Participant Detail
Complete participant information
Participant Information
Competition Type
OnlineCategory
International ParticipantsEducation Level
Secondary
Cultural Tour
0
Address
UAE_Al AIN
Registration Information
Leader
MAJD RASMI MERIE
majd.merie@actvet.gov.ae
+971561380113
School
APPLIED TECHNOLOGY SCHOOL - AL HILI
Country
United Arab Emirates
Category
Environmental
Supervisor
Supervisor Name
Majd Merie
majd.merie@actvet.gov.ae
+971561380113
Team Members
| Name | School | ||
|---|---|---|---|
| MARIAM KHALIFA KHAMIS NAYEA ALKAABI | 563822@actvet.gov.ae | +971502005532 | APPLIED TECHNOLOGY SCHOOL - AL HILI |
| FATIMA RASHED ATEEQ ALSUBOUSI | 575611@actvet.gov.ae | +971543283898 | APPLIED TECHNOLOGY SCHOOL - AL HILI |
| BEDOUR SULTAN MOHAMMED KHADAYAM ALJABERI | 602203@actvet.gov.ae | +971501527437 | APPLIED TECHNOLOGY SCHOOL - AL HILI |
Personal Details | Cultural Tour
| Full Name | Gender | ID Number | Birth Date | Passport Expiry |
|---|---|---|---|---|
| No personal details available | ||||
Research Information
Research Title
Bio-Concrete: Self- Healing Desert Pavement Using Natural Bacteria.
Research Abstract
This project explores the use of Bio-Concrete as a self-healing pavement solution for desert environments, where roads crack easily due to extreme heat, temperature fluctuations, and wind erosion. It focuses on using Bacillus pasteurii bacteria, which can produce calcium carbonate when exposed to moisture, helping fill cracks naturally. The project compares normal concrete tiles with bio-concrete tiles by creating cracks, applying moisture, and measuring changes over time. The expected outcome is that bio-concrete will reduce crack width, lower maintenance costs, and improve the lifespan and sustainability of desert roads.