Job description

Track: FULL STACK.

Project: Build a standalone web platform to automatically generate and optimize patrol routes for the PGuard autonomous security robot across a site.

Key features to implement:

Role management: admin creates user/admin accounts and assigns robots to users; each user manages only their assigned robots.
Administrator dashboard: monitor users and robot activities (generated routes, completed patrols, distance, duration, battery consumption).
Site map design using Leaflet + OpenStreetMap: define patrol areas, navigable paths, restricted zones, charging station.
Route network generation: convert drawn paths or OSM data into a graph (nodes, weighted edges).
Checkpoint placement with priorities and visit frequencies.
Optimal route generation covering all checkpoints and returning to the charging station: shortest path algorithms (Dijkstra / A*) and visit-order optimization (nearest neighbor + 2‑opt).
Constraint handling: battery range, restricted zones, higher‑frequency visits for high‑priority checkpoints.
Animated simulation of the robot along the route (distance, duration, battery) and robot status (idle, patrolling, charging).
Route comparison, history, exports (GeoJSON/JSON), and PDF reports.

Candidate profile:

Final‑year Computer Science or Software Engineering student, self‑motivated and inquisitive, with interest in robotics and algorithms.

Required skills:

React, Node.js/Express, MongoDB, REST APIs, JWT authentication, Leaflet (mapping).
Solid fundamentals in algorithms (graphs, shortest paths) and Git. Docker is a plus.

Application: Email only. Include the subject reference in the email subject and attach your CV and cover letter. Any other method is not considered.