers who Serve as the Principal Investigator of the Projects of Industry-University Programs or Training Programs (22.5%)

Average number of full-time teachers in a department, who serve as a principal investigator of the projects of industry-university cooperation or training programs ÷ Average number of full-time teachers in a department at first and second semester.

Performance of percentage of full-time teachers in a department, who serve as a principal investigator of the projects of industry-university cooperation or training programs = Average number of full-time teachers of a department, who serve as a principal investigator of the projects of industry-university cooperation or training programs) ÷ (Highest average number of full-time teachers of a department in the group, who serve as a principal investigator of the projects of industry-university cooperation or training programs)

The maximum value for the performance of percentage of full-time teachers in a department, who serve as a principal investigator of the projects of industry-university cooperation or training programs, is 1.

Number of Transferred Full-Time Teachers (5%)

The term of transferred full-time teachers mentioned in the table shall mean the ones who are transferred to other off-campus organizations or institutions.

Performance of transferred full-time teachers in a department = (Highest number of transferred full-time teachers in a department) ÷ (Highest number of transferred full-time teachers of a department in the group).

The maximum value for the performance of transferred full-time teachers in a department is 1.

Percentage of Transferred Full-Time Teachers (7.5%)

Average number of transferred full-time teachers of a department = Number of transferred full-time teachers in a department ÷ Average number of full-time teachers in a department at first and second semester.

Performance of percentage of transferred full-time teachers in a department = (Average number of transferred full-time teachers in a department) ÷ (Highest average number of transferred full-time teachers of a department in the group)

The maximum value for the performance of percentage of transferred full-time teachers in a department is 1.

Number of

Projects of industry-university cooperation or training programs from Government Agencies (4%)

Performance of number of projects of industry-university cooperation or training programs obtained by a department from the government agencies= (Number of projects of industry-university cooperation or training programs obtained by a department from the government agencies) ÷ (Highest number of projects of industry-university cooperation or training programs obtained by a department in the group from the government agencies)

The maximum value for the performance of numbers of projects of industry-university cooperation or training programs obtained by a department from the government agencies is 1.

Average Number of Projects of Industry-University Cooperation or Training Programs fObtained by A Teacher of A Department from Government Agencies (6%)

Average number of projects of industry-university cooperation or training programs obtained by a teacher of a department from the government agencies = Number of projects of industry-university cooperation or training programs obtained by a teacher of a department from the government agencies ÷ Average number of full-time teachers in a department at the first and second semester.

Performance of the number of projects of industry-university cooperation or training programs obtained by a teacher in a department from the government agencies = (Average number of  projects of industry-university cooperation or training programs obtained by a teacher of a department in the group from the government agencies) ÷ (Highest average number of  projects of industry-university cooperation or training programs obtained by a teacher of a department in the group from the government agencies)

The maximum value for the performance of number of projects of industry-university cooperation or training programs obtained by a teacher in a department from the government agencies is 1.

Number of Projects Industry-University Cooperation and Training Programs from Companies (4%)

Performance of number of projects of industry-university cooperation or training programs from the companies= (Number of  projects of industry-university cooperation or training programs obtained by a department from the companies) ÷ (Highest number of projects of industry-university cooperation or training programs obtained by a department in the group from the companies)

The maximum value for the performance of  projects of industry-university cooperation or training programs obtained by a department from the companies is 1.

Average Number of Projects of Industry-University Cooperation or Training Programs Obtained by A Teacher of A Department from Companies (6%)

Average number of projects of industry-university cooperation or training programs obtained by a teacher of a department from the companies = Number of  projects of industry-university cooperation or training programs obtained by a department from the companies÷ Average number of full-time teachers in a department at the first and second semester.

Performance of number of projects of industry-university cooperation or training programs obtained by the teachers in a department from the companies = (Average number of projects of industry-university cooperation or training programs obtained by a teacher of a department from the companies) ÷ (Highest average number of projects of industry-university cooperation or training programs obtained by a teacher of a department in the group from the companies)

The maximum value for the performance of companies’ projects of industry-university cooperation or training programs obtained by a teacher in a department is 1.

Number of Projects of Industry-University Cooperation or Training Programs from Other Organizations or Institutions (4%)

Performance of number of projects of industry-university cooperation or training programs obtained by a department from other organizations or institutions = Number of projects of industry-university cooperation or training programs obtained by a department from other organizations or institutions÷ Highest number of projects of industry-university cooperation or training programs obtained by a department in the group from other organizations or institutions.

The maximum value for the performance of projects of industry-university cooperation or training programs obtained by a department from other organizations or institutions is 1.

Average Number of Projects of Industry-University Cooperation or Training Programs Obtained by A Teacher of A Department from Other Organizations or Institutions (6%)

Average number of projects of industry-university cooperation or training programs obtained by a teachers of a department from other organizations or institutions = Number of projects of industry-university cooperation or training programs obtained by a department from other organizations or institutions ÷ Average number of full-time teachers of a department at the first and second semesters.

