Hiring Guide
Node.js/TypeScript backend engineer for scalable APIs and integrations.
I build Node.js/TypeScript backends for SaaS APIs, integrations, Cloudflare Workers, workflow automation, and product platforms.
Who this is for
This page is for teams that need a full-stack backend developer for TypeScript API work, not just frontend-adjacent JavaScript development.
Best fit projects
- Node.js API architecture and implementation
- Cloudflare Workers written in TypeScript
- Third-party integrations, webhooks, and B2B workflow automation
- Database-backed SaaS features with clean backend contracts
Relevant proof
- Designed backend architecture for nationwide real estate inventory workflows
- Built product backend foundations end-to-end for Wakamiapp
- Delivered Cloudflare Worker + Supabase and advanced edge parsing projects for clients
How I work
- Define domain boundaries before endpoints spread everywhere
- Make TypeScript contracts useful across API, validation, and integration code
- Keep database access predictable and performance-aware
- Ship maintainable backend modules that agencies and startups can extend
Problems I Usually Solve
- A TypeScript backend has grown quickly and now needs clearer modules, service boundaries, validation, and integration ownership.
- The team needs Cloudflare Workers written in TypeScript for API gateways, reverse proxies, webhooks, or edge request handling.
- Third-party integrations are becoming fragile because retries, idempotency, logs, and failure states were added late or inconsistently.
- A product backend needs stable APIs around PostgreSQL, search, workflow automation, or customer-facing SaaS features.
Architecture Signals I Check
- TypeScript backend work is strongest when types describe real API and domain boundaries, not only request bodies.
- Cloudflare Workers pair naturally with TypeScript when the edge layer owns small, well-defined request responsibilities.
- Node.js services need explicit retry behavior, timeout budgets, and idempotency for integrations and webhook-heavy systems.
- Database-backed SaaS features should expose workflow-oriented API contracts rather than leaking table structure to clients.
What You Get
- Node.js/TypeScript API implementation or refactor with clear module ownership.
- Cloudflare Workers in TypeScript for proxies, webhooks, auth checks, search facades, and edge APIs.
- Integration hardening: retries, idempotency keys, logging, validation, and predictable error handling.
- Documentation for API contracts, deployment, environment variables, and future feature extension.
Typical Engagement Plan
- I start by identifying the modules that currently carry the most risk: integrations, write paths, auth boundaries, webhook handlers, or database-heavy endpoints.
- Then I define the API contract and ownership model before refactoring or adding features, because TypeScript is most useful when the boundaries are clear.
- For Cloudflare Workers work, I keep the edge layer narrow and typed so it protects or simplifies the backend instead of duplicating the whole application.
- The final delivery includes code, operational notes, and a practical explanation of how the next engineer should extend the system.
Related proof pages
Questions founders usually ask
Do you build Cloudflare Workers with TypeScript?
Yes. TypeScript is a strong fit for Workers, API gateways, reverse proxies, webhook handlers, and typed integration layers.
Can you help with existing Node.js backend systems?
Yes. I can audit architecture, improve API boundaries, refactor integrations, and add production-grade observability and validation.
Can you help if our Node.js backend already exists?
Yes. I can audit the current structure, identify the risky modules, and improve the parts that create the most maintenance or reliability pain without forcing a full rewrite.
Do you build TypeScript Workers for production?
Yes. TypeScript Workers are a good fit for small API surfaces, request guards, webhooks, reverse proxies, search facades, and Cloudflare plus AWS hybrid architectures.
What matters most in integration-heavy Node.js systems?
Idempotency, retries, timeouts, clear ownership of external state, and useful logs. Without those, integrations look fine in development and become painful in production.
Next step
Send the current stack, the bottleneck, and the business outcome you want. I will reply with the smallest useful next step: audit, scoped implementation, or a short technical plan.
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