Innocities 4 UEF

Innocities 4 UEF is a development project implemented by the University of Eastern Finland. Its objective is to strengthen Joensuu’s position as a national and international innovation hub in photonics and forest bioeconomy. The project is part of the implementation of the Innovation Joensuu strategy, in which the City of Joensuu, Business Joensuu, Karelia University of Applied Sciences, Riveria and the Natural Resources Institute Finland work together to build a unified, long‑term and business‑driven innovation ecosystem. UEF contributes multidisciplinary research expertise, education, business collaboration and international networks, all of which are essential for regional growth and investment readiness. The project enables Joensuu to move from individual, disconnected projects towards permanent structures that support business development, the utilisation of research and international visibility.

The project responds directly to recognised regional needs. In photonics, Joensuu lacks pilot‑scale and small‑batch production capabilities that companies require to move research ideas from laboratory testing to market‑ready solutions. Without this capacity, promising research results remain undeveloped, pilot projects must be carried out elsewhere, and business growth shifts away from the region. In forest bioeconomy, new ways are needed to combine wood‑based and technological expertise, to utilise data and sensing solutions, and to build international value networks for SMEs. In startup development, the current situation—only 0–2 research‑based startups per year—does not reflect the strength of local expertise, and more business‑driven pathways are needed. In addition, ecosystem structures are still partly project‑based, and permanent operating models, a shared ecosystem calendar, a coordinated business interface and clear practices for international collaboration are lacking. Innocities 4 UEF addresses these needs.

The project has been prepared as part of the Innovation Joensuu strategy process, ecosystem working groups and UEF’s internal sectoral teams. Preparation included a detailed review of company needs, investment requirements, bottlenecks in pilot capabilities, fragmented talent pathways and opportunities for strengthening international cooperation. Companies have provided input to the design of the photonics pilot line, the direction of startup activities and the development of broader forest bioeconomy value networks. In addition, recommendations from international experts highlighted the necessity of establishing a photonics pilot line.

The project’s most ambitious objectives include the full preparation of the photonics pilot line and ensuring its placement in Joensuu, increasing value creation in forest bioeconomy and expanding its value networks internationally, multiplying research‑based startup activity, strengthening talent pathways across all education levels and establishing permanent ecosystem structures. In photonics, the goal is that the pilot line can be implemented in the next national or EU funding window. In forest bioeconomy, the goal is to establish practical models that allow SMEs to participate quickly in pilot activities, international cooperation and sustainable technology development. In startup activity, the goal is to generate 8–12 new startup ideas and 3–5 research‑based startups, fundamentally improving the current situation. In competence development, the aim is to increase student numbers, strengthen educational pathways and pilot company‑driven micro‑credentials that support local labour needs. In internationalisation, the objective is to create a clear follow‑up model for visits and partnerships, ensuring that they contribute to exports, funding preparation and recruitment.

Project activities are implemented through five work packages that form a coherent and mutually reinforcing whole. The Startup Joensuu work package builds a business‑driven, research‑based startup pathway where students, researchers and companies collaborate in practical development tasks using a Proof of Concept model, multidisciplinary project courses and alumni mentoring. The Photonics Joensuu work package strengthens the business interface by developing a customer‑relationship model and ecosystem calendar, piloting new educational modules and preparing the full technical, operational and financial framework for the photonics pilot line. The Forest Joensuu work package increases the value creation of forest bioeconomy by combining research, sensing technologies, wood‑based innovations, circular economy solutions and international value networks, and by developing a delegation service that supports exports and pilot activities. The Communications work package ensures that ecosystem achievements are visible to companies, funders and international partners, and supports events and impact stories that highlight regional strengths and solutions. The Joint Actions work package ensures strategic coordination, consortium preparation, investment concept development and the adoption of permanent ecosystem structures such as the shared calendar and customer‑relationship model.

The project delivers broad and significant results. In photonics, an investment‑ready pilot line preparation package will be produced, including company commitments, facility and technical concepts, funding pathways and operational plans. Business collaboration will be strengthened through the customer‑relationship model and yearly cycle, and new educational modules and micro‑credentials will support talent pathways. In forest bioeconomy, outcomes include expanded value networks, a clear delegation service and an SME‑oriented pilot pathway that supports new investments and business development. In startup activity, a substantially larger number of ideas and new companies will emerge compared to the current situation. In competence development, new educational solutions, stronger alumni engagement and company‑driven internship and thesis pathways will support recruitment. Internationally, strong follow‑up pathways will be established in Japan, South Korea and the United States, and visits will generate concrete projects, investment pathways and partnerships.

The impact of the project is long‑term and strategic. As a result, Joensuu will have a strong and well‑coordinated ecosystem in which research, education and business operate within a unified development model. The photonics pilot line can be implemented immediately after a funding decision, forest bioeconomy pilot environments will be strengthened, and companies will benefit directly from improved pilot capabilities and international collaboration. Startup activity will multiply, creating a new platform for innovation and investment. Talent pathways will grow stronger, and Joensuu will strengthen its position as a national and international centre of expertise that attracts businesses, talent and investment. The project’s permanent structures ensure that development continues independently and in line with the region’s long‑term strategic direction.