Jobs at Broadcom

The Epitaxy Fab Assistant performs functions in the growth and testing of Epi wafers, operates reactors, and calibrates process equipment in a fab environment.

Design high-performance package structures for ASICs in AI, networking, HPC, and 5G. Responsibilities include layout, signal integrity, and project management.

The Epitaxy Fab Assistant performs functions related to Epi wafers, operating reactors and supporting tools, and calibrating process equipment in a fab environment.

Perform epitaxy wafer growth operations including loading/unloading wafers into reactors, tool change and cleaning, operate support tools, handle chemicals for testing, support TPM improvements, and perform basic maintenance tasks during tool changeover.

Lead product definition, design, test, and characterization for isolation products. Drive R&D programs with cross-functional teams, perform yield analysis and failure investigations, establish test setups and ATE testing, and support validation and manufacturing handoff to achieve quality, yield, and reliability targets.

Design and implement large-scale (100–400M gate) ASICs using commercial and in-house EDA tools across advanced process nodes. Execute full RTL-to-GDS/Gates-to-GDS flow including placement, CTS, routing, physical and formal verification, and timing analysis. Require UNIX/Linux and scripting (tcl, bash); front-end synthesis knowledge is advantageous.

Operate lab equipment for process measurements, update data, inspect products under a microscope, and handle packing and shipping tasks.

Perform full-chip ASIC physical design (RTL-to-GDS or Gates-to-GDS) for 100–400M gate designs on advanced nodes (7nm–2nm) using commercial and in-house EDA tools. Responsibilities include placement, CTS, routing, physical and formal verification, timing analysis, and scripting/automation in UNIX/Linux environments.

Design and implement large-scale (100–400M gate) ASICs across advanced process nodes (7nm–2nm). Execute full physical design flow (RTL/Gates to GDS) including placement, CTS, routing, physical and formal verification, and timing analysis. Use commercial and in-house EDA tools and scripting in UNIX/Linux environments to optimize and deliver tape-out ready designs.

Lead process integration for InP-based edge emitting lasers, owning full fabrication flows, optimizing yield/performance using SPC and DOE, collaborating with epitaxy and design teams, managing etch/deposition/metallization steps, and coordinating failure analysis with SEM/TEM/FIB to enable high-volume, reliable production.

The Finance & Payroll Analyst manages payroll tasks, supports accounting activities, prepares financial entries, audits payroll, and collaborates on finance projects.

The role involves designing custom packages for advanced silicon nodes, managing IC packaging activities, developing new materials, and ensuring quality through collaboration across teams.

Drive portfolio growth and new market development (starting AP region). Liaise with R&D/Engineering to support design-in, conduct market research, manage product lifecycle, run channel marketing programs, and develop sales tools and documentation.

Lead root cause analysis of device failures using advanced tools, collaborate with teams on designs, and monitor wafer reliability performance.

Perform epitaxy wafer growth operations: load/unload wafers into reactors, perform tool changes and cleaning, operate support tools, handle chemicals, support TPM initiatives, and assist with basic maintenance during tool changeover.

Perform epitaxial wafer growth tasks: load/unload wafers into reactors, perform tool change and cleaning, operate support tools, handle chemicals, support TPM improvements, escalate issues, and learn simple maintenance tasks.

Perform epitaxy wafer growth operations: load/unload wafers into reactors, perform tool change and cleaning, operate support tools, handle chemicals for testing/support, support TPM and basic maintenance tasks.

The Epitaxy Process Engineer will develop and optimize III-V epitaxial growth processes, focusing on MOCVD for high-performance semiconductor devices, while collaborating with teams to enhance manufacturing efficiency.

The role involves developing and optimizing III-V epitaxial growth processes for semiconductor devices, focusing on MOCVD, process quality improvement, and collaboration across teams.

Lead and optimize III-V epitaxial growth processes primarily using MOCVD for semiconductor devices, supporting R&D and production with focus on yield improvement and process quality.