Analysis of external fundraising through industry–university collaboration sites Visualizing external fundraising and donations in universities and research and development institutions Analysis of external fundraising through industry–university collaboration sites

1. Purpose of “visualization”

In the “Guidelines for Enhancing Industry–University Collaboration Activities”(dated November 30th, 2016; hereafter referred to as “Guidelines”), the importance of obtaining personnel costs and the necessary indirect costs was pointed out to achieve full-scale collaborative researchThe Survey of industry–university collaboration activity management was conducted to understand how industry–university collaboration sites developed at university campuses, and obtained external funds from private enterprises (FY 2018 results), as a reference for policy-making.

Guidelines for strengthening collaborative research through industry-academia-government collaboration
Guidelines for Enhancing Industry–University Collaboration Activities (summary)

Three years after the enactment of the Guidelines, each site was surveyed on the achievement of genuine large-scale joint research indicated therein, as well as on the importance of covering personnel and indirect costs based on optimal cost allocation.

2. “Visualization” method

Survey summary

Survey procedure

This survey was conducted according to the following procedures.

Implementation content
Chart 1 Details of implementation details
Survey subjects

The survey subjects were sites developed under site development projects funded by MEXT and METI, which were led by universities and national research and development institutions, such that both facilities and equipment, or only facilities, were specifically developed., the following 52 of 69 sites were developed under these projects (amounts are in project unit budgets).

  • ♦MEXT, “International scientific innovation site development project based on industry–university collaboration utilizing local resources” (FY 2012, 50 billion JPY): 15 sites (including 13 survey sites)  
  • ♦MEXT, “Evidence of local science and technology site development project” (FY 2016, 15 billion JPY): 22 sites (including 16 survey sites)
  • ♦METI, “Industrial science and technology research and development facility improvement subsidies (advanced innovation site development project)” (FY 2008–2009, 17.6 billion JPY): 19 sites (including 13 survey sites)  
  • ♦METI, “Innovation site location support project (technology bridging site improvement project)” (FY 2010, 12 billion JPY): 11 sites (including 8 survey sites)
  • ♦METI, “Tohoku Region new industry–university collaboration framework building project” (FY 2011, 1. 5 billion JPY): 1 site (including 1 survey site)
  • ♦METI, “Fukushima advance ICT experimental research site development project” (FY 2013, 800 billion JPY): 1 site (including 1 survey site)

Sites that were actual survey subjects are as follows.

List of surveyed locations
Chart 2 List of surveyed sites

2.2. Questionnaire on implementation survey

2.2.1. Survey item review and questionnaire drafting

The purpose of this survey was “to ascertain and analyze the features of external fundraising from private enterprises (FY 2018 results), and ascertain the specific efforts of notable sites.” Survey items were reviewed such that the survey could summarize all sites and ascertain basic information on their external fundraising status and methods in a consistent way.

Refer to the following for the actual questionnaires used.

2.2.2. Survey implementation (questionnaire delivery and collection)

The questionnaires were distributed on July 18th, 2019, with a submission deadline of September 9th. Some institutes did not submit the questionnaires by the deadline, although they received reminders; finally, questionnaires were submitted by all 52 survey subject sites.

2.2.3.Survey implementation system

This survey was outsourced to Nomura Research Institute, Ltd. by the director of the Cabinet Office for Science, Technology, and Innovation, with some work conducted by the University Network for Innovation and Technology Transfer.

Project implementation structure
Chart 3 Project system implementation

3. Visualization results

3.1. Sites targeted for analysis

Out of 52 sites that responded, 43 were found to be institutes based off-campus (as of the end of 2018) that were developing either facilities or both facilities and equipment. The analysis below targeted these 43 sites.

Bases analyzed
Chart 4 Sites targeted for analysis

3.2. Funding for joint research with private enterprises per project

30 other sites were conducting joint research at a larger scale overall.

