Carter Bond

Key Responsibilites:

• Collaborated with fellow engineers to evaluate software and hardware interfaces.
• CloudQuery Plugin Development: Developed custom plugins for CloudQuery using Python
• Technology Research: Conducted preliminary research into Optical-Time-Delay-Reflectometry (OTDR) technology for a new stealth-mode startup, providing critical insights for potential applications.
• Market Research and Analysis: Performed comprehensive market research and competitor analysis to inform strategic decisions and identify opportunities for innovation.
• .NET MAUI Development: Initiated the development of a .NET MAUI desktop application, setting the groundwork for cross-platform desktop solutions.

Key Achievements:

• Enhanced Data Capabilities: Successfully created custom CloudQuery plugins that expanded the platform's functionality and improved data management efficiency.
• Strategic Insights: Delivered valuable research on OTDR technology, aiding in the development of cutting-edge solutions for the stealth-mode startup.
• Market Positioning: Conducted in-depth market and competitor analysis that influenced the company's strategic direction and product development.
• Cross-Platform Development: Laid the foundation for a .NET MAUI desktop application, enabling future cross-platform capabilities and enhancing the company's software offerings.

Technologies Used:

• Languages: Python, C#
• Tools: CloudQuery, .NET MAUI, various market research tools
• Domains: Optical-Time-Delay-Reflectometry, data querying, market analysis

Example Projects:

• Custom CloudQuery Plugins: Developed and integrated plugins that significantly enhanced data querying processes, tailored to specific business needs.
• OTDR Technology Research: Conducted pioneering research on OTDR, contributing to the exploration of new technological applications for a stealth-mode project.
• .NET MAUI Desktop Application: Initiated the development of a cross-platform desktop application using .NET MAUI, establishing a robust framework for future development.

Key Responsibilities:

• Website Development: Created and maintained a responsive website using React, with a focus on integrating advanced Mapbox functionalities for interactive maps.
• Backend Services: Developed scalable microservices with Python, FastAPI, and Poetry, ensuring efficient server-side operations.
• Mobile App Development: Built and maintained a React Native mobile application for both iOS and Android, aiming for a seamless cross-platform user experience.
• Mapbox Implementation: Leveraged Mapbox for dynamic mapping features, employing both standard and advanced methods to enhance user interaction.
• Project Coordination: Managed project timelines to align development efforts with business goals.
• Code Quality Assurance: Performed regular code reviews, adhering to best practices in coding standards, testing, and version control.

Key Achievements:

• MVP Development: Led projects to near completion as Minimum Viable Products (MVPs), demonstrating effective project management and technical execution.
• Enhanced Mapping Features: Successfully implemented complex Mapbox features, significantly improving the website's interactive capabilities.
• Cross-Platform Consistency: Ensured a uniform user experience across web and mobile platforms through meticulous development practices.
• Backend Optimization: Enhanced backend performance, resulting in improved load handling and secure data management.

Technologies Used:

• Frontend: React, JavaScript, HTML, CSS, Mapbox
• Backend: Python, FastAPI, Poetry
• Mobile: React Native, Redux
• Tools: Git, Docker, CI/CD pipelines

Example Projects:

• Interactive Website: Developed a feature-rich website utilizing React and Mapbox, providing users with engaging and interactive map-based functionalities.
• Mobile Application: Built essential features for a React Native mobile app, focusing on performance and cross-platform compatibility.
• Scalable Microservices: Designed and implemented backend microservices with FastAPI, enhancing the platform's efficiency and reliability.