The job will entail: verifying digital timing performance, noise analysis, logic equivalence, power characterization, netlist support of layout tasks, analysis of late changing process files, generating of Hard IP collateral for SOC consumption, verifying collateral quality, and providing collateral support to SOC customers.
The Hardware Design Engineers within this team are engaged in all aspects of instrument development ranging from the initial conceptual design/ proto-typing phase all the way to the final high-volume manufacturing ramp of the product
The successful candidate will participate in design, development, and delivery of standard cell libraries using world-leading process technology for use by Intels product design teams and Foundry customers.
This work will be mainly in the synthesis and auto place and route (APR) areas. The CW team will take all of the required input files and scripts needed to run through the synthesis (RTL to netlist) and APR flows from floorplan to converged layout.
The HPC software development team is looking for world class, dedicated, team-focused developers and HPC application specialists to contribute to a wide array of projects focusing on parallel computing.
The design of chip layout circuit design, circuit checking, device evaluation and characterization, documentation of specifications, prototype construction and checkout, modification and evaluation of semiconductor devices and components, performing developmental and/or test work, reviewing product requirements and logic diagrams, planning and organizing design projects or phases of design projects.
The Hardware Design Engineer is responsible for conducting board level analysis for client system, development. Along with the PCB pathfinder, the HWDE will generate the core routing processor/chipset design that will be leveraged by both our internal and external customers.
this position will be specifically expected to deal with changes to floorplan, corresponding scaling and its impact to power/performance, debug scaling/timing issues for the present tech node and predict how it would impact scaling/timing/power for the next tech node, improve cell utilization and transistor density metrics and keep pushing the power/performance envelope through critical path analysis, metal layer usage by the tool etc.
In this role, the selected candidate will collaborate with team-members: firmware, software, mechanical engineers and PCB design specialists; work with procurement and production departments as your designs become products.
The Hardware Design Engineers within this team are engaged in all aspects of instrument development ranging from the initial conceptual design / proto - typing phase all the way to the final high-volume manufacturing ramp of the product.
Codes and programs enhancements, updates, and changes for portions and subsystems of end- user applications software running on local, networked, and Internet- based platforms based on specific requirements and instructions.
In this role, the selected candidate will be developing innovative Windows-based waveform generation and analysis solutions to meet simulation and test needs for customers who develop leading-edge technology.