Shaping the Future of Technology and Sustainable Innovation

Pekka Lammassaari, Head of R&D, Destia Oy

Pekka Lammassaari is the Head of R&D at Destia Oy, bringing extensive experience in technology management, product development and operations optimisation. With a strong customer focus, Pekka specialises in AI, machine learning, IoT and robotics, leading the development of innovative solutions that streamline processes and drive business growth. He is known for his strategic thinking, leadership skills and expertise in leveraging LEAN and Six Sigma methodologies to improve efficiency. His ability to understand technical and business perspectives allows him to create impactful solutions, making him an asset in driving technological advancements and fostering innovation within organisations.

Through this article, Lammassaari has expertise in technology leadership, AI, machine learning and sustainability-driven innovations in manufacturing.

I am a versatile technology leader with extensive experience across various industries. My expertise spans technology and ecosystem management, leadership, project management, product development, business optimisation, quality management and training. I specialise in architecture and technology management and leveraging artificial intelligence and machine learning in business. Additionally, I possess deep knowledge of LEAN and Six Sigma methodologies, mobile device solutions and telecommunications innovations.

As Head of R&D, I am recognised as an analytical and visionary professional capable of understanding complex systems and delivering creative solutions. I am accustomed to working collaboratively across organisational boundaries. Technology, product development and business development are my passions.

Our research and development activities remain cutting-edge by utilising the latest trends and technologies in pilot projects, innovation adoption and R&D initiatives. A broad collaboration network with universities and technology partners ensures the effective use of the newest knowledge. Sustainability principles are evident in my work, which involves developing low-emission methods, CO2 monitoring tools, and circular economy solutions.

“Optimising production processes and fostering collaboration and knowledge sharing are key to addressing the challenges and opportunities of digitalisation and the green transition.”

Technology transformation—such as automation, artificial intelligence, robotics and edge computing—is significantly reshaping manufacturing processes. Integrating IoT and drone systems into intelligent systems enhances production efficiency, while 3D printing, digital twins and biomaterials like cellulose-based innovations open new opportunities for sustainable development.

For instance, microcrystalline cellulose offers eco-friendly alternatives to fossil-based materials across various industries.

Sustainability-driven innovations require a holistic approach that integrates sustainability into the innovation process. This involves improving resource efficiency, leveraging circular economy principles and developing new metrics to assess sustainability. In the future, biomaterials and low-emission digital solutions—such as Green ICT initiatives—will take centre stage as companies transition toward more responsible operating models.

I recommend that future professionals in the manufacturing sector focus on strengthening their digital skills, promoting sustainability and adopting new technologies. Optimising production processes and fostering collaboration and knowledge sharing are key to addressing the challenges and opportunities of digitalisation and the green transition.