Master's thesis: Applying Foresight to the Development of Wood-Based Electronics

We are looking for a Master of Science student for a thesis project at the Sensor Systems unit at RISE in Göteborg. The work is carried out jointly with the Printed, Bio- & Organic electronics unit at RISE in Norrköping.

This thesis project will bridge the fields of foresight and sustainable material innovation, offering valuable insights into the transformative potential of wood-based electronics in shaping a more sustainable future.

Background
RISE is coordinating the EU-funded HyPELignum project that seeks to demonstrate, via a holistic approach, that the combination of additive manufacturing, wood-based materials, abundant transition metals and advance sustainable assessment, can lead to the conceptualization and manufacturing of net-zero carbon electronics.

The innovative applications of wood-derived components as alternatives for electronic materials can reduce the environmental footprint of electronics. However, the adoption of wood-based electronics faces uncertainties related to technological feasibility, market acceptance, regulatory challenges, and future socio-economic trends. To address these challenges and guide strategic innovation, foresight can provide a structured approach to envision potential futures and inform long-term decision-making.

Thesis description
The primary goal of this thesis is to apply foresight methodologies to explore the future of wood-based electronics. This includes identifying critical trends, drivers, and uncertainties that will shape the development and adoption of these technologies. Specific objectives include: 

1. Trend Analysis: Investigate key technological, economic, environmental, and societal trends influencing the electronics and sustainable materials sectors.
2. Driver Identification: Identify and analyze major drivers and barriers to the adoption of wood-based electronics.
3. Scenario Development: Develop a set of plausible future scenarios to illustrate the potential pathways for the development and market integration of wood-based electronics.
4. Strategic Implications: Provide actionable recommendations for stakeholders in research, industry, and policymaking to foster innovation and resilience in the field.

This thesis aligns with global sustainability goals by addressing the need for eco-friendly alternatives in electronics. By applying foresight, the research aims to provide a roadmap for advancing wood-based technologies and ensuring their relevance in future markets.

Terms

• The thesis project is expected to be carried out during Spring 2025. The expected duration of the thesis work is about 20 weeks.
• Location: RISE, Göteborg. Option to partially work remotely.
• Credits: 30 ECTS (academic credits) in agreement with your thesis advisor at your university.
• Number of students per group: 1-2

Who are you?
You have an interest in sustainability, business development, and innovative technologies. You should be a M.Sc. student in the field of innovation, industrial engineering/management, engineering, or related subject.

Welcome with your application!
If you need more information, please contact Vincent Schaller (vincent.schaller@ri.se). Applications should include (1) a brief personal letter, (2) a CV, and (3) a recent grade transcript. Candidates are encouraged to send their application as soon as possible but at the latest by 2025-01-06. Please apply directly through this portal (RISE cannot accept applications via email).