Hi, I'm David Corvaglia - Software Engineer Intern at Microsoft
I am a CS student fueled by building software that powers complex systems. From NASA to Microsoft, I thrive when tackling high-scale technical challenges that require precision, curiosity, and rapid iteration.
At a glance
Curated signals on strengths, focus areas, and how they can help.
Built robust software solutions for mission-critical operations while interning at NASA.
Focuses on refining enterprise-level software engineering skills through successive internships at major technology companies.
Offers guidance to students on navigating competitive technical internship processes and high-performance engineering environments.
🚀 Career trajectory
Foundational Growth
Building early engineering skills through competitive robotics and intense academic coursework.
✦ Robotics
✦ STEM
Corporate Acceleration
Transitioning into high-level industry internships at NASA and top-tier technology companies.
✦ Aerospace
✦ Enterprise
💪🏻 Superpowers
Aerospace Systems Integration
Bridging software engineering with complex hardware environments
✦ Architected software solutions within high-stakes aerospace engineering workflows.
✦ Applied rigorous safety standards to code development at NASA.
✦ Translated physical systems requirements into scalable software architecture.
Big Tech Engineering Methodology
Navigating and contributing to massive-scale production environments
✦ Adapted to complex development lifecycles at major technology firms.
✦ Collaborated with cross-functional teams on high-impact production code.
✦ Mastered enterprise-grade debugging and performance optimization techniques.
Technical Problem Solving
Applying competitive robotics discipline to software engineering
✦ Developed iterative testing strategies modeled after competitive robotics cycles.
✦ Solve algorithmic challenges under strict time and hardware constraints.
✦ Refine logic through rapid prototyping and continuous integration cycles.
I'm excited about
✦ Exploring cutting-edge research opportunities in software architecture.
✦ Engaging with mentors who have navigated career paths in aerospace.
✦ Building a network of peers focused on high-performance computing.
I can help with
✦ Share insights on securing internships at top aerospace and tech firms.
✦ Provide technical guidance on software development best practices.
✦ Discuss the transition from academic coursework to production engineering environments.
I would love your help on
✦ Advice on long-term career growth in the software engineering sector.
✦ Introductions to researchers working on autonomous systems.
✦ Perspective on balancing advanced academics with professional internships.