Mohammed Azeem

Developed a comprehensive web application designed to measure the carbon footprints of buildings, emphasizing ecological conservation and natural protection. The application allows users to input detailed building data and provides precise carbon emission calculations, facilitating better environmental decision-making.

Key Responsibilities:
- Designed and implemented a user-friendly interface for inputting building data including type, size, location, and construction materials.
- Developed a customizable emission factor module, allowing users to adjust values based on specific building features such as flooring, insulation, lighting, HVAC systems, and appliances.
- Integrated a feature for selecting the building’s climatic zone or location-specific environmental conditions, significantly impacting energy consumption and emissions.
- Automated the calculation and analysis of the building’s energy consumption, considering factors like heating, cooling, lighting, and electricity usage.
- Utilized customized emission factors and energy usage data to accurately estimate the building’s carbon emissions over a specified timeframe.

Technologies Used:
- Frontend: HTML, CSS, JavaScript, React
- Backend: Node.js, Express.js
- Database: MongoDB
- APIs: Custom-built for emission factors and energy consumption calculations
- Additional Tools: Git for version control, Docker for containerization, AWS for deployment

This project underscored the importance of ecological conservation by providing actionable insights into building energy consumption and carbon emissions, enhancing the selection of sustainable building practices.

• In my role as a database administrator for the university project, I have implemented robust database structures, ensuring optimal organization and accessibility of academic and administrative data. I've collaborated closely with developers and stakeholders to understand data requirements, leading to efficient database design. My responsibilities include implementing and maintaining security measures to safeguard sensitive information.
  
  I actively monitor database performance, identifying and resolving issues promptly to ensure seamless operations. Regular backups and recovery plans are in place to safeguard against data loss. Additionally, I have provided support for various university functions, such as student enrollment and faculty management, by optimizing database queries and enhancing system efficiency.
  
  Effective communication and collaboration with the project team have been paramount in addressing evolving data needs. I continually stay abreast of industry best practices to incorporate the latest technologies and methodologies into our database management strategies, contributing to the overall success of the university project.

• Provided support for complex issues related to software tools, applications and databases.
• Analyzed and developed technical and functional specifications for databases.
• Developed data models and database designs to plan projects.
• Migrated existing databases from one platform to another with minimal downtime.