Lead Engineer-hardware Design Job in Centum

Roles and Responsibilities

• Design of hardware circuits & selection of components (considering design and application criteria)
• Board Design, simulation & layout Tools: Using PCB design tools, perform the PCB design including schematic capture, circuit simulation and PCB layout [ORCAD, Cadence, Mentor]
• Understands and writes system and subsystem specifications
• Design documentation: Maintain complete design documentation includes DFMEA, DC / AC Analysis, Hardware Requirement Specifications, Design inputs to Software Team, Schematics, BoM, Gerber, Power, Worst case, Tolerance and Derating
• Simulation using pSpice tools
• Perform Reliability Prediction using tools or manual method
• Manage a team of 4-5 Engineers and able to guide the team and review their output
• Investigate problems related to board during bring up and functional testing
• Should analyze the requirements and bring in changes in the design
• Requirement gathering and Configuration management tools like DOORS / Reqtify, SVN
• Technical Discussions with Customers and Onsite Engineers.

• Results-orientation: Focus on Customers, provide quality deliverables on time, within estimated effort with high quality
• Establish trust, responsive to change/adaptability; learn continuously / improvement-orientation, proactive, positive & joyful.

• Bachelor's degree in Computer Science, Electrical OR Electronics Engg (or related field)
• 6+ years of experience in High Speed and Mixed signal HW product design and development
• Hands on experience in circuit design and circuit simulation (SPICE modeling), excellent skill set is a must in circuit analysis
• Experience of Industrial / MIL grade environmental system design, in which Processor, DSP and FPGA controlled devices are involved
• Excellent component selection and decision-making skills
• Working experience with high speed digital interfaces such as PCI Express, DDR3 / 4 , Ethernet (>10G) and USB2.0/3.0
• Knowledge or working experience with DO 254, DO160 is an added advantage
• Experience in a range of technologies including digital, analogue and power electronics
• Hands on experience in writing low level design documents, architectural design ocument and test procedures
• Experience in Thermal analysis, Load analysis and Timing analysis.
• Knowledge of Signal integrity and power integrity.
• Good knowledge of EMI/EMC testing procedures and Certification standards.
• Familiarity with OrCAD for schematic capture, Allegro / PADS for PCB artwork design and Gerber viewers
• Solid understanding of board layout fundamentals (including stack-up, power/ground planes, impedance control) and the full production process of PCB and PCBA assembly
• Strong understanding of Layout techniques for EMI / EMC, Signal Integrity, crosstalk validation, Layout Designing, DRC Definition, High Speed board designing, PCB stack up finalization
• The ability to work with software engineers to design and debug systems
• Understanding of configuration management, BOM management, and document control
• Use of advanced test equipment, hands on experience in design / troubleshoot / fixing hardware.