A leading semiconductor manufacturer required robust simulation and verification for sensor controllers, low-power machine vision chips, and data buses, but faced manual testing bottlenecks, inconsistent environments, and inefficient firmware validation across FPGA, Simics, QEMU, and post-silicon platforms.

Built automated test environments across FPGA, Simics, QEMU, and post-silicon SoC/CPU platforms. Developed drivers, kernels, and firmware for chipset integration. Validated firmware and BIOS functionality and performance and maintained test tools and scripts for module-level verification. Built automated test environments across FPGA, Simics, QEMU, and post-silicon SoC/CPU platforms. Developed drivers, kernels, and firmware for chipset integration. Tested, debugged, and resolved hardware/software issues. Validated firmware, BIOS functionality and performance, and created/maintained test tools and scripts for module-level verification.

Accelerated chip development cycles, reduced manual testing effort by 40%, and ensured compliance with performance and reliability standards for next-gen sensor and machine vision products.

A semiconductor manufacturer needed reliable FW/BIOS validation for critical platform software, but lacked a scalable, automated testing framework, leading to inconsistent test coverage, delayed release cycles, and increased manual effort.

Deployed a 10-engineer dedicated team to deliver end-to-end FW/BIOS verification services: designed and implemented an automated test framework, configured and tested BIOS settings, developed comprehensive test cases, and maintained test tools/scripts for platform software and FW validation.

Reduced test cycle time by 35%, improved test coverage to 95% of critical BIOS functions, and delivered stable, compliant platform software on schedule.

Customers’ Prototype devices using CSR chipsets required rigorous validation for Bluetooth, WiFi, and audio interfaces, but faced gaps in test case coverage, inefficient interference detection, and limited visibility into over-the-air (OTA) performance.

Developed and executed over 4,000 test cases across 4 prototype devices, covering 2.4G Bluetooth (A2DP, HFP, GAP, PBAP, AVRCP), audio interfaces, and WiFi functionality. Captured and analyzed OTA logs, and implemented 2.4G co-channel interference detection.

Identified and resolved 90% of critical interoperability issues before commercialization, ensured compliance with Bluetooth/WiFi standards, and reduced post-launch support requests by 25%.

Automotive OEMs and Tier 1 suppliers needed to accelerate Linux-based TCU development across multiple SoCs, but faced delays in BSP porting, protocol integration, and application development, hindering time-to-market for connected vehicle solutions.

Deployed an on-site engineering team for 5G module and Linux application development: performed driver development and BSP porting, built application framework APIs and services, integrated 4G/5G protocol processing, and developed Linux applications for eCall, location services, connectivity management, firmware OTA updates, network monitoring, and application encryption.

Cut TCU development time by 50% across 3 SoC platforms, enabled OEMs to launch connected vehicle features 6 months ahead of schedule, and ensured compliance with automotive cybersecurity standards.

A leading semiconductor manufacturer struggled with fragmented material workflows, inefficient lot management, and lack of real-time visibility into production processes, leading to bottlenecks, compliance risks, and reduced operational efficiency.

Developed a scalable MES solution to integrate production execution functions: managed over 2,000 custom business rules, implemented process planning for material flow, enabled material and equipment tracking, and delivered lot control for splitting/merging, repositioning, rework, screening, and inter-FAB transfers.

Reduced material handling time by 30%, improved lot traceability to 100% compliance with regulatory standards, and increased overall fab operational efficiency by 20%.