General Manager of Research & Development Division
General Manager of the R&D Planning and Promotion Department


Mori:
Our Company’s technical strengths include our outstanding expertise in compounding of organic
polymers and organic-inorganic composite technology. This allows us to create products with added value
that would be impossible with a single material, which is connected to profits.
Ohnishi:
I agree. One of our strengths is that we can carry out the whole process in-house, from
material design (synthesis and formulation) to processing. Resins, catalysts, and so on form the core of
product design. The ability to synthesize and process these in-house is what sets us apart from other
companies. Another strength is that we make products for so many sectors: semiconductors and electronic
materials, automotive and aircraft, medical and pharmaceutical, food, construction, and energy.
Takamoto:
Take for example heat dissipation sheet materials used in power modules. We can leverage the
strengths of each research laboratory: the base material is designed by the Advanced Materials Research
Laboratory, products using that material are developed by our application research laboratories, and so
on, resulting in unique capabilities that other companies simply cannot match. Having such a broad scope
of business also means we have wide-ranging expertise in research and development. We have recently
started using materials informatics (MI) to leverage all this expertise and effectively utilize the data,
which enables us to develop high-quality products faster.
Ohnishi:
When it comes to human resource development, my focus is on cultivating people capable of
innovation. It is important to keep past technologies going, but new value is created by adding your own
unique essence or venturing into completely new areas. I want developers with this kind of ambition to
gain the ability to come up with their own research topics. It is also vital to cultivate autonomy:
professional developers should be able to identify problems, set research topics based on their own
experience, and tackle challenges with determination. Our Research & Development Division has been running
the SBinno program for around ten years to accelerate new product development. This program gives young
developers the chance to work on their own research topics for one year, taking on challenges with
participants from each research laboratory.
Mori:
Many of our developers are young and enthusiastic about innovative development. That’s why we
are moving away from the traditional trial-and-error style of research toward using MI and digital
transformation to comprehensively validate designs from the molecular design stage. At the Information &
Telecommunication Materials Research Laboratory, we are focusing on developing talent with digital skills
through active participation in internal training courses to train data scientists.
Takamoto:
When I talk to young developers one to one, they often say “I want to be involved in
developing products that contribute to society.” We have our own Innovation Management System (IMS) which
supports the planning process when launching a research topic, by looking at marketability, competitive
advantage, and sales and profit forecasts. Being able to see the impact that your own work has in the real
world is a source of motivation and a driving force for growth. If people have enthusiasm but do not know
how to develop their ideas, I hope this can show them a way forward.
Ohnishi:
It’s as if we take ideas that have sprouted in the SBinno program, and nurture them into
trees through the IMS. We have the tools in place, so now it’s up to us as managers to show how we put
them into practice to enhance awareness and produce actual results.
Mori:
Interaction between research laboratories is also essential for personnel development and
revitalizing the organization. Working in the same laboratory for a long time tends to narrow your
perspective, so finding out about other divisions’ research can be a source of inspiration. I hope
developers will widen their knowledge and come up with new ideas through networking events such as
technical discussion meetings and personnel exchanges.
Ohnishi:
Speaking of interaction, the General Managers of each research laboratory meet quarterly to
discuss various issues. Additionally, each application research laboratory holds monthly meetings to
discuss creating new business and expanding existing business. Actually, the three of us have moved
between each of our current positions throughout our careers.
Takamoto:
I think experiencing each stage of the product development process—research planning,
fundamental research, and applied research—is very meaningful in terms of gaining an overview of the whole
process.
Ohnishi:
We have always had collaboration between departments, but this has been further invigorated
in recent years by the One Sumibe Policy introduced when Chairman Fujiwara was President. This has created
an open organization allowing free communication at ground level.
Mori:
This is also extending to external collaboration. We have jointly established the Co-Creation
Research Center for Materials and Processes for Next-Generation Semiconductors with Tohoku University this
year. Leveraging the university’s expertise, we have started work on exploring customer requirements and
advancing technological development.

Takamoto:
The idea is to actively harness external expertise for anything we cannot handle within the
Company. This could involve cutting-edge analytical equipment or collaboration in areas where we do not
have sufficient knowledge. We believe that working with expert partner companies and universities will
help us reach our goals more quickly.
