Top Solutions Engineer Jobs in Austin, TX

Lead end-to-end streaming ad integrations and own high-severity delivery investigations. Build analytical frameworks using SQL and Databricks against large ad-log datasets, maintain FreeWheel configurations, define implementation and QA standards, and partner with product, yield, sales, and stations to translate business needs into scalable technical solutions. Mentor other engineers and improve troubleshooting/escalation frameworks.

The Technical Solutions Engineer collaborates with the Sales team, leveraging construction scheduling expertise to assist customers in integrating Planera's solutions into their workflow, conducting demos, and leading technical discussions throughout the sales process.

Design and deliver customer-specific solutions on the Digimarc Illuminate platform: configure accounts, build integrations and web add-ons (Node/JavaScript), script data imports/exports, create demos/POCs, provide 2nd/3rd-level support, and collaborate with product, engineering, and customers to ensure successful deployments.

Design and scale engineering processes, tools, and automation to reduce friction and improve execution. Identify workflow pain points, implement process improvements, use AI to accelerate work, measure impact, and act as a senior resource to align stakeholders and drive adoption across design, manufacturing, supply chain, and quality teams.

The Azure Principal Software Engineer will lead client engagements, manage large-scale technical projects, and provide expertise on Azure solutions, focusing on both clients and project teams.

Lead requirements analysis and develop model-based solution architectures using MBSE and SysML (Cameo). Implement integrations via Java and Gremlin, drive rapid capability demonstrations, verify requirements traceability, assess risks to cost/schedule, collaborate with stakeholders, and promote MBSE best practices across the organization.

The Solutions Engineer integrates AI capabilities into the Centerline AI product, engages with customers for feedback, and coordinates with engineering teams to implement improvements.

Lead end-to-end electrical rack integration for high-performance computing: architecture, power budgeting, vendor management, safety/certification compliance, testing (hi-pot, continuity, load), failure analysis (FMEA), and factory test strategy while mentoring engineers and collaborating with cross-functional teams.

Own delivery and outcomes for enterprise finance accounts: build reusable semantic finance models, integrate ERP/planning/warehouse sources, reconcile data, run customer sessions with finance teams, and convert implementations into product improvements and templates.

Lead end-to-end electrical and power integration for rack-scale high-performance computing systems. Design and validate medium/low-voltage rack power architectures, PDUs, UPS, and busbar systems, build power budgets, perform failure analysis (FMEA), define factory test strategies, ensure compliance with electrical and data‑center standards, manage vendor relationships, mentor engineers, and support customer engagements and site deployments.

The role involves building AI systems for customer support, creating automated insights, and operationalizing AI in workflows while collaborating with engineering and customer solutions teams.

Lead evaluation, design, prototyping, and integration of robotic manipulation and automation for autonomous vehicle operations in logistics yards. Champion vendor selection, system architecture, perception, motion planning, controls, and field validation to enable safety-critical tasks like automated trailer coupling.

Software Quality Assurance engineering role (IR&D SQA Engineer II). Requires U.S. citizenship and work performed within the United States. Pay range $95,000–$115,000. Specific responsibilities not provided in the posting.

As a Software Engineer at Canonical, you will collaborate globally to shape open-source software operations, focusing on Python and Golang development, enhance DevOps workflows, and improve infrastructure operations for cloud computing solutions.

Design and automate compliance systems to enhance efficiency in audit readiness. Collaborate with teams to integrate tools and optimize processes.

The Geospatial (GIS) Solutions Architect-Engineer will design and implement geospatial solutions, leveraging ESRI tools, collaborating with stakeholders, and leading custom development efforts.