Building Translational Capabilities with A*STAR

Singapore Biodesign partnered with A*STAR MDD to co-develop a programme aimed at strengthening capabilities in translating research into impactful healthcare innovations. This initiative supports the development of a robust pipeline of high-quality, well-scoped projects aligned with the requirements of Gap funding in the HHP domain. SB developed a bespoke innovation process training, equipping participants with a structured, needs-driven approach to address key considerations across clinical, technology, and business readiness. This enables stronger positioning of proposals for Gap funding, while building long-term translational capabilities that can be adapted across domains.

Programme Highlights

  • Launched in 2022 for MedTech-focused Gap Champions
  • Expanded in 2023 to include Pharmbio (PB) and Agrifood (AF) sectors
  • Collaboration with EDDC and Nurasa to support mentoring and delivery of customised workshops
  • 22 Gap Champions trained to-date

Programme Approach

Participants undergo a high-touch, high-intensity programme over a 6-month period, designed to support the development of translational projects through structured guidance and expert input. Gap Champion graduates serve as advocates and ambassadors within their respective Research Institutes, supporting peers in addressing GAP translational project requirements and strengthening overall innovation capabilities.

Why This Matters

This collaboration reflects how programme co-development can be tailored to organisational priorities i.e. building internal capabilities, strengthening innovation pipelines, and enabling more effective translation from research to real-world impact.

Work With Us

Interested in co-developing a programme tailored to your organisation's needs? Get in touch with us to explore partnership opportunities.

Your Healthcare Innovation Journey Begins With Us.

Singapore Biodesign
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.