Performance of number of projects of industry-university cooperation or training programs obtained by the teachers in a department from other organizations or institutions = (Average number of projects of industry-university cooperation or training programs obtained by a teachers of a department from other organizations or institutions) ÷ (Highest number of projects of industry-university cooperation or training programs obtained by a teacher of a department in the group from other organizations or institutions)

The maximum value for the performance of projects of industry-university cooperation or training programs obtained by a teacher of a department from other organizations or institutions is 1.

Number of Companies for Obtaining Projects of Industry-University Cooperation or Training Programs (4%)

Performance of number of companies, which cooperate with a department, for obtaining the projects of industry-university cooperation or training programs = (Number of companies, which cooperate with a department, for obtaining the projects of industry-university cooperation or training programs) ÷ (Highest number of companies, which cooperate with a department in the group, for obtaining the projects of industry-university cooperation or training programs)

The maximum value for the performance of number of companies which cooperate with a department for obtaining the projects of industry-university cooperation or training programs is 1.

Average Number of Companies, which Cooperate with A Teacher of A Department, for obtaining Projects of Industry-University Cooperation or Training programs (6%)

Average number of companies, which cooperate with a teacher of a department, for obtaining projects of industry-university cooperation or training programs = Number of companies, which cooperate with a department, for obtaining the projects of industry-university cooperation or training programs ÷ Average number of full-time teachers in a department at the first and second semester.

Performance of number of companies, which cooperate with a teacher of a department, for obtaining the projects of industry-university cooperation or training programs = (Average number of companies, which cooperate with a teacher of a department, for obtaining the projects of industry-university cooperation or training programs) ÷ (Highest average number of companies, which cooperate with a teacher of a department in the group, for obtaining the projects of industry-university cooperation or training programs)

The maximum value for the performance of number of companies, which cooperate with a teacher of a department, for obtaining the projects of industry-university cooperation or training programs, is 1.

Number of Other Organizations or Institutions, which Cooperate with a Department, for obtaining Projects of Industry-University Cooperation or Training Programs (4%)

Performance of number of other organizations or institutions, which cooperate with a department, for obtaining the project of industry-university cooperation and training programs = (Number of other organizations and institutions, which cooperate with a department, for obtaining the projects of industry-university cooperation or training programs) ÷ (Highest number of other organizations or institutions, which cooperate with a department in the group, for obtaining projects of industry-university cooperation or training programs)

The maximum value for the performance of number of other organizations or institutions, which cooperate with a department, for obtaining projects of industry-university cooperation and training programs, is 1.

Average Number of Other Organizations or Institutions, which Cooperate with a Teacher of a Department, for Obtaining Projects of Industry-University Cooperation or Training Programs (6%)

Average number of other organizations or institutions, which cooperate with a teacher of a department, for obtaining projects of industry-university cooperation or training programs = Number of other organizations and institutions, which cooperate with a department, for obtaining projects of industry-university cooperation or training programs ÷ Average number of full-time teachers in a department at first semester and second semester.

Performance of number of other organizations or institutions, which cooperate with a teacher of a department, for obtaining projects of industry-university cooperation or training programs = (Average number of other organizations or institutions, which cooperate with a teacher of a department, for obtaining projects of industry-university cooperation or training programs) ÷ (Highest average number of other organizations or institutions, which cooperate with a teacher of a department in the group, for obtaining projects of industry-university cooperation or training programs)

The maximum value for the performance of number of other organizations or institutions, which cooperate with a teacher of a department, for obtaining projects of industry-university cooperation or training programs, is 1.

Accomplishments and Profits of Intellectual Property Rights (100%)

Total Amount of Incomes Derived from Intellectual Property Rights (28%)

Performance of total amount of incomes derived from the intellectual property rights owned by a department = Total amount of incomes derived from the intellectual property rights owned by a department (in the current year) ÷ (Highest total amount of incomes derived from the intellectual property rights owned by a department in the group)

The maximum value for the performance of total amount of incomes derived from the intellectual property rights owned by a department is 1.

Earnings Rate of Intellectual Property Rights (20%)

Earnings rate of intellectual property rights owned by a department = (Total amount of incomes derived from the intellectual property rights owned by a department) ÷ (Budget for the projects of industry-university cooperation or training programs obtained by a department from the government agencies + Budget for the projects of industry-university cooperation or training programs obtained by a department from companies + Budget for the projects of industry-university cooperation or training programs obtained by a department from other organizations or institutions)

Performance of earnings rate of intellectual property rights owned by a department = Earnings rate of intellectual property rights owned by a department ÷ Highest earnings rate of intellectual property rights owned by a department in the group.

