Hands-on engineering grounded in production ownership.
Amit K. Mishra is a full-stack developer specializing in Java and Spring Boot. He builds and maintains operational platforms, internal business systems, public-facing products, and reusable backend foundations.
From teaching to hands-on product engineering.
Amit completed his B.Tech in June 2016 and began his career teaching Mathematics and Computer Science at SSRDPB Inter College, Bairiya-Kheri. Teaching strengthened his structured problem-solving, communication, and ability to explain complex ideas clearly.
In December 2023, he transitioned into professional software development at URV India Pvt. Ltd. His official designation was Senior Full-Stack Developer. As the company's sole developer, he became responsible for requirements analysis, architecture, backend and frontend implementation, databases, integrations, deployment, and production maintenance across Fleetovo, the Luxorides Digital Platform, the URV Staff Portal, and Croscar.
In April 2026, his official designation changed to Technical Head, reflecting broader ownership of the company's software products and technical decisions. The role remains hands-on and is focused on technical ownership rather than people management: he continues to serve as the sole developer while working directly with business and design stakeholders.
He started BuildBaseKit in May 2026 as an independent developer-product initiative focused on reusable Spring Boot foundations and a longer-term modular project-generation direction.
End-to-end ownership across operational, internal, and public products.
At URV India Pvt. Ltd., Amit is the sole developer responsible for architecture, full-stack implementation, workflow design, stakeholder collaboration, legacy modernisation, deployment, production support, and technical decisions.
01
Fleetovo
Fleet operations and booking management ecosystem
A connected fleet-operations ecosystem covering bookings, duties, vehicles, drivers, estimates, invoices, payments, purchases, ledgers, and reports.
Case study02
Luxorides Digital Platform
Website modernisation, content platform, catalogue, booking application, and media infrastructure
A progressive website-modernisation and digital-platform project combining Next.js, visual page building, SEO controls, product management, legacy-route compatibility, media storage, and customer bookings.
Case study03
URV Staff Portal
Internal HR, attendance, payroll, task, and project-management platform
An internal HR and project-operations platform covering attendance, leave, permissions, payroll workflows, tasks, projects, and archival records.
Case study04
Croscar
Public product and service website
A responsive Next.js product website created to launch and support a mobility and car-rental brand.
Case studyA practical operating model.
The aim is not architectural ceremony. It is reliable delivery with decisions that remain understandable under production pressure.
Business context before implementation
Start with the operation, decision, and failure cost before choosing a technical shape.
Simple architecture before unnecessary distribution
Prefer clear boundaries in the simplest deployable system that satisfies the real constraints.
Clear ownership
Make responsibility for decisions, modules, incidents, and handoffs visible across the delivery process.
Reliable workflows
Model state changes, authority checks, and exceptional paths as first-class product behavior.
Production observability
Design errors and operational signals so stakeholders can understand impact and production issues can be diagnosed from evidence.
Maintainable delivery
Protect long-term change through readable modules, stable contracts, review, and pragmatic documentation.
Honest trade-offs
Record what a decision improves, what it costs, and which assumptions would require revisiting it.
Hands-on technical ownership
Stay close to implementation and production so architecture and delivery decisions remain grounded in real system behavior.
Skills grouped by the work they support.
Tools matter in context: architecture, product delivery, data integrity, operational reliability, and delivery execution.
Backend and architecture
Translate operational rules into maintainable service and module boundaries.
- Java
- Spring Boot
- API design
- Modular architecture
- Authentication and role-based access
Frontend and product delivery
Connect backend behavior to clear, responsive product workflows.
- Angular
- Next.js
- Tailwind CSS
- Puck Editor
- Responsive interfaces
- Component-based page systems
Data and storage
Keep operational records, financial context, and files consistent across workflow changes.
- MySQL
- Prisma ORM
- Relational modelling
- Transaction boundaries
- File-storage architecture
- Reporting data flows
Infrastructure and deployment
Prepare software for controlled releases, recovery, and production diagnosis.
- Deployment planning
- Environment coordination
- Backups and recovery
- Production observability
- Release readiness
Integrations and operations
Isolate external dependencies and preserve understandable operational failure paths.
- Booking and duty workflows
- Invoices, payments, ledgers, and reports
- HR and internal workflows
- Legacy migrations and redirects
- SEO and media services
Technical ownership and execution
Keep architecture, delivery, stakeholders, and production responsibility in the same decision loop.
- Architecture decisions
- End-to-end implementation
- Delivery planning
- Stakeholder translation
- Production support
- Incident diagnosis
Why BuildBaseKit exists.
Repetitive backend setup creates avoidable decisions before a product reaches its real problem. Amit is building BuildBaseKit to turn recurring Spring Boot foundations—authentication, role-based access, file storage, module boundaries, and documentation—into a clearer starting system.
Available products include AuthKit-Lite, FiloraFS-Lite, Basely, and FiloraFS-Pro. Their documentation and project structure provide coding agents with clearer context; modular project generation remains a planned future direction.
Supporting credentials.
Production work remains the primary evidence; formal education and verified certificates provide supporting context.
B.Tech
Core Java Certification
For a concise chronology, continue to the web résumé.
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