Top Tech Jobs & Startup Jobs

Designs, develops, deploys, and supports cloud-native applications for semiconductor manufacturing and engineering automation. Responsibilities include building microservices, APIs, Kubernetes and containerization systems, secure cloud architectures, CI/CD pipelines, infrastructure automation, and AI-enabled factory solutions. The role supports 24x7 operations through on-call rotations, incident response, and root-cause analysis, while providing technical leadership to distributed development teams.

Develop and execute CPU design verification plans, test benches, and simulation environments. Validate microarchitecture against specifications, analyze power and timing, debug pre-silicon issues, and drive corrective actions. Collaborate with architects, RTL developers, and physical design teams while maintaining verification infrastructure, documenting test plans, leading technical reviews, and supporting new CPU architectural features.

Performs functional verification of CPU logic and microarchitectures, developing verification plans, test benches, simulation models, and coverage environments. Debugs presilicon failures, analyzes power and timing, resolves design issues, maintains verification infrastructure, and collaborates with architects, RTL developers, and physical design teams to meet performance and power targets.

Implement Intel Atom CPU core blocks from synthesis through post-layout verification and tapeout. Responsibilities include floorplanning, place and route, timing and power optimization, physical verification, low-power techniques, scripting, and closure of DRC/LVS, IR, electromigration, noise, crosstalk, and OCV analyses. The role collaborates with microarchitecture, RTL, and custom circuit teams to meet aggressive performance and power targets.

Designs, validates, and deploys Intel-based hardware and software solutions for customer and partner platforms. Responsibilities include solution design, board-level review, lab testing, x86/ARM bring-up and debugging, validation automation, hardware fixture development, technical documentation, product training, and stakeholder collaboration to achieve production readiness and resolve integration challenges.

Designs and implements Intel Atom CPU core blocks from synthesis through physical verification and tapeout. Responsibilities include floorplanning, place and route, timing and power optimization, low-power techniques, physical verification, scripting, and closure of DRC/LVS, IR, electromigration, noise, crosstalk, OCV, and formal equivalence checks. The role collaborates with microarchitecture, RTL, and custom circuit teams to meet aggressive performance and power targets.

Mentor equipment specialists and drive operational excellence in semiconductor manufacturing equipment processes. Develop systemic fixes and hard-down recovery strategies to improve equipment uptime and mean time between assists at the Kulim facility. Troubleshoot complex issues, analyze performance data, identify solutions, coordinate cross-functionally, and improve efficiency, quality, and productivity.

Optimize cross-stack software and hardware interactions across Intel platforms for cloud, enterprise, AI, HPC, and edge workloads. Analyze system performance, power, responsiveness, security, and efficiency through benchmarking and profiling. Develop system-level KPIs and measurement methodologies, collaborate with customers and partners on software stacks and roadmaps, and provide technical guidance influencing platform and technology strategy.

Leads Intel’s Memory Execution Unit front-end organization across RTL design, design verification, and formal verification. Owns CPU microarchitecture delivery from architecture through silicon readiness, including execution strategy, quality signoff, PPA objectives, risk mitigation, and cross-functional alignment. Builds and develops high-performing engineering teams, drives verification innovation and automation, and ensures predictable delivery of complex server and client CPU products.

Manage a team of module development engineers to define technology roadmaps, develop and transfer advanced wafer, assembly/test, and repair solutions. Drive cross-functional collaboration with integration, device, and yield teams; partner with suppliers; coach engineers; set priorities and performance goals; and deliver process solutions that optimize power, performance, area, and cost while building long-term module engineering capabilities.