Top Tech Jobs & Startup Jobs

Develop, implement, and optimize quantum error correction software for Intel quantum hardware; lead R&D on QEC protocols for fault-tolerant systems; evaluate hardware/software trade-offs and collaborate with hardware and software teams.

Develop and implement resolution enhancement techniques (RET) and DTCO/DFY strategies using VLSI physical design expertise, predictive modeling, statistics, machine learning, and automation to enable manufacturable advanced-node layouts in collaboration with design and fab teams.

Customer-facing technical leader for Intel Foundry Services who designs tailored foundry solutions, supports the full sales cycle, develops proposals and reference architectures, collaborates with engineering to validate designs, and drives contract negotiations and market development for USG/defense customers.

Optimize and profile local/edge inference engines (llama.cpp, vLLM) for latency, throughput, and memory on PC/edge hardware. Tune KV cache, batching, quantization strategy, reduce CPU overhead, improve model lifecycle, benchmark hardware tiers, and contribute upstream fixes to open-source engines.

Design and implement agent harnesses and post-training pipelines, build evaluation benchmarks, develop RL environments and reward models, and debug/optimize multi-GPU training runs to improve LLM capabilities for agentic applications.

Lead the development and governance of analog/mixed-signal design environments. Oversee EDA tool ecosystems, compute infrastructure, design data governance, and tapeout management. Manage engineers, collaborate with IT, and optimize design flows to enhance productivity and reproducibility.

The role involves designing experiments to characterize silicon spin qubits, performing electrical measurements at cryogenic temperatures, and analyzing device performance data.

The Ocotillo Technology Fabrication Module Engineer develops manufacturable process modules, plans experiments, drives production improvements, and trains engineers within a high-volume semiconductor manufacturing environment.

Enable and support scan/chain diagnostics and DFT infrastructure for high-volume semiconductor products. Perform fail-based and volume diagnostic yield analysis, develop and optimize DFT/diagnostics tools and flows, maintain EDA vendor relationships, define DFX quality metrics, and work with design and NPI teams to ensure diagnostic readiness and continuous yield improvement.

Own and sustain one or more 300mm toolsets for thin film modules in a high-volume semiconductor fab. Duties include tool installation, qualification, daily monitoring, process control, matching, troubleshooting, experiments for process development, driving continuous improvement, and transferring processes to high-volume manufacturing while meeting availability, yield, and defect goals.