• Design, build, and evolve the Migrations Platform — a mission-critical PHP application — ensuring it is reliable, performant, and scalable as we onboard increasing volumes of schools. • Take ownership of the platform's defined SLAs, including migration success rates, throughput, and turnaround times. Identify and deliver improvements that raise the bar on reliability and quality. • Take services from design through to production with end-to-end ownership. Ensure they are observable, with the logs, dashboards, and alerts needed to detect and respond to issues fast. • Reduce operational toil for the Migration Operations team by automating repetitive tasks, validations, and data integrity checks. • Support migration windows during weekends and school holidays. Be flexible with working hours during peak onboarding cycles to ensure customers go live successfully. • Apply and uphold coding standards, write well-tested and reusable code, and engage with the architecture community to share best practices. Ensure services meet production readiness standards. • Provide accurate estimates and feasibility input on technical work. Deliver iteratively, contribute to release planning, and participate in post-release reviews. • Lead investigations of failed or delayed migrations, perform root cause analysis, and drive follow-up improvements that prevent recurrence. • Support and mentor fellow engineers, including Migration Operations Engineers, through code review, pairing, and constructive feedback. Share knowledge generously across the team. • Work closely with Onboarding, Support, Product Managers, and other engineering teams to coordinate timelines, manage customer expectations, and align technical delivery with the wider onboarding strategy. Communicate risks, blockers, and status clearly to both technical and non-technical stakeholders.

• Lead design, development, and integration of computer and network based OT systems for automation projects. • Execute OT system start-up, Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT) and live OT system upgrades. • Specify computer system and network system hardware that align with project requirements. • Support and troubleshoot project teams during design, implementation and warranty phases of projects. • Coordinate with project managers, engineers, commissioning teams, and subcontractors to ensure successful project delivery. • Communicate clearly with customers and stakeholders during design reviews, testing phases, and commissioning activities. • Provide technical guidance and mentorship to junior engineers supporting project work. • Identify project risks early and collaborate with teams to develop effective technical solutions. • Ensure deliverables meet Thermo Systems Quality Management System (QMS) standards. • Follow established engineering processes and documentation practices throughout project execution. • Support cybersecurity, industrial networking, and IT/OT integration requirements. • Maintain strong attention to detail in system design, testing, and commissioning activities. • Support integration of OT systems with data platforms, historians, and visualization tools. • Contribute to implementation of industrial communication protocols (e.g., OPC UA, MQTT). • Assist with API-based integrations and data exchange between systems where applicable. • Participate in improving system connectivity, performance, and visibility across projects. • Contribute to continuous improvement of Thermo Systems approach to modern OT environments.

• Lead design, development, and integration of computer and network based OT systems for automation projects • Execute OT system start-up, Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT) and live OT system upgrades • Specify computer system and network system hardware that align with project requirements • Support and troubleshoot project teams during design, implementation and warranty phases of projects • Coordinate with project managers, engineers, commissioning teams, and subcontractors to ensure successful project delivery • Communicate clearly with customers and stakeholders during design reviews, testing phases, and commissioning activities • Provide technical guidance and mentorship to junior engineers supporting project work • Identify project risks early and collaborate with teams to develop effective technical solutions • Ensure deliverables meet Thermo Systems Quality Management System (QMS) standards • Follow established engineering processes and documentation practices throughout project execution • Support cybersecurity, industrial networking, and IT/OT integration requirements • Maintain strong attention to detail in system design, testing, and commissioning activities • Support integration of OT systems with data platforms, historians, and visualization tools • Contribute to implementation of industrial communication protocols (e.g., OPC UA, MQTT) • Assist with API-based integrations and data exchange between systems where applicable • Participate in improving system connectivity, performance, and visibility across projects. • Contribute to continuous improvement of Thermo Systems approach to modern OT environments.

• Lead design, development, and integration of computer and network based OT systems for automation projects. • Execute OT system start-up, Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT) and live OT system upgrades. • Specify computer system and network system hardware that align with project requirements. • Support and troubleshoot project teams during design, implementation and warranty phases of projects. • Coordinate with project managers, engineers, commissioning teams, and subcontractors to ensure successful project delivery. • Communicate clearly with customers and stakeholders during design reviews, testing phases, and commissioning activities. • Provide technical guidance and mentorship to junior engineers supporting project work. • Identify project risks early and collaborate with teams to develop effective technical solutions. • Ensure deliverables meet Thermo Systems Quality Management System (QMS) standards. • Follow established engineering processes and documentation practices throughout project execution. • Support cybersecurity, industrial networking, and IT/OT integration requirements. • Maintain strong attention to detail in system design, testing, and commissioning activities. • Support integration of OT systems with data platforms, historians, and visualization tools. • Contribute to implementation of industrial communication protocols (e.g., OPC UA, MQTT). • Assist with API-based integrations and data exchange between systems where applicable. • Participate in improving system connectivity, performance, and visibility across projects. • Contribute to continuous improvement of Thermo Systems approach to modern OT environments.