PCB Design Engineer – High-Speed & RF (Cadence)

E-Solutions INC; Austin (TX); On-site; USD 85,000 - 125,000; Full time

Job summary

E-Solutions INC in Austin, TX is seeking a PCB Design Engineer for a full-time on-site role. You will design PCBs using Cadence Allegro from schematic to Gerber release and interface with customers and cross-functional teams.

Primary focus includes high-speed routing, RF board design, and ensuring proper layer stackups, power planes, and length matching in mature manufacturing environments.

Qualifications

• Experience in PCB ECAD design using Cadence Allegro V17.2/17.4.
• Knowledge of PCB eCAD & Library using Cadence Allegro eCAD tool.
• Experience in Constraints editor System.
• Strong Design knowledge from schematics to Gerber.
• Experience in Digital, Analog & Mixed signal designs.
• Knowledge on Routing High speed PCB, Power plane, Creepages and clearance, length matching.
• Knowledge on High speed interfaces such (SATA, DDR4, DDR5, USB, Ethernet, PCIe, PMIC etc)
• Knowledge on RF boards.
• PCB Placement, Constraint settings, Layer stackup, Power planes.
• Electrical nets routing and length matching.
• Documentation and Gerber release.
• Interaction with customer and cross functional teams.
• Guide and support team members.
• Good knowledge in Industry standards and manufacturing.
• Documentation and Gerber release.

Responsibilities

• Documentation and Gerber release.
• Interaction with customer and cross functional teams.
• Guide and support team members.
• Coordinate with manufacturing teams to ensure producibility.
• Support cross-functional design reviews.

Skills

PCB design

Cadence Allegro

High-speed routing

RF boards

Mixed-signal design

Schematic-to-Gerber

Power planes

Length matching

Customer interaction

Team guidance

Tools

Cadence Allegro

eCAD

Job description

E-Solutions INC in Austin, TX is seeking a PCB Design Engineer for a full-time on-site role. You will design PCBs using Cadence Allegro from schematic to Gerber release and interface with customers and cross-functional teams.

Primary focus includes high-speed routing, RF board design, and ensuring proper layer stackups, power planes, and length matching in mature manufacturing environments.