The maximum value for the performance of earnings rate of intellectual property rights owned by a department is 1.

Average Amount of Incomes Acquired by Full-Time Teachers (20%)

Average amount of incomes derived from the intellectual property rights owned by the full-time teachers of a department = Total amount of incomes derived from the intellectual property rights owned by a department (in the current year) ÷ Average number of full-time teachers in a department at first semester and second semester.

Performance of incomes from the intellectual property rights owned by the full-time teachers in a department = Average amount of incomes from the intellectual property rights owned by the full-time teachers in a department ÷ Highest average amount of incomes from the intellectual property rights owned by the full-time teachers of a department in the group.

The maximum value for the performance of total amount of incomes derived from the intellectual property rights owned by a department is 1.

Number of Patents and New Varieties of Plants Publicized by Intellectual Property Office (5%)

Total number of patents publicized by the Intellectual Property Office after substantive examination, and new varieties of plants approved by the Council of Agriculture, Executive Yuan upon application by I-Shou University.

Performance of number of patents and new varieties of plants approved by the government agencies after substantive examination owned by a department = Number of patents and new varieties of plants approved by government agencies after substantive examination owned by a department (in the current year) ÷ (Number of patents and new varieties of plants approved by government agencies after substantive examination owned by a department in the group)

The maximum value for the performance of number of patents and new varieties of plants approved by the government agencies after substantive examination is 1.

Number of Patents by United States Patent and Trademark Office (5%)

Number of patents publicized by the United States Patent and Trademark Office after review upon the application by I-Shou University.

Performance of the patents owned by a department and approved by the United States Patent and Trademark Office = Number of patents owned by a department and approved by the United States Patent and Trademark Office (in the current year) ÷ (Highest number of patents owned by a department in the group and approved by the United States Patent and Trademark Office)

The maximum value for the performance of patents owned by a department and approved by the United States Patent and Trademark Office is 1.

Number of Patents and New Varieties of Plants Publicized by Other Countries After Substantive Examination (5%)

Number of patents and new varieties of plants approved and publicized by other countries after substantive examination upon application by I-Shou University.

Performance of number of a department’s patents and new varieties of plants approved and publicized by other countries after substantive examination = (Number of a department’s patents and new varieties of plants approved and publicized by other countries after substantive examination (in the current year)) ÷ (Highest number of a department’s patents and new varieties of plants approved and publicized by other countries after substantive examination in the group)

The maximum value for the performance of number of a department’s patents and new varieties of plants approved and publicized by other countries after substantive examination is 1.

Number of Authorized Patents and New Varieties of Plants (6%)

Total number of patents and new varieties of plants which have been technically authorized.

Performance of number of a department’s authorized patents and new varieties of plants = Number of a department’s authorized patents and new varieties of plants (in the current year) ÷ (Highest number of a department’s authorized patents and new varieties of places in the group)

The maximum value for the performance of number of a department’s authorized patents and new varieties of plants is 1.

Efficiency of Approved and Publicized Patents and New Varieties of Plants (7%)

Efficiency of acquiring patents and new varieties of plants of a department, which have been approved and publicized= (Total number of a department’s patents and new varieties of plants, which have been approved and publicized by Intellectual Property Office after substantive examination + Number of a department’s patents which have been approved and publicized by the United States Patent and Trademark Office after substantive examination + Total number of a department’s patents and new varieties of plants, which have been approved and publicized by other countries) ÷ (Budget for a department to carry on the projects of industry-university cooperation from public sectors + Budget for a department to carry on the projects of industry-university cooperation from companies + Budget for a department to carry on the projects of industry-university cooperation from other organizations or institutions)

Performance of efficiency of acquiring patents and new varieties of plants of a department, which have been approved and publicized= Efficiency of acquiring patents and new varieties of plants of a department, which have been approved and publicized ÷ Highest value of efficiency of acquiring patents and new varieties of plants of a department, which have been approved and publicized.

The maximum value for the performance of efficiency of acquiring patents and new varieties of plants of a department, which have been approved and publicized, is 1.

Efficiency of Acquiring Authorized Patents and New Varieties of Plants (4%)

Efficiency of acquiring authorized patents and new varieties of plants of a department = (Total number of authorized patents and new varieties of plants of a department) ÷ (Budget for a department to carry on the projects of industry-university cooperation from public sectors + Budget for a department to carry on the projects of industry-university cooperation from companies + Budget for a department to carry on the projects of industry-university cooperation from other organizations or institutions)

Performance of efficiency of a department’s authorized patents and new varieties of plants = Efficiency of acquiring authorized patents and new varieties of plants of a department ÷Highest value of efficiency of acquiring patents and new varieties of plants of a department in the group.

The maximum value for the efficiency of acquiring authorized patents and new varieties of plants of a department is 1.