Kevin Huang Level 1 Online

Technologies: React.js, Next.js, TypeScript, Node.js, Express, AWS Lambda, API Gateway, EventBridge, SQS, SNS,
ECS, PostgreSQL, Redis, Docker, WebSockets, AI Integrations
- Designed and developed AI-powered SaaS applications enabling automated media generation, intelligent
workflow orchestration, and scalable content production
- Built modern React applications with reusable component libraries, server-side rendering, optimized
routing, and responsive UI architectures
- Developed Node.js microservices supporting asynchronous processing, distributed workflows, and highthroughput API services
- Integrated OpenAI GPT, ElevenLabs, Fal.ai, Replicate, and Akool APIs to build AI-assisted content
generation pipelines
- Implemented Retrieval-Augmented Generation (RAG) workflows using embeddings, vector search,
semantic retrieval, and prompt engineering techniques
- Designed event-driven serverless architectures using AWS Lambda, EventBridge, API Gateway, SNS, SQS,
and Step Functions
- Improved frontend performance through code splitting, lazy loading, image optimization, React Query
caching, memoization, and bundle optimization
- Optimized PostgreSQL queries and Redis caching strategies to reduce response latency and improve
scalability- Containerized backend services with Docker and deployed production workloads using ECS and GitHub
Actions

Technologies: React.js, Next.js, Node.js, TypeScript, AWS Lambda, EC2, SQL Server, PostgreSQL, Redis
- Designed and developed a multi-location healthcare operations and remote monitoring platform
supporting patient-care devices, facility systems, and centralized administrative workflows across
distributed healthcare environments
- Built scalable Node.js backend services, REST APIs supporting patient monitoring, device integrations,
reporting, and healthcare operations
- Developed event-driven backend services using AWS Lambda, SQS, SNS, EventBridge, and API Gateway
- Built asynchronous processing pipelines for healthcare notifications, workflow automation, and device
event processing
- Developed React.js and Next.js dashboards for real-time operational monitoring and analytics
- Integrated HL7 healthcare systems and external APIs for secure data exchange
- Optimized backend performance using Redis caching, connection pooling, and SQL query optimization
- Designed secure HIPAA-compliant infrastructure with encrypted data storage, audit trails, role-based
access controls, and protected healthcare data transmission
- Collaborated with healthcare operations teams and infrastructure engineers to modernize legacy
monitoring workflows into scalable cloud-connected healthcare management systems
- Improved system observability through centralized logging, CloudWatch monitoring, and automated
recovery

Technologies: React.js, TypeScript, Redux, Tailwind CSS, React Query, WebSockets, REST APIs
- Led frontend development for healthcare and remote wellness monitoring platforms
- Developed scalable React.js applications with reusable component architectures and TypeScript
- Built real-time healthcare dashboards displaying biometric data, diagnostic insights, and patient wellness
metrics
- Integrated frontend applications with REST APIs and Node.js backend services through REST APIs and
WebSocket connections
- Improved frontend performance through lazy loading, API caching, and state management optimization
- Implemented secure authentication, RBAC-based permissions, protected routes, and audit-aware
healthcare workflows supporting HIPAA requirements

Technologies: C, C++, Embedded Systems, Algorithm Development
- Engineered an embedded spelling and grammar checking engine for handheld devices operating under
strict memory and CPU constraints
- Developed highly optimized C/C++ algorithms for dictionary compression, tokenization, string matching,
and grammar validation
- Collaborated closely with firmware engineers to integrate embedded software into production devices
while maintaining stringent memory and performance requirements
- Reduced software footprint by over 40% through algorithm optimization, enabling deployment on lowresource consumer hardware