Embedded Systems and Full Stack Developer (Industrial IoT & AI/ML)

Krisvconsulting Services Pte Ltd; Penang; On-site; MYR 60,000 - 90,000; Full time

Job summary

A technology consultancy in Penang is seeking an Embedded Systems and Full Stack Developer to develop full-stack applications for industrial IoT systems. The role involves embedding systems integration and collaborating in agile environments. Candidates should have expertise in Node.js, REST APIs, and Python for AI/ML tasks.

Qualifications

• Experience with Node.js, REST APIs and MQTT.
• Proficiency in D3.js, ASP.NET, HTML/CSS/JS.
• Knowledge in Python for AI/ML applications.

Responsibilities

• Develop full-stack applications for industrial IoT.
• Integrate embedded systems with real-time data.
• Collaborate across hardware, software, and UX.

Skills

Node.js

REST APIs

D3.js

ASP.NET

Python

Tools

MySQL

WebSocket

HMI standards

Job description

Embedded Systems and Full Stack Developer (Industrial IoT & AI/ML)

Job Openings Embedded Systems and Full Stack Developer (Industrial IoT & AI/ML)

About the job Embedded Systems and Full Stack Developer (Industrial IoT & AI/ML)

Responsibilities

• Develop and maintain full-stack applications for industrial IoT systems.
• Build and integrate embedded systems with real-time data communication.
• Design and implement FMS dashboards and tablet-friendly UIs.
• Collaborate across hardware, software, and UX domains in agile environments.

Requirements

• Backend: Node.js (Linux), REST APIs, MQTT, ROS, custom AGV protocols.
• Frontend: D3.js, ASP.NET (Framework 4.8 & Core 8+), HTML/CSS/JS, WebSocket.
• Mobile/UI: Cross-platform apps, HMI standards, responsive touch interfaces, SVG/canvas maps.
• Protocols: JSON, MQTT/AMQP, SSL cert management, IoT sensor integration.
• Database: MySQL.
• Python for AI/ML tasks.
• Real-time scheduling, maintenance prediction, issue tracking, and log analysis.
• Workflow optimization and monitoring.
• LAN setup (Wi-Fi, Ethernet).
• TLS, firewall configuration, and secure communication.
• Systems thinking across hardware/software/network/UX.
• Agile development with hardware-in-the-loop.
• Industrial safety standards (ISO 3691, ANSI).
• Logistics workflow optimization and field testing.
• Cross-functional collaboration with analysts and safety engineers.