Research on technology transfer in the context of deep technology (deep tech) focuses on how science- and technology-intensive research outputs can be transformed into products, services, or ventures that generate economic and societal value. Unlike conventional technology transfer, deep tech innovation is characterized by longer commercialization cycles, substantial capital requirements, high levels of technological and market uncertainty, and strong dependence on multidisciplinary collaboration among universities, industry, investors, government agencies, and innovation support organizations.
From a broader perspective, technology transfer research in deep tech aims to develop models, frameworks, and policy recommendations that accelerate the journey of innovation from laboratory to market (lab-to-market), ensuring that research outputs generate not only academic publications but also new industries, enhanced national competitiveness, and meaningful contributions to addressing strategic societal challenges.
Research Focus Areas
Commercialization Pathways
Examining the most effective routes to bring complex technological innovations from the laboratory into the commercial market.
Role of TTOs
Analyzing the strategic function of Technology Transfer Offices in facilitating and accelerating the commercialization process.
Spin-off Development
Strategies for creating and nurturing research-based spin-off companies derived from academic and laboratory findings.
Innovation Financing
Developing financing strategies tailored to the high-capital and high-risk nature of deep technology ventures.
Readiness Levels
Assessing and bridging the gaps using Technology Readiness Levels (TRL) and Market Readiness Levels (MRL).
Ecosystem Orchestration
Understanding the orchestration of innovation ecosystems and factors influencing successful commercialization outcomes.
Expert Insights & Interviews
To enrich the research findings and gain practical insights into deep technology commercialization in Indonesia, we conducted interviews with experts from academia, research, and industry who possess extensive experience in metallurgy, rare earth elements (REE), and mineral resource development.
An expert in metallurgy and Rare Earth Elements (REE). His expertise provides valuable perspectives on the scientific and technological aspects of REE development, research commercialization, and the strategic role of deep technologies in strengthening national competitiveness.
Specializing in metallurgy. His experience in research and technology development offers insights into the challenges of translating laboratory research into market-ready innovations, particularly in the context of technology readiness, industry collaboration, and innovation ecosystems.
Drawing on his industry experience, he provides perspectives on the commercial, regulatory, and strategic dimensions of technology transfer, including investment considerations, industry needs, and pathways for scaling deep technology innovations.