cerciu adrian

Responsible for the design and delivery of high-reliability PCB solutions for Space Electronics and Satellite Systems, supporting complex electronic systems involving FPGA-based architectures, radiation-hardened components, high-speed digital interfaces, mixed-signal/RF electronics and mission-critical hardware. Key responsibilities and achievements: • Owned the complete PCB Design and PCB Development process from stackup definition through production-ready release • Performed PCB Design and PCB Layout a

Designed and delivered complex PCB solutions for Aerospace, Avionics and Communications applications, supporting high-density digital, mixed-signal, RF and mission-critical electronic systems using PADS Professional and Zuken CR8000. Key responsibilities and achievements: • Delivered PCB Design for multilayer HDI boards supporting Flight Control, Avionics and VHF/UHF Communication platforms in high-reliability aerospace electronics • Developed complex PCB layouts involving FPGA, DSP, ADC/DAC, Ethernet, U

Conducted PCB layout activities for High-Voltage Automotive Electronics, E-Mobility and Power Electronics platforms, supporting 48V, 400V and 800V inverter-based systems, eTurbochargers and eCompressors using Mentor Graphics Xpedition, DxDesigner and Altium Designer. Key Responsibilities & Achievements: • Led PCB layout development for High-Voltage Electronics and Power Electronics applications involving motor control, inverter systems, DC-DC converters and energy management platforms. • Defined PCB stac

Supported the development of a Satellite Thrust Vector Control System by delivering a high-reliability PCB design for Space Electronics applications using Altium Designer. Key Responsibilities & Achievements: • Defined PCB stackup, design rules and technology requirements according to customer specifications, manufacturability constraints and high-reliability aerospace practices. • Developed PCB layouts integrating FPGA devices, H-Bridge motor drivers, propulsion control interfaces and power management c

Developed multilayer PCB solutions for Automotive Electronics, E-Mobility, ADAS, Radar, Powertrain and Electronic Control Unit (ECU) applications using Zuken CR5000/CR8000 and CAM350. Key Responsibilities & Achievements: • Developed complex multilayer PCB layouts supporting Radar, ADAS, Powertrain, E-Mobility and Automotive Electronics platforms while ensuring compliance with EMC/EMI, ESD, Signal Integrity (SI) and Power Integrity (PI) requirements. • Implemented advanced PCB technologies including HDI,

Played a key role in establishing and developing the PCB Design organization in Romania, supporting Automotive Electronics programs for HMI, Infotainment, Instrument Cluster and Body Electronics applications using Mentor Graphics Xpedition and PADS. Key Responsibilities & Achievements: • Contributed to the creation and growth of the local PCB Design team, supporting recruitment, onboarding, mentoring and technical development activities. • Developed multilayer PCB layouts for Automotive Electronics produ

Contributed to the development of Automotive Electronics products for vehicle access and body control applications using Mentor Graphics PADS. Key Responsibilities & Achievements: • Developed multilayer PCB layouts for Keyless Entry Systems, Access Control Modules and Body Electronics applications. • Supported component placement, routing, library creation, design rule verification and PCB documentation activities. • Collaborated with Hardware, Mechanical and Manufacturing teams to ensure compliance wit