Building scalable systems that replace manual operations at scale.
A production-ready SaaS ecosystem for small to mid-sized schools.
Impact:
- Handles 100β1000 students per school
- Reduces manual fee handling workload by 70β90%
- Automates 100% of receipt generation and reminders
- Cuts admin processing time from hours β minutes
What it is:
- Central platform for onboarding, licensing, and access control
- Modular architecture separating control and execution layers
Structure:
- FeeEase (Control Layer) β onboarding, licensing, access
- School Management (Core Engine) β fees, students, attendance, operations
A large-scale system replacing legacy accounting and operations software for a transport company managing 1000+ tankers.
Impact:
- Digitizing 100% of trip and fuel workflows
- Eliminates manual Excel/accounting dependency
- Processes hundreds of daily trip entries
- Reduces reconciliation errors significantly
Architecture:
- Microservices-based backend
- Web platform for operations, billing, cashier roles
- Native mobile app for drivers
- Desktop bridge syncing with Tally
A full-scale operational system for a nonprofit organization.
Impact:
- Manages end-to-end donation lifecycle
- Tracks 100% financial flow (donation β expense)
- Automates multi-channel communication (email, SMS, WhatsApp)
- Reduces manual coordination overhead by 60β80%
Scope:
- donations, sponsorships, expense tracking
- marketplace workflows (scrap-to-funds)
- structured member and communication system
- Jahannuma β multilingual digital library handling structured literary content at scale with SEO + PWA architecture
- Cvians β reusable TypeScript UI toolkit reducing UI development effort by 30β50%
- system-first thinking over feature-first development
- builds designed for scale, not demos
- automation over manual workflows
- cost-performance optimized systems
TypeScript β’ Next.js β’ Node.js β’ MongoDB System design β’ SaaS architecture β’ workflow automation
