Design and Evolution of OS Platform Capabilities using C++, Linux
Docker Based Packaging, Deployment, Runtime and Observability
Design, implementation and integrations using protocols such as MQTT, Modbus, BACnet and OPC UA. Address interoperability, data quality, performance, fault handling and recovery across heterogeneous industrial devices and systems.
Design and develop software gateways and edge services that connect industrial devices, normalize and route data, perform protocol conversion, and operate reliably on embedded and industrial computing platforms.
Diagnose complex issues spanning applications, operating systems, containers, networks, protocols and third-party open-source components. Drive root-cause analysis and sustainable corrective actions rather than short-term fixes.
Partner with product managers, architects, subject-matter experts, quality teams, site teams and other engineering groups to deliver platform outcomes in an agile, globally distributed environment.
Create architecture decisions, interface specifications, development standards, troubleshooting guidance and customer-facing technical documentation that are precise and usable.
8+ years of professional software engineering experience, including significant ownership of complex production software or platform components.
Deep hands-on expertise with Ubuntu Linux, including services, processes, filesystems, permissions, package management, logging, networking and performance troubleshooting.
Strong hands-on C++ programming skills, with experience designing, debugging and maintaining production-grade software.
Advanced practical experience with Docker containers, including Dockerfiles, image creation, Docker Compose, networking, storage, upgrades and runtime troubleshooting.
Strong working knowledge of Industrial IoT and industrial communication protocols, including several of MQTT, Modbus TCP/RTU, BACnet and OPC UA.
Experience integrating software with industrial devices, gateways, controllers or other edge systems, with an understanding of unreliable networks and distributed-system failure modes.
Experience with software architecture, interface design, design patterns, multi-threading/concurrency, memory and resource management, and performance optimization.
Experience with source control, code review, build systems, automated testing and CI/CD pipelines.
Demonstrated ability to lead technical investigations, make architecture decisions and guide delivery across multiple engineers or teams.
Excellent English communication skills, including concise technical writing and the ability to explain complex topics to technical and non-technical stakeholders.
Hands-on experience developing industrial gateways, protocol converters or edge communication services that bridge field devices and higher-level platform applications.
Experience developing, integrating and troubleshooting software on embedded Linux and industrial computing devices, including Advantech or comparable industrial PCs, controllers and gateways.
Understanding of hardware-constrained and field-deployed environments, including device interfaces, serial and Ethernet communication, resource limitations, remote diagnostics and operational reliability.
Python and Bash scripting for automation, tooling, testing and diagnostics.
Experience designing or maintaining CI/CD pipelines for C++ and containerized applications.
Knowledge of IP networking, routing, DNS, TLS, certificates, firewalls and troubleshooting of field-network communication.
Experience with observability and open-source platform components such as Grafana, time-series data systems, message brokers or monitoring tools.
Experience with test automation, protocol simulators, hardware-in-the-loop testing or integration laboratories.
Experience with cloud or hybrid edge environments, including AWS services such as EC2.
Familiarity with Node.js/TypeScript, NestJS, PostgreSQL or related platform technologies.
Experience in energy storage, SCADA, industrial automation, controls or another operational-technology domain.
Familiarity with common embedded and industrial interfaces such as RS-232/RS-485, CAN, GPIO or other device-level communication interfaces.