Joint research expenses with the private sector per project
Chart 5 Funding for joint research with private enterprises per project (10,000 JPY)

* Site (31) had no data for its institute, so no graph could be prepared. The 'N' in parentheses, indicates the number of joint research projects with private enterprises.

* Use responses from each university in MEXT's “Survey of industry–university collaboration” (FY 2017 results) on “funding for joint research with private enterprises per project for institutes overall” (10,000 JPY).

Joint research expenses with the private sector per project
Chart 6 Funding for joint research with private enterprises per project (10,000 JPY) scatter diagram

* Site (31) had no data for its institute, so no graph could be prepared. The 'N' in parentheses indicates the number of joint research projects with private enterprises.

* Use responses from each university in MEXT's “Survey of industry–university collaboration” (FY 2017 results) on “funding for joint research with private enterprises per project for institutes overall” (10,000 JPY).

3.3. Personnel costs covered by joint and consignment research (per joint and consignment research project)

The amount of personnel costs started per joint and consignment research project was large at seven sites.

Personnel costs acquired through collaborative and contract research
Chart 7 Personnel costs for “people listed at the institute” covered by joint and consignment research

* No institutes responded to the survey items for permanent full-time instructors and researchers.

* The two numerical values ​​within parentheses are the respective numbers for joint research and consignment research projects. The value 'N' written on P. 7 is the number of joint research projects with private enterprises, and thus it varies.

Indirect cost ratio

There are only four sites with indirect costs set higher than the on-campus standards.

Indirect Expense Ratio
Chart 8 Reference values ​​for the indirect cost ratio (%)

* Some values ​​are actual results that reflect the absence of responses for reference values.

Facility usage revenue

No sites had a high percentage of revenue from facility usage fees per m2 or joint research funding.

Facility usage income
Chart 9 Facility usage revenue per m² (10,000 JPY⁄>m²) and ratio of usage revenue consisting of joint research funding with private enterprises(%)

3.6. Equipment and service usage revenue

At one site, the equipment and service usage fee revenue per m² and percentage consisting of joint research funding were both at a high level.

Facility and service usage income
Chart 10 Equipment and service usage revenue per m² (10,000 JPY ⁄ m²) and ratio of usage revenue consisting of joint research funding from private enterprises (%)

3.7.Summary table of external fundraising functions

Some sites were successful in large-scale joint research with private enterprises and external fundraising by other methods; this is shown in a summary table in Chart 11. In addition, hearings were held at sites that made notable efforts, which are summarized below.

Summary of external funding acquisition functions
Chart 11 Summary table of external fundraising functions at sites

(NOTE) Concept of notation in “Summary table of external fundraising functions”

Summary of external funding acquisition functions

3.8. Examples of sites making notable efforts

3.8.1. Medical Innovation Center (Kyoto University)
Examples of bases that are carrying out distinctive initiatives
3.8.2. Smart Life Support Innovation Center (Waseda University)
Examples of bases that are carrying out distinctive initiatives
3.8.3. Cooperative Research and Development Center for Advanced Materials (Tohoku University)
Examples of bases that are carrying out distinctive initiatives
3.8.4. Innovation Center for Multi-Business of Nitride Semiconductors (Nagoya Institute of Technology)
Examples of bases that are carrying out distinctive initiatives
3.8.5. Innovation Center for Multi-Business of Nitride Semiconductors (Nagoya Institute of Technology)
Examples of bases that are carrying out distinctive initiatives
3.8.6. Innovation Center for Organic Electronics (Yamagata University)
Examples of bases that are carrying out distinctive initiatives

3.9 References

Year of completion of the analyzed facilities
Chart 12 Year of completion of sites targeted for the analysis
Occupancy status of off-campus institutions
Chart 13 Institutes based off-campus (total floor space base)
Number of collaborative research projects with private companies
Chart 14 Number of joint research projects with private enterprises

4. Material

The above reports can be obtained as a pdf file