Ohnishi:
The role of the R&D Planning and Promotion Department is to match up research laboratories
with internal and external partners. If Mr. Mori’s research laboratory is having trouble with something,
we find out which department within the Company can deal with it; or if Mr. Takamoto’s research laboratory
needs a certain technology, we can suggest an external company or university. The relationship of trust we
have on a daily basis certainly helps this kind of collaboration go smoothly, which makes it easier to
create new value.
Ohnishi:
As a Company, we have set out a policy of transforming our product/business portfolio with a
focus on the three areas of ICT, mobility, and healthcare. My role is to drive innovation in these areas
and create new products and businesses, not forgetting to explore new technologies with a view to new
business creation in five- or ten-years’ time. At the R&D Planning and Promotion Department, as well as
matching up research partners and strengthening external collaboration, we are also investing in venture
capital. The aim is to incorporate promising new materials from around the world into our technical base,
leading to unique product development.
Takamoto:
At the Advanced Materials Research Laboratory we take a dual approach: developing materials
based on topics from the business divisions and application research laboratories, and independent
research of our own. Looking ahead to our Group’s medium-term targets and beyond to 2030, it is vital for
fundamental research laboratories to create new products and core technologies with a greater impact. Vice
President Inagaki has talked about producing “technology that can hit a home-run.” To make this a reality,
we need to continually plant promising seeds, so we will transform our fundamental development portfolio
and focus on topics that align with the Company’s policy. As for responding to environmental issues, we
are developing “dismantlable” polymers which break down easily after disposal, for use in the mobility
field. With a joint venture, we are also working on joint development of plastics made from plant-based
materials.
Mori:
We have always had four key products at the Information & Telecommunication Materials Research
Laboratory: semiconductor encapsulation materials, adhesives, wafer protection materials, and substrate
materials. However, materials are diversifying in today’s semiconductor industry, and new technologies are
emerging every day. We need to translate this into new business. We are currently strengthening our
approach through new product development programs and internal and external collaboration, with a
particular focus on liquid encapsulation materials. Solid encapsulation materials have mainly been used in
the past, but liquid encapsulation materials have high added value as they make it possible to fill
smaller spaces. In terms of environmental initiatives, we are aiming to reduce CO2 emissions
and energy
consumption by finding ways for materials previously stored at −20 degrees to be stored at room
temperature. Team members from our laboratories and plants are keen to obtain Life Cycle Assessment (LCA)
certification, and this commitment supports our research and development efforts.
Ohnishi:
As a Group operating in multiple business areas, I believe it is crucial to expand
LCA-certified personnel and SDGs certified products. At the Research & Development Division, we are
working to turn promising research themes into Company-wide projects. In April this year, we launched a
Project Team to Prepare for Mass Production of Functional Membranes for Hydrogen Production. As well as
providing support to quickly commercialize new technologies, we want to continue improving our
environmental response.
Mori:
Coming up with the seeds of ideas for new products and new business is vital for the sustainable
growth of the organization. Without sufficient seeds, product development and innovation will eventually
disappear. To develop people who can come up with seeds, I strive to clearly communicate the direction of
the Company and department to my team members. I think this helps them understand how their own work
connects to the Company’s goals, making it easier to take on new challenges in addition to their daily
work. Ideally, I would like to provide a forum where everyone can spend about half a day freely discussing
ideas, once every week or two. This would increase opportunities to come up with seeds for new products,
leading to growth of the Company as a whole.
Takamoto:
When I moved to the Advanced Materials Research Laboratory this April, the first thing I
said to the researchers was “I value psychological safety, so please do not hesitate to voice your
opinions.” This is because, as a leader, I place importance on listening to all opinions, not dismissing
those that seem outlandish at first. Going forward, after building this solid foundation, I want to work
with academia and partner companies to discover needs that have not yet come to light. When it comes to
product development, being involved from the planning and design stage before the specifications are
finalized gives us a competitive advantage. I want to continue contributing to these mechanisms and
systems.
Ohnishi:
Looking back at my own career, the most rewarding times have been when I was involved in
launching new projects or products. Now, I want to nurture as many young employees as possible who will
take on such challenges with a positive attitude. Measures may not always have an immediate effect, but it
is important to create an environment where people will not be criticized. In recent years, the level of
challenge is now taken into account in our personnel evaluation system, and we are starting to establish a
culture of challenge. For this culture to take root, managers like us must nurture new ideas together and
help motivated people to succeed. When these people take on positions of responsibility and build on their
successful experiences, it should create a chain of challenges in our Company. I believe this cycle will
eventually lead to exciting results.