Principle Hardware Design Engineer - Systems Engineering

Principle Hardware Design Engineer - Systems Engineering EXCELON SOLUTIONS PRIVATE LIMITED Santa Clara, CA Job Details Full-time $150,000 - $250,000 a year 19 hours ago Benefits 401(k) Qualifications Product design project leadership Customer communication MATLAB Teamwork Project engineering Defect resolution root cause analysis Machine vision systems Electronics functional testing Embedded systems FPGA Defect analysis SPICE CAD design (engineering design task) Firmware Electrical schematic reading and interpretation Schematic development for electrical drafting Project management in manufacturing Firmware development Electrical system testing Master's degree ANSYS Simulink Design engineering Printed circuit board (PCB) layout Vision inspection system Schedule creation Electrical project scheduling Collaboration with manufacturing teams Managing projects Oscilloscopes Full Job Description Job Overview We are seeking a Principle Hardware Design Engineer specializing in Systems Engineering to lead the development and integration of complex electronic systems across diverse engineering projects. This pivotal role involves overseeing hardware architecture, system design, and technical validation to ensure high-performance, reliable, and innovative solutions. The ideal candidate will possess extensive expertise in electrical and mechanical engineering disciplines, with a focus on programmable logic devices, PCB design, and system-level integration. This position offers an opportunity to influence cutting-edge technological advancements within a collaborative and forward-thinking environment. Duties Lead the design, development, and validation of advanced hardware systems, including FPGA-based solutions, System-on-Chip (SoC) architectures, and electrical systems. Collaborate with multidisciplinary teams to define system requirements, develop schematics, and create detailed PCB layouts using CAD tools such as AutoCAD, Revit, or SolidWorks. Conduct root cause analysis on hardware failures or performance issues utilizing debugging tools like oscilloscopes, ohmmeters, and signal processing techniques. Manage project schedules ensuring timely delivery of hardware milestones while coordinating cross-functional activities involving manufacturing and system integration. Develop firmware and embedded software components using languages such as C++, Python, MATLAB, Perl, or Scripting languages for system control and automation. Perform system-level testing and validation including vision inspection systems, surface mount technology (SMT) assembly processes, and mechanical assessments. Provide technical guidance on manufacturing processes including soldering techniques, surface mount technology (SMT), and adherence to industry standards such as NEC. Support continuous improvement initiatives by implementing innovative solutions in quantum engineering applications or advanced signal processing methodologies. Document designs thoroughly through schematics, technical reports, and CAD models to facilitate manufacturing and future upgrades. Requirements Proven experience in electrical engineering with a strong background in FPGA development, PCB design, system design, and electrical systems integration. Proficiency with CAD software such as AutoCAD, Revit, MicroStation, or SolidWorks for mechanical and electrical schematics. Extensive knowledge of programmable logic controllers (PLCs), ARM architectures, Arduino platforms, and firmware development. Skilled in debugging hardware issues using tools like oscilloscopes, ohmmeters, vision inspection systems, and signal analyzers. Familiarity with MATLAB/Simulink for modeling system behavior; experience with SystemVerilog for hardware description language (HDL) design. Strong understanding of manufacturing processes including surface mount technology (SMT), soldering techniques, and component assembly standards. Ability to perform root cause analysis on complex hardware failures; experience with scripting languages such as Perl or Python is advantageous. Mechanical knowledge related to product design using Revit or MicroStation is a plus; familiarity with mechanical engineering principles is desirable. Excellent project management skills with experience in project scheduling; ability to lead multiple concurrent projects effectively. Effective communicator capable of collaborating across multidisciplinary teams in a global environment. If you are an innovative engineer passionate about pushing the boundaries of hardware systems engineering through detailed design work and technical leadership, we encourage you to apply today. Join us in shaping the future of technology with your expertise.Principle Hardware Design Engineer - Systems Engineering Onsite Santa Clara, CA Salary: USD $225,000 - $301,900 / yr As a Hardware Design Principal Engineer with Marvell, you'll be a member of the Central Engineering business group. If you picture Marvell as a wheel, Central Engineering is the center hub providing IP to be used by all the other spokes on that wheel, including Automotive, Storage, Security, and Networking. You'll be part of the printed circuit board (PCB) engineering team designing boards for many different groups at Marvell. Additionally, Marvell is designing more complex chips and boards than our competitors, for higher speeds than anyone else. We're on the leading edge of this technology and you'll love being a part of this. What You Can Expect The Signal Integrity Engineering candidate within the Marlborough Design Center will have opportunity to contribute to design, implementation, and check out of critical SOC validation boards. This includes setting SI specifications, SI implementation guidelines for internal and external design teams, and simulation of the design to ensure high quality results. Additional opportunities include collaboration with the package design and signal integrity teams to ensure package and board parameters are well understood. This role is for an individual contributor who will join a diverse hardware and software group that owns development and execution of package and validation board design and implementation. What We're Looking For Skills, Experience, and Knowledge High speed diff pair design PCIE Gen4 or PCIE Gen5 (PAM-4 okay too) Experience with reference board design for chip validation Knowledge of PCB design issues associated with high speed diff pair Power controller design - low voltage, high current, multi-phase SMPS Experience with Power Integrity analysis Knowledge of SI tools - Sigrity, SI Soft, HFSS Component Selection Schematic capture and PCB Layout tools (Prefer Cadence Concept) Cloud compute systems PCIe Protocols Clock generation and distribution Familiar with Mechanical design concepts Activities: Design Reference board for PCIe Gen5/6 chip. Select and implement power scheme Capture Schematic Work with PCB Layout house Create enterprise server reference systems, using PCIe Gen5 CEM sockets, and EDSFF. Work with customers to assist with their designs, and/or implement their designs. Work with RTL team to understand and implement various features and interfaces. Provide for programming of various memories Participate in bring and debug of chips. Make decisions about reference designs, including connectors, cables. Work with external vendors for problems and completing their designs. Work with SI engineers. Work with chip package vendor for package design input Requirements: Bachelor's degree in Computer Science, Electrical Engineering or related fields and 5-10 years of related professional experience. Master's degree and/or PhD in Computer Science, Electrical Engineering or related fields with 3-5 years of experience. Experience as Lead Signal Integrity Engineer. Strong understanding of EM fundamentals. Modeling and analysis of transmission lines, via structures, high-speed connectors, and complex BGA packages. Proficiency in 2D/3D EM tools such as Sigrity Suite or Ansys EM as well as HSPICE. Familiarity with Real-Time scope, VBA, TDR. Experience with analysis of 25Gbps SERDES. Experience establishing Signal Integrity parameters to guide board routing team. Customer facing experience with strong verbal and written communication skills. Working knowledge of ADS, QSI/QDC, or Hyperlynx is a plus. Experience setting up, running, and summarizing Power Integrity simulations is a plus. Experience interfacing with characterization team to ensure design calculations can be collaborated with implemented board and package results is a plus. Pay: $150,000.00 - $250,000.00 per year Benefits: 401(k) Work Location: In person