Top Engineering Jobs

Administers and optimizes high-performance computing infrastructure, including Linux and Windows systems, compute nodes, parallel storage, InfiniBand networks, Slurm scheduling, backups, virtualization, and monitoring. Supports system imaging, patching, security, disaster recovery, capacity planning, software licensing, and infrastructure upgrades. Collaborates with enterprise IT, information security, vendors, faculty, and students; documents procedures, provides technical guidance, participates in projects, and performs on-call support. Requires hands-on troubleshooting, automation, customer service, and continuous infrastructure improvement.

Build and support internal dashboards, web applications, APIs, integrations, and data workflows. Develop front-end and back-end features, design relational databases, troubleshoot failures, write tests, deploy safely, monitor production systems, and document recovery procedures. Use AI coding assistants responsibly, review generated code, protect sensitive information, and support operational users. The role requires full ownership from incomplete requirements through implementation, release, maintenance, and verified handoff while working onsite in Winter Park five days per week.

Develop a multi-tenant research compute platform for large-scale machine learning workloads across hybrid CPU and GPU infrastructure. Responsibilities include HPC and Kubernetes scheduling, workflow orchestration, multi-cloud portability, fault-tolerant pipelines, performance optimization, and observability with cost attribution.

Qualify and monitor metal 3D printers, analyze printed parts using metrology and inspection techniques, troubleshoot production issues, execute experiments, optimize printing and post-processing workflows, and document results. The role collaborates with engineering, applications, hardware, software, and laboratory teams to improve tool performance, validate features, resolve bottlenecks, and update operating procedures.

Operate and scale production inference systems serving live, multi-tenant traffic. Own model rollouts, observability, capacity planning, incident response, reliability, failover, and cost optimization. Partner with research and inference teams to productionize serving techniques while maintaining system performance and resilience.

Lead end-to-end PCB architecture, schematic capture, and layout for high-performance cellular base stations. Design RF, analog, digital, high-speed SerDes, and power circuits; optimize stack-up, signal/power/thermal integrity, drive DFM/vendor reviews, support board bring-up, and mentor other designers while collaborating cross-functionally.

Designs and maintains software and laboratory support systems for automated biology and chemistry experiments. Responsibilities include improving laboratory operations, managing inventory and assets, updating Emerald’s software library, troubleshooting experiments and instrumentation, conducting data analysis, and developing automation solutions. Requires a Chemistry or Biology Ph.D., two years of relevant experience, Mathematica coding skills, experimental design expertise, and willingness to learn programming and robotic automation.

Design and build DOSS’s core platform, including flexible data models, schema-as-code, versioned migrations, AI-assisted tooling, declarative APIs, data warehousing, observability, search, and enterprise guardrails. Scale graph-based and ETL architectures, deploy reliable cloud applications, mentor engineers, and collaborate with product and design to deliver resilient operational systems.

Supports new product introduction of PCBAs, cable assemblies, and electrical hardware for DNA sequencing instruments from prototype through production ramp. Designs and validates electrical test fixtures, performs PCBA bring-up and troubleshooting, develops production test documentation, analyzes yield and failure data, supports manufacturing transfers and supplier qualification, and collaborates with design, manufacturing, quality, supply chain, and external partners.

Develop Android and iOS applications for vehicle controls, telemetry, and mobile user experiences. Integrate APIs, libraries, cloud services, and connected-vehicle protocols; maintain cloud infrastructure; and collaborate across software, hardware, design, product, testing, and manufacturing teams. Participate in the full software development lifecycle, conduct code reviews, follow coding standards, and document systems.