Hi, I'm Ayush Khandelwal - Student at University of Massachusetts Amherst
I am deeply passionate about building secure, resilient software systems that stand the test of time. I thrive in high-stakes environments where analytical rigor and technical precision solve real problems.
At a glance
Curated signals on strengths, focus areas, and how they can help.
Transitioned from developing blockchain and software solutions at IBM to core security engineering.
Currently specializes in secure infrastructure and software engineering within global technology operations.
Provides expertise in software performance optimization and technical security architecture to fellow engineers.
🚀 Career trajectory
Formative Foundations
Built fundamental computer science knowledge at UMass Amherst while bridging academic research with early industry exposure.
✦ Education
✦ Fundamental Research
Engineering Evolution
Transitioned from general software engineering to specialized roles, mastering distributed systems and enterprise-grade infrastructure at IBM.
✦ Enterprise Engineering
✦ Scale
Security Specialization
Currently focusing on core security infrastructure, concentrating on high-stakes reliability and protection in global-scale environments.
✦ Security Engineering
✦ Core Infrastructure
💪🏻 Superpowers
Systems Security Architecture
Architecting robust frameworks that prioritize data integrity and infrastructure defense.
✦ Develops hardened codebases resilient to modern threat vectors.
✦ Integrates security-by-design principles into core software development life cycles.
✦ Analyzes system vulnerabilities to prevent breaches before they occur.
Full-Lifecycle Software Engineering
Translating complex requirements into scalable, high-performance production software.
✦ Navigates the end-to-end development process from prototyping to deployment.
✦ Refines code performance through rigorous testing and optimization cycles.
✦ Adapts rapidly to diverse tech stacks and evolving engineering paradigms.
Technical Problem Solving
Navigating technical hurdles through analytical thinking and methodical troubleshooting.
✦ Dissects ambiguous technical problems to reach optimal, maintainable solutions.
✦ Applies deep computer science fundamentals to real-world edge cases.
✦ Mentors peers in identifying and resolving intricate logic bottlenecks.
I'm excited about
✦ Exploring advancements in cloud security and zero-trust architecture.
✦ Engaging with technical peers to discuss emerging paradigms in software resilience.
✦ Identifying collaborative opportunities within the high-growth engineering ecosystem.
I can help with
✦ Sharing best practices for implementing robust security within engineering workflows.
✦ Providing technical guidance on optimizing performance for distributed systems.
✦ Reviewing complex code architectures to identify potential security risks.
I would love your help on
✦ Connecting with peers navigating the transition to specialized security leadership roles.
✦ Gaining insights into the evolving landscape of cloud-native security research.
✦ Learning from professionals who have managed large-scale infrastructure migrations.