Statele Unite ale Americii
CaliforniaHibridNormă întreagăNivel mediuSeniorLimbă Obligatorie: englezăInginer hardwareBuild transaction-level performance models for Normal Computing’s physics-inspired AI ASICs. Compare model predictions with RTL, FPGA, and synthesis results to inform hardware architecture.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăNivel mediuSeniorLimbă Obligatorie: englezăArhitectAt Normal Computing, turn Thermo In-Memory Computing concepts into silicon for AI inference. Design memory architectures, interfaces, models, and test-chip tapeouts.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăNivel mediuSeniorLimbă Obligatorie: englezăInginer frontendInginer softwareExtend compiler support for emerging LLM architectures, from attention variants and MoE routing to quantization and numeric formats. Validate model bring-up on simulators and FPGA prototypes for Normal Computing’s in-memory AI hardware.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăNivel mediuSeniorLimbă Obligatorie: englezăInginer hardwareDevelop embedded SoC firmware and APIs for Normal Computing’s AI and silicon systems. Build environments for development, simulation, debugging, verification, and stress testing.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăSeniorLiderLimbă Obligatorie: englezăInginer hardwareLead design-for-test for Normal Computing’s physics-inspired ASICs, covering scan, ATPG, MBIST, and silicon testability. Drive DFT architecture, verification, manufacturing readiness, and tapeout.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăLiderLimbă Obligatorie: englezăInginer full-stackInginer softwareLead packaging, testing, validation, yield, and manufacturing for Normal Computing’s custom AI inference silicon. Build the team and processes needed to bring memory products into high-volume production.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăNivel mediuSeniorLimbă Obligatorie: englezăInginer mecanicShape Normal Computing’s AI inference hardware, from accelerator to rack, for its applied AI and silicon infrastructure products. Lead thermal design, mechanical integration, manufacturability, qualification, and supplier builds.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăNivel mediuSeniorLimbă Obligatorie: englezăInginer de cercetareDevelop LLM inference algorithms for Normal Computing’s in-memory AI hardware. Collaborate with hardware and architecture teams to co-design numerical methods, benchmarks, and prototypes.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăSeniorLimbă Obligatorie: englezăManager de produs tehnicLead silicon development planning, delivery milestones, risk management, and executive updates at Normal Computing. The company develops AI hardware and software for semiconductor infrastructure.
Statele Unite ale AmericiiCaliforniaHibridNormă întreagăNivel mediuSeniorLimbă Obligatorie: englezăInginer hardwareDesign mixed-signal circuits, memory, and analog IP for Normal Computing’s applied AI and semiconductor systems. Build silicon technology spanning early circuit design through silicon bring-up.
Statele Unite ale AmericiiCaliforniaDevelop code generation, scheduling, and memory planning for Normal Computing’s custom AI hardware. Optimize LLM inference across simulators, FPGA prototypes, and future silicon.
Statele Unite ale AmericiiCalifornia
New YorkDesign runtime software for Normal Computing’s memory-centric AI hardware, leading architecture, hardware abstraction, and LLM inference performance.
Statele Unite ale AmericiiCaliforniaLead full-cycle hiring for specialized silicon and ASIC engineering roles at Normal Computing. Recruit across applied AI, semiconductor hardware, and AI infrastructure.
Statele Unite ale AmericiiCaliforniaCoordinate interviews, manage Ashby and support global hiring operations at Normal Computing, an applied AI and semiconductor infrastructure company.
Statele Unite ale AmericiiCaliforniaNew YorkBring physics-inspired ASIC designs to life for AI and semiconductor infrastructure, owning RTL implementation, PCIe validation, FPGA prototyping, and silicon bring-up.
