Engineering Portfolio·2024 — 2026

Work

An exploration of machines, intelligence and digital systems.

A focused presentation of five engineering systems: production-scale web platforms serving 50,000+ national students, cross-platform mobile client suites with sub-50ms ephemeris computation, deep-terrain autonomous competition rovers, peer-reviewed sensor fusion algorithms, and sandboxed multi-agent AI operating systems.

Primary Flagships

Production Scaled Platforms
Flagship Platform2024 — 2025 · Ministry of Education
SEVA First Innovation Challenge — Ministry of Education Portal
SEVA First Platformsewafirstryic.dtu.ac.in↗

SEVA First Platform

High-Concurrency Distributed Architecture Serving 50,000+ Student Registrations

Recognized by the Ministry of Education & AICTE and winning 1st place at Smart India Hackathon among 1,500+ institutions. Engineered with Go microservices, Redis distributed caching, and PostgreSQL schemas handling deadline traffic spikes with 180ms response times.

Flagship Suite2025 — 2026 · Client Platform
Astro Sushil Vedic Astrology Platform — Native Flutter Mobile Suite
Coming Soon
Astro Sushil Vedic AstrologyNative Flutter & Next.js

Astro Sushil Mobile & Web

Production Vedic Astrology Platform with Sub-50ms Ephemeris Engine

Integrated monorepo uniting a native Flutter mobile client with a Next.js admin portal and Prisma/PostgreSQL backend. Powered by offline Swiss Ephemeris C-bindings computing planetary longitudes in under 50ms and custom 60 FPS Kundali rendering.

Autonomous Systems & AI

Field Robotics & Operating Systems
Avni Autonomous Ground Vehicle
UGVC 2026 Egypt
Robotics & Autonomous Systems

Avni Rover

Deep-terrain competition rover platform with inverted-V suspension, isolated CAN-FD bus, and 11.8ms deterministic ROS 2 control loops.

4.2 m/s · 11.8ms LoopCase Study →
Research Visuals PendingVerified Specification

AGNI Sensor Fusion

IEEE 44th ICCE (Las Vegas) research visuals pending.

Mathematical Formulation
K_k = P_{k|k-1} H_k^T (H_k P_{k|k-1} H_k^T + \Lambda_k R_k)^{-1}
Peer-Reviewed Research

AGNI Sensor Fusion

Hybrid Confidence-Adaptive Fusion (HCAF) dynamically scaling Kalman gains during sensor degradation, reducing error by ~32% over standard EKF.

~32% Drift ReductionCase Study →
Telemetry PendingVerified Specification

FlawCode Multi-Agent OS

Hermes orchestrator state machine logs pending.

Agents
5 Roles
Sandbox
Docker AST
AI & Perception

FlawCode (ForgeOS)

Multi-agent AI software engineering OS with Hermes state machine, isolated Docker sandboxing, AST verification, and real-time Slack streaming.

Docker AST SandboxCase Study →