Top Python Jobs in Glasgow

Build and maintain full-stack Creative Studio products across frontend, backend, APIs, infrastructure, and generative AI workflows. Develop new products and proof-of-concepts, improve existing platform functionality, support enterprise integrations, strengthen reliability and scalability, and process large-scale datasets for generative AI models. Collaborate with Engineering, Growth, Sales, research teams, and customers to solve complex product and workflow challenges.

Owns reliability for GCP-hosted BI APIs and data services, including uptime monitoring, incident response, observability, security reviews, infrastructure automation, and cloud cost alerting. The role also develops and maintains LookML models, Liquid templates, BigQuery SQL, dbt integrations, and data quality processes. Collaboration with backend and data engineers supports reliable pipelines, reproducible deployments, and continuous platform improvement.

Build and maintain production REST APIs using Java 21 and Spring Boot while developing AI-powered portal features with Python on GCP. Responsibilities include creating MCP and agent tooling, shipping LLM-backed products, managing Kubernetes and cloud services, modernizing legacy Java systems, conducting code reviews and testing, and advancing AI-assisted development practices across the engineering team.

Build and operate highly available GCP infrastructure for international engineering teams and customer deployments. Manage Kubernetes clusters, automate deployments, develop internal infrastructure tooling, and oversee monitoring, alerting, maintenance, and incident response. Establish async handoffs for continuous global coverage across EU, US, and APAC teams. The role also supports agentic AI and LLM workflows, with opportunities to work on data pipelines and stream-processing architectures.

Drive quality assurance for web features from technical handoff through production release. Responsibilities include test planning, test case creation, functional and exploratory testing, regression, UI/UX, cross-browser, responsive, API, and end-to-end testing. Support releases through build validation and monitoring, document and review tests, collaborate with product and engineering teams, improve QA metrics, and optionally contribute to test automation.

Provides senior technical leadership for an engineering team by shaping technical direction, architecture, roadmaps, and engineering standards. Leads technical discovery and solution design, drives code quality, testing, reliability, and performance, and collaborates across teams. Mentors engineers, influences technical decisions, and connects engineering work to customer and business outcomes while contributing hands-on.

Implements industrial data integrations connecting shopfloor machines, PLCs, sensors, and enterprise platforms through Litmus Edge and IIoT technologies. Configures industrial protocols, maps and normalizes data, maintains edge deployments, troubleshoots connectivity and data quality, and supports predictive maintenance use cases. The role also involves customer engagement, demonstrations, implementation handoffs, documentation, and travel to manufacturing sites.

Lead Cloud Platform and SRE teams, guiding infrastructure strategy, Kubernetes operations, platform reliability, developer tooling, and technical growth. Own SLOs, SLAs, error budgets, observability, incident remediation, and secure cloud environments. Drive self-service infrastructure, GitOps, infrastructure-as-code, and platform adoption while balancing stability with developer velocity. Partner cross-functionally to communicate technical decisions and build scalable, resilient systems.

Lead and grow multiple engineering teams delivering personalization, search and recommendation systems. Set technical strategy, ensure reliability and SLI/SLOs, drive DevOps and CI/CD excellence, partner with Product and Data Science, hire and develop engineering leaders, and own product-group outcomes.

The Head of Software Engineering will lead and inspire teams, driving technical excellence, innovation, and agile practices while delivering complex systems and solutions for personalisation and customer-centric environments.

Lead and troubleshoot cloud infrastructure for enterprise-scale AWS workloads. Architect and implement infrastructure changes, drive projects, support 24/7 follow-the-sun operations, partner with product teams to remediate issues, and apply automation, observability, and responsible AI-assisted development practices.

Design, deploy, configure, and operate Kubernetes and Portworx solutions across on-premises and cloud environments. Support architecture workshops, storage, backup, disaster recovery, monitoring, CI/CD, and infrastructure-as-code workflows. Troubleshoot production issues, manage support cases, validate changes, train customer teams, and collaborate with architects, project managers, partners, and engineering teams. The role is customer-facing, hands-on, and supports enterprise engagements across the UK and EMEA.

