This category invites students to explore the fascinating world of human health and disease, encompassing a wide range of disciplines within the health sciences. Participants will delve into complex challenges facing healthcare today, applying scientific inquiry and critical thinking to propose innovative solutions.
Areas of Focus may include:
- Disease Mechanisms and Prevention: Investigate the causes and progression of diseases, exploring innovative strategies for prevention, diagnosis, and treatment.
- Public Health: Analyze public health issues, including epidemiology, health promotion, and global health challenges.
- Biomedical Engineering and Technology: Explore the application of engineering principles to develop new medical devices, diagnostic tools, and therapeutic interventions.
- Healthcare Policy and Ethics: Examine the ethical, legal, and social implications of healthcare policies and practices.
- Traditional and Complementary Medicine: Investigate the role of traditional and complementary medicine in healthcare systems.
Projects in this category could involve:
- Developing a public health campaign to address a specific health issue.
- Designing a new medical device or diagnostic tool.
- Proposing solutions to improve healthcare access in underserved communities.
- Analyzing the ethical implications of a new medical technology.
- Investigating the efficacy of a traditional medicine practice.
This category encourages creative thinking, problem-solving, and interdisciplinary collaboration to address critical challenges in healthcare and improve human well-being.
Judging Criteria
| Research Question | Clear and focused purpose (3 points) Identifies contribution to the field of study (3 points) Testable using scientific methods (4 points) | 10 |
| Plan and Methods | – Is the experimental design well-explained and appropriate? – Are data collection methods thorough and suitable? | 10 |
| Variables | Variables are clearly defined (independent, controlled, dependent) which may have been worded as “What I changed,” “What I kept the same,” and “What I measured” | 5 |
| Background Research | – Awareness of other approaches or theories concerning the project – Familiarity with the scientific literature in the field – Solution different from existing solutions | 10 |
| Data Collection and Analysis | – Is data collection systematic and is the analysis methodologically sound? – Are results reproducible? | 10 |
| Interpretation | – Is there appropriate use of mathematical and statistical methods? – Is sufficient data collected to support interpretation and conclusions? | 10 |
| Creativity and Innovation | – Does the project demonstrate significant creativity and originality? – Does it offer a unique approach or new perspective on a scientific problem/topic? – Does it display innovative thinking or creative problem-solving skills? – Does the project have potential applications or implications for the real world or scientific community? | 15 |
| Materials | – Is the material organized logically? – Are the graphics and legends clear? – Is supporting documentation displayed effectively? | 5 |
| Oral Presentation | – Communicates the relevance or importance of the research/project – Clear, concise, thoughtful responses to questions – Understanding of basic science relevant to the project – Understanding interpretation and limitations of results and conclusions – Degree of independence in conducting the project – Recognition of potential impact in science, society, and/or economics – Quality of ideas for further research – For team projects, contributions to and understanding of the project by all members | 15 |
| Overall Impression | Does the participant demonstrate genuine interest and enthusiasm for their project? Does the participant exhibit a good understanding of the scientific principles involved in their project? Does the project reflect a significant investment of time and effort by the participant(s)? | 10 |