Building agentic AI systems for healthcare operations, intelligent planning, and complex organizational workflows.
I am a co-founder and AI product builder working at the intersection of artificial intelligence, healthcare operations, and research.
My current work focuses on designing AI-powered systems that support complex planning, resource allocation, decision-making, and organizational coordination.
ORaigent develops AI-powered planning and decision-support systems for operating rooms and healthcare organizations.
Our work focuses on:
- Intelligent operating-room staff planning
- Dynamic resource and capacity allocation
- Constraint-based scheduling
- Operational decision support
- AI-assisted coordination of complex clinical workflows
Nexus Agent AI builds intelligent agents and automation solutions for complex business and organizational processes.
Our focus includes:
- Agentic AI systems
- Custom AI assistants
- Workflow automation
- Retrieval-augmented generation
- AI tool and system integration
- Domain-specific conversational applications
- Agentic AI and multi-tool workflows
- Healthcare operations and resource optimization
- Operating-room scheduling and staff planning
- Model Context Protocol servers
- AI-assisted decision systems
- Full-stack AI product development
- Persian NLP and computational humanities
OpenAI · Gemini · Genkit · MCP · Python · BERTopic · Gensim · NLP
TypeScript · Next.js · React · Tailwind CSS · Node.js
PostgreSQL · Prisma · MongoDB · Docker · Azure · Vercel
My academic work examines the theologico-political problem of law during the Iranian Constitutional Revolution of 1906.
My broader research interests include:
- Political theology
- Shiʿite jurisprudence
- Divine and human legislation
- Religion and state formation
- Secularization and institutional differentiation
- Digital humanities
- Persian natural language processing
- Computational text analysis
My work connects three areas that are often treated separately:
Artificial intelligence, as a practical system for decision support and automation.
Healthcare operations, as a domain involving complex constraints, scarce resources, and high-stakes coordination.
Humanities research, as a field where computational methods can reveal patterns in historical, philosophical, and religious texts.