Senior PCB Design & Hardware Simulation Engineer

About Gramian

Gramian Consultancy is a boutique consultancy specializing in IT professional services and engineering talent solutions. With a strong background in software engineering and leadership, we help companies build high-performing teams by matching them with professionals who truly fit their needs.

About the Role

We are seeking an experienced Hardware Design Engineer with a strong background in electronic circuit design, multilayer PCB development, and simulation-led hardware optimization.

In this role, you will use KiCad to analyze, redesign, simulate, and validate electronic hardware, with a focus on Signal Integrity (SI), Electromagnetic Compatibility (EMC), and/or thermal performance. You will investigate existing PCB designs, identify performance and reliability issues, determine their root causes, and implement layout improvements while preserving the original schematic, netlist connectivity, and component selection.

The ideal candidate combines substantial hands-on PCB design experience with at least four years of practical simulation expertise in signal integrity, EMC, thermal analysis, or a combination of these areas. We are looking for an engineer who can independently execute technical work, interpret simulation results, and translate findings into measurable hardware improvements.

• CONTRACT TYPE: Independent Contractor
• LOCATION: Remote
• DURATION: Approximately 13 weeks, with potential extension opportunities.
• COMMITMENT: 40 hours per week.
• START DATE: As soon as possible.
• SCHEDULE: Full-time engagement.

Key Responsibilities

• Translate product requirements into circuit architectures, hardware specifications, and validated electronic designs.
• Develop and modify schematics and multilayer PCB layouts using KiCad, including component selection, routing, design-rule checks, BOM preparation, and manufacturing documentation.
• Analyze existing PCB layouts and simulation results to identify signal integrity, EMC, and thermal issues.
• Investigate root causes and define measurable acceptance criteria for design improvements.
• Redesign PCB layouts to address identified issues while maintaining the original schematic, netlist connectivity, and component selection.
• Perform and interpret simulations involving impedance, signal reflections, crosstalk, return paths, temperature distribution, heat dissipation, and thermal hotspots.
• Evaluate simulation inputs, boundary conditions, material properties, modeling assumptions, and limitations.
• Document design decisions, corrective actions, simulation outcomes, and verification findings.
• Support prototype bring-up, hardware debugging, and design validation.