Top Tech Jobs & Startup Jobs in Austin, TX

Leads mechanical design and integration for data center power and cooling infrastructure, including hydronic systems, frames, enclosures, piping, and support structures. Performs FEA, structural and thermal analysis, CAD modeling, fabrication drawing development, material selection, and design validation. Collaborates with electrical, thermal, systems, compliance, suppliers, and customers to ensure manufacturability, reliability, regulatory compliance, and serviceability. Drives design reviews, continuous improvement, root-cause analysis, lifecycle management, and mentorship.

Leads product introductions and manufacturing performance for AI/ML, GPGPU, accelerator-based server, and storage platforms. Provides technical direction across engineering, manufacturing, test, quality, suppliers, customers, and multiple sites. Drives root-cause investigations, product and process improvements, test infrastructure, debug processes, knowledge sharing, and resolution of complex hardware, software, firmware, interoperability, and material issues.

Leads complex, global design and technology projects from requirements through delivery, managing scope, budgets, schedules, risks, quality, and customer relationships. Coordinates multifunctional teams, conducts design reviews, develops proposals and forecasts, supports contract negotiations, and ensures contractual compliance. Coaches and mentors project managers, contributes to strategic planning, improves operational processes, and oversees project communication, staffing, financial health, and customer satisfaction.

Leads mechanical integration engineering for data center infrastructure, energy storage, and HVAC systems. Designs and validates structural components, frames, enclosures, assemblies, and layouts; develops CAD models, technical data packages, BOMs, and FEA analyses. Oversees component selection, manufacturing transitions, testing, troubleshooting, vendor relationships, quality, and delivery. Ensures compliance with applicable standards, mitigates project risks, mentors engineers, and supports process optimization and R&D initiatives.

The role involves architecting firmware systems, mentoring engineers, collaborating on designs, and ensuring alignment with technical and customer requirements.

Lead system-level architecture for server/AI platforms: define requirements, configurations, and topologies; perform trade-off analysis on performance, cost, power and manufacturability; collaborate with EE, mechanical, thermal, firmware teams; produce concept proposals, block diagrams, and risk evaluations for RFQ/RFI and new business.

Leads product introductions and manufacturing performance for enterprise server and storage platforms. Provides technical direction across hardware, software, firmware, testing, suppliers, customers, and manufacturing sites. Drives root-cause investigations, product and process improvements, test throughput, first-pass yield, repair yield, and technical knowledge development. Requires deep server, storage, networking, GPGPU, PCIe, Linux, systems management, and scripting expertise, with substantial cross-functional and multinational experience.

Leads complex mechanical and thermal product designs for liquid cooling, thermal management, and heat exchanger systems. Partners with architects, suppliers, customers, and global engineering teams; oversees prototypes, verification, design reviews, technical trade-offs, production release, and design innovation. Mentors engineers, manages distributed teams, resolves complex design issues, and leads projects from concept through production. The role may be remote in the United States or onsite in Austin, Texas, with up to 30% domestic or global travel.

Lead technical direction for advanced compute NPI and manufacturing programs for AI/ML, GPGPU and accelerator-based server and storage platforms. Partner with customers, suppliers, engineering, manufacturing, test and quality to drive product introductions, resolve systemic product/process issues, improve FPY and test throughput, and support multi-site operational readiness and knowledge sharing.

Lead system architecture planning for networking products, translating customer use cases into scalable architectures, collaborating across teams, and evaluating technology enablers.