Build and operate stateful streaming pipelines and Go services that process usage events into accurate, near-real-time billing data. Responsibilities include ingestion, validation, enrichment, pricing, storage integration, usage APIs, billing exports, failure recovery, idempotency, exactly-once processing, reconciliation, scalability, observability, and deployment ownership.

Own and scale outbound revenue infrastructure across client accounts. Build advanced Clay enrichment workflows, intent-based targeting systems, API and automation integrations, AI-assisted prospecting workflows, and email deliverability infrastructure. Partner with strategists to improve campaigns and performance, establish technical standards, document processes, test emerging GTM technologies, troubleshoot complex systems, and mentor junior and mid-level engineers.

Own the availability, performance, reliability, automation, monitoring, and incident response of production SaaS applications across Azure multi-cloud and multi-region environments. Troubleshoot infrastructure and application issues, improve disaster recovery and failover, conduct post-incident reviews, build automation, and implement observability and performance improvements. Participate in weekend on-call rotations and communicate incident updates to customer-facing stakeholders.

Lead technical strategy, architecture, implementation, and operations for foundational infrastructure services including load balancing, DNS, IPAM, certificates, Vault, proxies, CDN, and API management. Build automation and infrastructure-as-code solutions, improve reliability and capacity, troubleshoot production issues, support PCI compliance, mentor engineers, collaborate across technical teams, and participate in on-call support for a high-volume 24x7 environment.

Build and operate automated compute-capacity systems across regions, including forecasting, provisioning, reservations, fleet reconciliation, drift detection, observability, alerting, and cost optimization. Support demand planning for customer commitments, migrations, and new regions. Contribute to right-sizing, autoscaling, workload consolidation, capacity incident response, and post-incident improvements while coordinating with engineering and finance stakeholders.

Administers and architects IBM i environments across IBM Power Systems, managing partitions, upgrades, backups, disaster recovery, high availability, security, performance, storage, and integrations. Develops automation with CL, SQL, and RPG; supports IBM MQ, APIs, cloud platforms, and open-source technologies. Serves as the highest technical escalation point, leads root-cause analysis, participates in on-call support, and manages infrastructure changes, modernization initiatives, documentation, and compliance.

Designs, develops, integrates, tests, and maintains production embedded Linux software for vehicle systems. Responsibilities include modern C/C++ and Qt/QML development, Yocto platform maintenance, Python automation, CI/CD, automated testing, debugging across hardware and software boundaries, release management, architecture, documentation, and production support. The role also provides technical leadership and mentorship while collaborating with multidisciplinary engineering, manufacturing, cybersecurity, and supplier teams.

Design and build shared backend platforms for Textio’s products. Develop scalable cloud-based distributed systems, infrastructure-as-code, reliability and cost-measurement tools, and production services. Break down ambiguous requirements into executable work, define KPIs, maintain a large Python codebase, collaborate across engineering teams, and mentor teammates on operating services at scale.

As a Senior Platform Engineer, you'll design and support digital service platforms, ensuring quality, scalability, and security while collaborating with teams to improve services.

Lead production delivery of intelligent solutions across data pipelines, APIs, and application layers. Serve as the primary technical client contact, mentor a cross-functional squad, make architectural decisions, manage technical risk, and contribute hands-on across software and data engineering. The role requires Azure delivery experience and collaboration with solution architects in regulated, critical-infrastructure environments.

The Senior Software Engineer will lead the development of backend systems for payment processing, collaborating with teams, setting goals, and fostering quality and ownership in code development.

Own and evolve HTB’s internal platform stack, including identity and access management, Google Workspace, endpoint management, SaaS administration, security tooling, compliance automation, secrets management, and an AI/LLM gateway. Build integrations and workflow automations, maintain documentation and runbooks, support secure scaling, and participate in on-call for critical identity, email, and SaaS incidents.

Designs and leads complex platform engineering initiatives, including CI/CD automation, infrastructure as code, multi-cloud architectures, container orchestration, observability, networking, security, and developer self-service platforms. The role improves developer experience, reliability, scalability, and cost efficiency while mentoring engineers, troubleshooting complex systems, and influencing technical strategy.