Ashish Nadadur Chakravarthi

Operations Associate

Tempe, Arizona, United States4 yrs 9 mos experience

Key Highlights

Granted patent holder for innovative cockpit systems.
Developed blockchain solutions enhancing aviation safety.
Expert in AI-driven information retrieval systems.

Stackforce AI infers this person is a Backend and Blockchain Engineer with expertise in Aerospace and AI technologies.

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Skills

Core Skills

BlockchainCybersecurityAiInformation Retrieval

Other Skills

LinuxPHPTeam CollaborationTeamworkResearch SkillsMentoringSoftware DevelopmentContinuous Integration and Continuous Delivery (CI/CD)React.jsNatural Language Processing (NLP)Human-Machine Interface (HMI)Machine LearningData ScienceTechnology ServicesEnd-to-end Testing

About

I am a backend and blockchain engineer with 5 years of experience building scalable systems and working across technologies such as MERN, Docker, Kubernetes, Hyperledger Fabric, and Jest. My work spans from enterprise-grade blockchain applications to AI-powered information retrieval systems, where I’ve leveraged Large Language Models to improve automation and decision-making in aviation and industrial domains. I am a granted patent holder for “Systems and Methods Providing an Actionable Cockpit in an Aircraft” and have authored a defensive publication on blockchain-based verification of aircraft inspection data integrity. These experiences reflect my focus on combining AI, blockchain, and distributed systems to deliver real-world impact. I’m deeply curious about emerging technologies like agentic AI and decentralized systems, and I enjoy exploring how they can address practical challenges while enhancing the overall user experience.

Experience

4 yrs 9 mos

Total Experience

Average Tenure

Current Experience

Arizona state university

Information Technology Assistant

Mar 2026 – Present · 3 mos · Tempe, Arizona, United States · Hybrid

Assist in managing departmental servers to ensure high uptime and performance for academic applications.
Provide dedicated support for faculty, resolving complex hardware, software, and enterprise system issues.
Administer user accounts and permissions while maintaining strict data security and privacy standards.

LinuxPHP

Acm at asu

Officer

Oct 2025 – Jan 2026 · 3 mos · Tempe, Arizona, United States · Hybrid

Spearheaded social media strategy for the ASU ACM chapter, managing outreach across platforms like LinkedIn, Instagram, and Discord to boost community visibility and brand awareness.
Orchestrated end-to-end event promotion and invitation workflows for technical workshops and networking mixers, ensuring consistent communication with a diverse member base.
Collaborated with the executive board to design and distribute digital content, driving increased student participation and fostering a more connected community.

Team CollaborationTeamwork

Honeywell

2 roles

Advanced Research and Development Engineer

Nov 2023 – Aug 2025 · 1 yr 9 mos · On-site

Developed a blockchain-based digital logbook system for mechanical components, enabling transparency, immutability, and traceability; launched as a subscription service, enhancing safety and customer confidence across the aviation ecosystem.
Identified and remediated around 50 cybersecurity vulnerabilities across 12 CI/CD pipelines, strengthening application security and compliance.
Conducted 20+ technical interviews for senior Backend and DevOps roles, contributing to the successful hiring of top talent and strengthening team capabilities.
Mentored 3 new engineers, enabling them to contribute effectively to projects spanning 12 CI/CD pipelines.
Authored a defensive publication (IP.com No. IPCOM000276539D) introducing blockchain-based verification of aircraft inspection data, enhancing security through hashing and tamper-detection mechanisms.

Research SkillsMentoringBlockchainCybersecurity

Research And Development Engineer

Sep 2020 – Oct 2023 · 3 yrs 1 mo · On-site

Awarded U.S. Patent (US12386486B2) – “Systems and Methods for an Actionable Cockpit of an Aircraft” – for pioneering a human–machine interface (HMI) that transforms static cockpit displays into interactive systems, streamlining pilot interactions with avionics.
Developed a Form-Independent Information Retrieval algorithm that achieved 87% accuracy in extracting data from technical documents, purchase orders, and manuals.
Implemented a document classification model, achieving 90% accuracy in identifying documents containing price information, automated the alerting process, improving efficiency and reducing manual review overhead.
Published peer-reviewed paper in SAE International Journal of Advances and Current Practices in Mobility on AI-based Information Retrieval for aviation, driving Industry 4.0 adoption and Smart Factory use cases.
Built a Python-based GUI for real-time monitoring of brake wear sensor data, enabling predictive maintenance and battery health tracking for critical aerospace systems.

React.jsNatural Language Processing (NLP)AIInformation Retrieval