Open to new-grad & junior roles · Islamabad, PK · CS graduate, 2026
I build AI automationthat runs in production— not demos.
I turn high-volume operational work — inbox triage, review response, candidate evaluation, creative generation — into autonomous, event-driven systems. Full-stack, end to end: OAuth and API integrations, background-job pipelines, cost-aware LLM generation, and the operator dashboards that keep humans in control.
Selected evidence
01 — Selected work
Systems built to run unattended
A focused set of projects, each with a clear problem, an architecture decision worth defending, and an honest account of what shipped. Private and client work is described by domain, scale, and role — never by customer data.
02 — How I work
Production thinking, not just prompts
The model is usually the last decision, not the first. Most of the engineering is everything around it.
Integrate at the source
Real OAuth token lifecycles with refresh buffers and invalid-grant detection; webhooks and Pub/Sub for near-real-time ingestion — not happy-path API calls.
Engineer for throughput and cost
Rate-limit-safe concurrency, batched database writes, tagged caching, and pre-filtering that skips work before it costs a model call.
Keep humans in control
Draft-to-approve pipelines, structured reasoning logs, confidence heuristics, and per-decision auditability — automation you can actually trust to run.
03 — Beyond solo builds
Team leadership and research depth
I led a four-person AI research team at Genesys Research Lab, delivering a RAG-based recruitment evaluation platform on lab infrastructure.
Separately, I contributed across a production multi-tenant agentic AI SaaS platform — multi-tenant billing, multi-model routing, an AWS pipeline, and vector search — as one engineer on a larger team.
I co-built a multimodal music-recommendation system as my Computer Science thesis, and I'm the technical founder of an early-stage startup building evidence-grounded CAD intelligence — with the discipline to know when not to build.