Goncalo Morais

Detail-oriented and versatile Computer Science and Physics student with a strong foundation in software development, algorithm design, and digital electronics. Proficient in multiple programming languages including Python, Java, C++, and JavaScript, and experienced with frameworks such as React.js and Next.js. Demonstrates excellent problem-solving, teamwork, and communication skills, with a passion for creating efficient and scalable applications. Committed to continuous learning and eager to contribute to innovative projects and team success.

• Developed a Dynamic Portfolio Website

Built a responsive and visually appealing personal website using Next.js and Tailwind CSS, featuring dark and light mode theming for enhanced user experience.

Implemented interactive components and optimized performance to ensure fast load times and seamless navigation across devices.

• Created a QuadTree Physics Simulation

Designed and implemented a QuadTree-based physics simulation to optimize collision detection and manage spatial partitioning efficiently.

Enabled real-time interactions with a large number of particles, demonstrating proficiency in algorithm design and computational optimization.

• Led an Economic Database Project

Engineered a comprehensive economic database utilizing SQL and NoSQL technologies to store, manage, and analyze financial data effectively.

Developed data pipelines to ensure accurate data flow and integration, enhancing the system's scalability and reliability.

• Engineered Data Pipelines

Designed and maintained robust data pipelines to facilitate seamless data ingestion, processing, and storage across multiple platforms.

Automated data workflows to improve efficiency and reduce manual intervention, ensuring timely and accurate data availability for analysis.

• Designed and Programmed an Analog Device with Integrated Sensors

Created and programmed an analog device incorporating multiple sensors and components to work cohesively, enabling complex data collection and processing.

Utilized digital electronics and microprocessor programming to ensure synchronized functionality and reliable performance of the device.