Our universities encourage us to work on the valorization of our research, may have a dedicated office for it, and potentially have “valorization” as a general category in our annual evaluation.
Just like “leadership”, “valorization” is a very broad category. Your first thought may be that if you are not starting a spin-off or are applying for a patent, you are not doing valorization.
Valorization is however much more than that. Today, I’m sharing a list of 12 ideas for valorization of research:
1. Industry collaboration
Collaborate with industry partners on projects with a high TRL-level that will have a direct impact on industry and practice. Such projects can be the second step after fundamental research, where you focus on knowledge transfer.
2. Spin-off
Chances are small that you’ll be the unicorn start-up founder, but thinking of exploitation of research projects in terms of software and app development, as well as new industrial processes, can be both very rewarding (as you’ll be vastly scaling up your research) and intellectually engaging (as you’ll be coming way out of your comfort zone).
3. Patent development
Patent applications sound scary, but if you’ve written a research proposal and a journal paper in the past, writing a patent application is nothing extraordinary. Some research is aligned with making our data and findings open, and other research may be suitable for applying for a patent.
4. Standardization
What have you found that could become an industry standard? Can you liaise with standardizing bodies to turn your recommendations into improvements of our standards?
5. Technical documents
If not directly a standard, you can think of contributing to the development of technical documents – via technical committees, working groups, or task groups. As such, your research findings can also reach a broader audience.
6. Industry recommendations and best practices
Similar to these previous two topics, you can think of working together with representatives of the industry to write documents that contain industry recommendations and best practices.
7. Open education materials
Another way of reaching a broad audience in your field, is through the development of open education materials: either educational materials for students that can be pooled with other universities, educational materials for professionals in your field through specialization courses, or educational materials for the broader public such as MOOCs.
8. Community engagement and outreach
Whereas open education materials are typically provided online, community engagement and outreach focuses on being present in the communities that could benefit from our research, valuing their input and perceptions, and tailoring our research findings to their needs for successful implementation.
9. Policy proposals
At the political level, your research findings could be the right input for policy proposals and advocacy for causes aligned with your research. You could work on these actions by liaising with politicians who defend certain causes, or by working with ministries and departments that have your topic under their umbrella of responsibilities.
10. Online content creation
Similar to making open education materials, we should not forget social media and other online content creation: whenever we write a short summary of the research we just published in an Instagram post, or turn our findings into an enlightening reel, we are sharing our findings to the broader public in a way that can give them data-driven insights.
11. Media engagement
Besides content creation, we can also think of more traditional media engagement: from writing an op-ed for the newspaper, via participating in radio or TV interviews to share our research findings with the world, to online media such as podcast interviews.
12. Volunteering work
Volunteering work may go beyond community engagement, as now we are focusing on raising funds to put our research to practice in communities that may need it the most, roll up our sleeves, and need to consider the basic considerations of working with vulnerable populations. In my field, humanitarian engineering principles lie at the basis of these interactions.