Saira is hiring an Embedded Hardware & Power electronics Engineer (Only for Women)

This position focuses exclusively on hardware design and testing for power electronics and embedded electronic systems. The engineer will be responsible for microcontroller selection, signal conditioning design, power stage development, prototyping, validation, and compliance testing. Company Description Greetings from Saira Jobs! We are currently recruiting for a 'Embedded Hardware & Power electronics Engineer' on behalf of our partner. Explore the opportunity below and apply today if you meet the qualifications! Qualifications B.E./ B. Tech in EEE/ECE (M.E./ M.Tech a plus). Experience: 4-7 years COMPETENCIES ∙Working experience & Master in subject in Power electronics (Mosfets & Drivers) and design of power stage with filters and considering Analog, Digital & Isolated grounds. ∙Very Good experience in fault diagnostic and analysis. ∙Working experience in motor control drivers and PWM ∙Working experiences in LT Spice, Matlab, Simulink for schematic & signal analysis. ∙Working experiences on power supply design (Boost & Buck converter) ∙Working experience in Signals conditioning and board level design. ∙Strong lab debugging skills and comfort with HV/LV bench testing. ∙Knowledge of EMI/EMC design practices and relevant safety standards ∙Good knowledge in PCB layout and board development ∙Excellent analytical, documentation, and problem solving skills ∙Good communication skills. ∙ Embedded Hardware Design ∙Selection of microcontrollers based on application needs, I/O count, ADC resolution, communication interfaces (UART/SPI/I²C/CAN), power consumption, package, and lifecycle availability. ∙Designing signal conditioning circuits for sensors and inputs: oAnalog frontends oFilters (RC/active) oLevel shifting oProtection circuits (ESD, surge, overvoltage, reverse polarity) oIsolation circuits (digital / analog isolators, optoisolators) 2. Power Electronics Hardware Development ∙Designing and validating: oDCDC converters (buck/boost/flyback) oACDC stages (isolated & nonisolated) oBLDC/PMSM motor drive hardware (gate drivers, current/voltage sensing, protection) ∙Semiconductor device selection (MOSFET, IGBT, SiC/GaN optional). ∙Magnetics understanding (inductors, transformers, core selection, derating). ∙Implementing safe operating protection circuits (OV/OC/UV/OTP/SOA). 3. Schematic & PCB Design (added would be advantage) ∙Creating schematics and multilayer PCB designs with proper: oCreepage/clearance oHigh current routing oImpedance control oThermal design oEMI/EMC aware placement ∙Performing design reviews, BOM optimization, and DFM/DFT considerations. 4. Hardware Testing & Validation ∙Bench bring up of power stages, drivers, sensor circuits, and MCU hardware interfaces. ∙Using lab equipment: Oscilloscope, power analyzer, electronic loads, spectrum analyzer, LCR meter, FRA/Bode analyzer, thermal camera. ∙Performing: oFunctional & parametric testing oLine/load transient tests oStability testing (Bode plots, compensation tuning) oThermal characterization oAnalog accuracy/noise characterization ∙Conducting pre compliance EMI/EMC checks. 5. Documentation & Cross Functional Support ∙Preparing schematics, BOM, test reports, validation logs, and hardware release documentation. ∙Supporting manufacturing with: oTest jigs, fixtures oDFM/DFT improvements oFailure analysis (FA, RCA, 8D) Additional Information Additional information if any Understanding of motor control hardware (FOC, current sensing, resolver/encoder interfaces). Test automation using Python/LabVIEW Experience with reliability engineering (DFMEA, MTBF).