Development Blog

Key milestones and progress updates for the ResQ project.

Proposal Presentation Session — Milestone 1 Evaluation

We presented ResQ to Ms. Yasodha Vimukthi and Mr. Thilina Gunarathne to validate feasibility, clarity, and overall direction.

As part of the project's early-stage evaluation, the Proposal Presentation Session for Milestone 1 was conducted to present ResQ to Ms. Yasodha Vimukthi and Mr. Thilina Gunarathne. The session focused on validating the feasibility, clarity, and overall direction of the proposed solution. We discussed the motivation behind ResQ, its intended functionality, and its potential impact on CPR training.

The evaluators confirmed the relevance of the proposed idea and provided constructive feedback, particularly emphasizing the importance of budget feasibility and alignment with recognized CPR training standards. They also recommended engaging with resource persons from the Faculty of Allied Health Sciences to verify clinical requirements and clarify any additional needs.

Overall, the session was a valuable learning experience that strengthened our understanding of real-world constraints and expectations. The feedback received will guide further research, planning, and refinement of the ResQ system to ensure it is practical, standards-compliant, and technically robust.

Proposal Presentation Session — Milestone 1
Proposal Presentation Session (Milestone 1) — 10.02.2026

Mock Proposal Session — Early-Stage Validation

We presented ResQ to temporary instructors of the Department of Computer Engineering, University of Peradeniya, to validate feasibility and gather early technical feedback.

As part of the early-stage validation of our project, a mock proposal session was conducted to present ResQ to the temporary instructors of the Department of Computer Engineering, University of Peradeniya.

The session aimed to evaluate the feasibility, technical soundness, and practical relevance of the proposed solution at an early stage. We discussed the limitations of conventional CPR training manikins and explained how ResQ uses embedded sensing to provide real-time, objective feedback on compression quality.

The instructors offered valuable feedback on system architecture, sensor accuracy, scalability, and alignment with CPR training standards. These insights helped us critically assess our initial assumptions and identify areas requiring further investigation.

Overall, the mock proposal session served as an important milestone in refining the direction of the ResQ project. The feedback received will directly inform further research, system optimization, and design decisions, ensuring that the proposed solution is technically sound, pedagogically effective, and aligned with real-world CPR training requirements.

View Proposal Presentation