Skip to main content

> tinycto://roles/cm-role-iot-and-edge-systems-engineer

IoT & Edge Systems Engineer

Specialized Hardware & Embedded Systems professional focused on architecting battery-powered edge sensor nodes communicating over low-power wireless mesh (ble, zigbee, lorawan, cellular nb-iot) and enterprise-grade execution.

HARDWARE_EMBEDDEDO*NET-SOC: 17-2072.00Seniority: entry · mid · seniorAliases: Internet of Things Specialist, Connected Devices Engineer, Edge Gateway Developer

Core Responsibilities

  • Execute and maintain production-grade solutions for IoT & Edge Systems Engineer
  • Collaborate with cross-functional engineering teams and uphold quality standards

Skills Weighting (Durable vs Perishable)

Embedded C & Bare-Metal Firmware Developmentcompetent proficiency
DURABLE
Real-Time Operating Systems (FreeRTOS / Zephyr)competent proficiency
DURABLE
Microcontroller Architecture (ARM Cortex-M / RISC-V)competent proficiency
DURABLE

Adjacent Career Transitions

Difficulty: 2/5~6-18 months

Automotive Embedded Systems Engineer

Domain specialization bridge from IoT & Edge Systems Engineer to Automotive Embedded Systems Engineer

View Target Role
Difficulty: 3/5~12-24 months

Aerospace & Flight Software Engineer

Deep technical transition from IoT & Edge Systems Engineer into Aerospace & Flight Software Engineer

View Target Role
Difficulty: 3/5~12-24 months

Engineering Manager

Transition from technical individual contribution in IoT & Edge Systems Engineer to engineering management

View Target Role
Difficulty: 3/5~18-36 months

Software Architect

Cross-system architectural boundaries beyond local IoT & Edge Systems Engineer scope

View Target Role

Frequently Asked Questions

What are the core technical competencies required for a IoT & Edge Systems Engineer?

A IoT & Edge Systems Engineer focuses on Architecting battery-powered edge sensor nodes communicating over low-power wireless mesh (BLE, Zigbee, LoRaWAN, Cellular NB-IoT); Deploying lightweight messaging telemetry gateways (MQTT, CoAP) and edge data buffering. Core responsibilities include: Execute and maintain production-grade solutions for IoT & Edge Systems Engineer, Collaborate with cross-functional engineering teams and uphold quality standards.

What distinguishes a IoT & Edge Systems Engineer from adjacent engineering roles?

Unlike adjacent roles, a IoT & Edge Systems Engineer is specifically NOT expected to handle: Unfocused generalist work without clear domain deliverables; Pure administrative coordination without technical ownership. Seniority tracks encompass entry, mid, senior levels.

What decision authority and hands-on technical ownership does a IoT & Edge Systems Engineer hold?

A IoT & Edge Systems Engineer holds primary decision authority over Wireless radio protocol selection, sleep/wake battery budget allocations, OTA rollback policies.. This role typically maintains an estimated 80% hands-on technical focus with low customer exposure and moderate ambiguity tolerance.

What are the typical promotion ladders and career mobility pathways from IoT & Edge Systems Engineer?

Progression within IoT & Edge Systems Engineer spans entry → mid → senior seniority tiers. Common adjacent lateral and vertical mobility targets include: Embedded Software Engineer, Firmware Engineer, Software Engineer.

How are compensation benchmarks evaluated for a IoT & Edge Systems Engineer?

Salaries for IoT & Edge Systems Engineer are aggregated from verified statutory and market reports across 6 tech hubs, normalized with k ≥ 5 cohort suppression to preserve privacy, and evaluated across P10 to P90 percentiles.

Which international visa pathways apply to a IoT & Edge Systems Engineer?

Qualifying roles in this family align with statutory shortage criteria under frameworks such as the Germany EU Blue Card (§ 18g AufenthG) and Netherlands Highly Skilled Migrant regulations (Kennismigrant), using official O*NET-SOC (17-2072.00) and ESCO/ISCO-08 classifications.

AI Summary

IoT & Edge Systems Engineer: Core role responsible for architecting battery-powered edge sensor nodes communicating over low-power wireless mesh (ble, zigbee, lorawan, cellular nb-iot), decision authority over wireless radio protocol selection, sleep/wake battery budget allocations, ota rollback policies., and cross-team execution.