Hardware Engineering
Electronics Design (Schematic & PCB)
We design reliable, robust circuit boards engineered for signal integrity, thermal dissipation, low power, and flawless manufacturing yield.
The Challenge
Problem We Solve
Unoptimized PCB layouts cause high EMI, thermal bottlenecks, difficult assembly, component obsolescence, and costly re-spins.
Key Deliverables
What You Receive
- Complete multi-sheet schematics & design source files
- Multi-layer PCB layout (Rigid, Flex, Rigid-Flex)
- Signal & Power Integrity (SI/PI) simulation reports
- Comprehensive Gerber, NC Drill, Pick-and-Place files
- Scrubbed Bill of Materials (BOM) with lifecycle analysis
Engineering Process
How We Deliver
Phase 1: Circuit Design
1–2 Weeks
Schematic capture, power tree design, pin assignment, and design reviews.
Phase 2: Component Scrub
1 Week
BOM validation, second-source mapping, and lead-time risk mitigation.
Phase 3: PCB Layout & DFM
2–4 Weeks
Constraint-driven placement, impedance routing, thermal analysis, and fabrication checks.
Phase 4: Gerber Release
1 Week
Fab package generation, DRC verification, and fab house coordination.
Technology Stack
Tools & Platforms
Altium Designer
OrCAD Cadence
KiCad Enterprise
HyperLynx SI/PI
Ansys HFSS