Hire Remote Mentor PADS Engineers

Client: A Tier-1 US Automotive Supplier specializing in electric vehicle powertrains.

Challenge: The client faced severe thermal runaway risks and signal interference in their new BMS architecture, requiring urgent Mentor PADS PCB Services expertise to redesign the control module before the vehicle homologation deadline.

Solution: Engibrain deployed a dedicated team of three senior PADS engineers within 72 hours. The team utilized PADS Professional to restructure the high-current paths and implemented advanced thermal relief strategies. They separated high-voltage domains from sensitive logic circuits using isolation barriers and optimized the layer stack-up for better heat dissipation. The team also conducted rigorous DFM analysis to ensure the complex rigid-flex design was manufacturable at scale.

Result: The redesigned BMS board achieved a 18°C reduction in peak operating temperature and passed all EMI/EMC compliance tests on the first iteration, accelerating the production schedule by 5 weeks.

Client: A leading European Industrial Automation Manufacturer.

Challenge: The client needed to upgrade their legacy gateway to support 5G and edge computing but lacked internal resources with high-speed design skills for Mentor PADS PCB Services to handle DDR4 and differential pair routing.

Solution: We augmented their R&D team with two remote PADS specialists. Working in the client's timezone, our engineers took ownership of the high-speed digital section of the PCB. They utilized PADS constraint management systems to enforce strict length matching and impedance control for the DDR4 memory bus and PCIe interfaces. They also performed comprehensive Signal Integrity (SI) simulations to eliminate crosstalk and reflection issues prior to fabrication.

Result: The project moved from concept to prototype in just 3 weeks, achieving a 40% reduction in data latency and zero signal integrity failures during the initial board bring-up.

Client: A MedTech startup developing a handheld blood analyzer.

Challenge: The device required a 40% size reduction to meet market requirements, necessitating a complex High-Density Interconnect (HDI) layout that the internal team struggled to implement using standard Mentor PADS PCB Services workflows.

Solution: Engibrain provided a principal PCB engineer with extensive HDI experience. The engineer migrated the design to an 8-layer HDI stack-up using blind and buried vias to conserve space. They integrated the RF module and analog sensors onto a single compact board while maintaining strict isolation to prevent noise coupling, complying with ISO 13485 medical device standards.

Result: The device footprint was reduced by 45%, exceeding the target, while maintaining signal fidelity. This allowed the client to secure Series B funding and launch the product 2 months early.