Lead Engineer – Integrated Smart Pole Solutions

JOB PURPOSE : Smart pole development

Own the end-to-end architecture, integration, development and validation of an integrated Smart Pole solution combining smart lighting, video surveillance, environmental sensing, EV charging and digital LED display capabilities. Deliver a secure, interoperable, remotely managed solution by integrating field devices, embedded firmware, communication protocols and software platforms into a scalable, reliable product for smart cities, infrastructure and commercial applications.

KEY RESPONSIBILITIES

• Define end-to-end system architecture for an integrated Smart Pole, covering smart LED lighting, CCTV/IP cameras, environmental sensors (air quality, temperature, humidity, noise and other applicable parameters), EV chargers, digital LED display/signage and the central connected management platform.

• Translate business, customer and project requirements into system specifications, interface-control documents, block diagrams, integration plans, acceptance criteria and product requirements.

• Lead hardware, embedded firmware, device, network and application integration across heterogeneous vendors and technologies; manage interface dependencies and resolve system-level issues.

• Integrate communication and application protocols such as MQTT, HTTP/HTTPS, REST APIs, Modbus, TCP/IP, ONVIF, RTSP, BLE, Wi-Fi, Ethernet, LoRaWAN, cellular and other relevant protocols as applicable to selected devices.

• Define and integrate device onboarding, provisioning, configuration, remote monitoring, diagnostics, alarms, OTA firmware/software updates, data logging, dashboards and fleet/device lifecycle management.

• Lead firmware and software integration with cloud/edge platforms, mobile/web applications, analytics, video management systems, lighting controls, EV charging management systems and third-party enterprise/city platforms.

• Establish cybersecurity-by-design for devices and platforms, including secure boot, signed firmware, identity and certificate management, authentication/authorization, encryption, key management, network segmentation, vulnerability management and secure update mechanisms.

• Ensure interoperability, scalability, availability and performance across multi-vendor devices; define fallback modes, offline behaviour, time synchronisation, data integrity and fault recovery.

• Plan and execute integration testing, system verification, field trials, reliability testing, cybersecurity testing and user acceptance; manage defects through root-cause analysis and closure.

• Coordinate with electronics, mechanical, lighting, firmware, software, cloud, cybersecurity, EV charging, camera, sensor, display, manufacturing, quality, sourcing and service teams, as well as external technology partners.

• Evaluate vendors and technical solutions; review datasheets, SDKs, APIs, protocol specifications, firmware release notes and compliance evidence. Drive proof-of-concepts and technical due diligence.

• Prepare and maintain architecture documents, interface specifications, BOM inputs, test plans, deployment guides, service procedures and technical documentation.

• Support design-for-manufacturing, installation and commissioning, remote serviceability, lifecycle management, cost optimisation and product roadmap planning.

• Drive project execution, risks, milestones and technical reviews; mentor engineers and ensure delivery against agreed quality, cost, performance and schedule targets.

EDUCATIONAL QUALIFICATIONS

• Bachelor’s degree in Electronics / Electronics & Telecommunication / Electrical / Instrumentation / Computer Engineering or a related discipline.

• Master’s degree or relevant specialisation in embedded systems, IoT, networking, cybersecurity or systems engineering is an advantage.

WORK EXPERIENCE

• 10–12 years of relevant experience in IoT product development, embedded systems, system integration, connected devices or industrial/urban technology solutions.

• Demonstrated ownership of at least one complex, multi-device solution from architecture and proof-of-concept through integration, validation and deployment.

• Hands-on experience integrating hardware, firmware, communication protocols, APIs and cloud/edge software across multiple vendors.

CERTIFICATIONS

Relevant certifications in IoT, embedded systems, networking, cloud architecture or cybersecurity are desirable (e.g., cloud/IoT platform, networking or security certifications).

PREFERRED/ ADDITIONAL REQUIREMENT

• Strong understanding of embedded Linux/RTOS, device drivers, firmware lifecycle, OTA updates, APIs, SDKs, databases and cloud/edge architectures.

• Practical exposure to smart lighting controls, IP video surveillance, environmental sensors, EV charging systems and digital signage is highly desirable.

• Experience with MQTT brokers, REST APIs, device management platforms, Linux tools, packet/protocol analysis and integration/debugging tools.

• Knowledge of device and platform security, secure coding practices, threat modelling, vulnerability handling and relevant standards such as IEC 62443 is an advantage.

• Ability to read schematics, interface diagrams, protocol documents and firmware/software logs; strong troubleshooting and root-cause analysis skills.

• Experience in smart city, street lighting, infrastructure, industrial IoT or public-space deployments is preferred.

• Willingness to support field integration, commissioning and troubleshooting at customer/vendor locations as required.

REPORTEES

May guide and coordinate integration engineers / cross-functional project resources; formal direct reportees to be defined based on project structure.

INTERNAL / EXTERNAL INTERFACE

Internal: R&D – Electronics, Firmware, Software, IoT/Cloud, Lighting, Mechanical, Cybersecurity, Quality, Testing & Validation, Manufacturing, Sourcing, Product Management, Sales/Projects and Service.

External: Camera, sensor, EV charger, LED display and lighting suppliers; system integrators; cloud/platform partners; telecom/network providers; cybersecurity/testing agencies; customers, EPCs and smart-city/municipal stakeholders.

FUNCTIONAL COMPETENCIES

• System architecture and systems engineering

• IoT and multi-protocol integration / API integration

• Embedded firmware and device lifecycle management

• Cloud/edge platform and application integration

• Device, network and platform cybersecurity

• Integration planning, verification, validation and field commissioning

• Technical documentation, vendor evaluation and root-cause analysis

• Project execution, risk management and cross-functional coordination