Research Engineer II: Real-Time GUI & Visualization for ATM

Nanyang Technological University; Singapore; On-site; SGD 110,000 - 170,000; Full time

Job summary

NTU's Air Traffic Management Research Institute (ATMRI) invites applications for a Research Engineer II (GUI & Visualization) to develop a PoC GUI for real-time aircraft state, routes, and conflicts. You will build interactive tools and visual overlays, integrate REST/WebSocket updates, and collaborate with simulation engineers to support human-in-the-loop experiments.

Ideal candidates have 6+ years in CS, strong PyQt5/PySide2 or React.js experience, and a background in visualizing real-time

Qualifications

• Minimum Bachelor in Computer Science or related field.
• Over 6 years of professional experience.
• Strong experience with PyQt5/PySide2 or React.js.
• Experience visualizing real-time spatial or simulation data.

Responsibilities

• Build a PoC GUI client to display real-time aircraft state, route, and conflicts
• Implement interactive tools such as drag-and-drop strip editors, coordination dialogs
• Visualize radar/sector overlays and aircraft labels using PyQt or lightweight React
• Consume REST/WebSocket APIs for updates from the Coordination Server
• Work with Simulation and Backend Engineers to visualize test aircraft trajectories
• Build testable UI components and logs for scenario demonstration

Skills

PyQt5/PySide2

React.js

Real-time visualization

WebSocket

REST API integration

UI state management

GIS aviation data

Education

Bachelor in Computer Science

Job description

NTU's Air Traffic Management Research Institute (ATMRI) invites applications for a Research Engineer II (GUI & Visualization) to develop a PoC GUI for real-time aircraft state, routes, and conflicts. You will build interactive tools and visual overlays, integrate REST/WebSocket updates, and collaborate with simulation engineers to support human-in-the-loop experiments.

Ideal candidates have 6+ years in CS, strong PyQt5/PySide2 or React.js experience, and a background in visualizing real-time