Role & responsibilities Conduct time and motion studies , develop standard operating procedures (SOPs) and establish standard time for various operations. Develop and maintain line balancing , layout optimization , and workstation design . Prepare manpower calculation , capacity planning , and productivity improvement plans. Drive Lean Manufacturing , Kaizen , 5S , and waste elimination initiatives on the shop floor. Support New Product Introduction (NPI) by creating initial layouts and time standards. Coordinate with cross-functional teams (Production, Quality, Maintenance, Planning) for continuous improvement projects . Implement PFMEA , control plans , and error-proofing (Poka-Yoke) solutions. Monitor and improve OEE (Overall Equipment Effectiveness) . Assist in preparing productivity dashboards , IE reports , and management presentations . Support CAPEX planning related to MHEs, workstations, and layout changes. Ensure compliance with safety standards and Factory Act norms for ergonomic design Preferred candidate profile Qualifications and Skills Required: Education: B.E. / B.Tech in Industrial Engineering , Electrical Engineering , Production Engineering , or equivalent. Experience: 1- 3 years of relevant experience in Industrial Engineering within a discrete manufacturing setup , preferably UPS or Electronics assembly industry. Technical Skills: Knowledge of SAP Systems is a plus Hands-on with AutoCAD , Excel , and IE software tools Knowledge of Lean Tools (5S, Kaizen, SMED, VSM) Familiarity with PFMEA, Control Plans, and SOPs Knowledge of ERP/MRP systems is a plus Soft Skills: Strong analytical and problem-solving skills Excellent communication and coordination abilities Proactive mindset with a continuous improvement approach Ability to work independently and in cross-functional teams Fluency in Marathi
Role & responsibilities Provide verbal interpretation (consecutive/simultaneous) during meetings, conferences, training sessions, and client interactions. Translate written documents (e.g., emails, manuals, reports, presentations) from Japanese to English and vice versa . Assist teams in understanding Japanese business practices, documentation, and cultural nuances. Support Japanese expatriates and local employees in communication-related tasks. Proofread, review, and edit translations for accuracy, tone, and context . Maintain confidentiality and accuracy in all translated materials. Work closely with cross-functional teams, technical, operations, and management. Preferred candidate profile Proficiency in Japanese and English (JLPT N2 or higher preferred). Minimum 2 years of experience in translation and interpretation. Strong knowledge of business terminology and/or industry-specific vocabulary . Excellent interpersonal and communication skills. Ability to work in fast-paced and multicultural environments . Familiarity with translation tools (e.g., CAT tools, MS Office, etc.) is a plus
Key Responsibilities: 1 Should have experience in Industrial Automation knowledge of PLC, SCADA, HMI, DCS, Motors, Drives, Instrumentation, and Panel Designing. 2 Performing the PLC/SCADA detailed engineering, design and development of Application Software, assembly and testing of the PLC/SCADA system as per the Customer requirements. 3 Preparation of Bill of Material for various PLC and DCS packages within project scope. 4 Review of Customer input and generate IOAL, Coordination with Customer Engineers for technical issues. 5 Document Control work for effective project execution 6 Attending Internal Meeting/ Project walk through for achieving Project milestones. 7 Adhering to the Project Schedule Project Quality Plan. 8 Participating site acceptance test, commissioning, and start-up activities 9 Installation, Commissioning of PLC/SCADA/DCS System & Customer Training on PLC/SCADA/DCS topics 10 Willingness to travel to Project Sites. Technical Skills / Knowledge Required 1 Minimum 3 - 5 years of work experience related to PLC/SCADA/DCS system engineering activities. PLC/DCS logic development, HMI/SCADA screen design etc, for automation of Thermal power plants, Captive power plants, Water treatment plants, Boiler plants or any factory automation. 2 Demonstratable working experience in engineering/Customer FAT/commissioning of PLC/DCS system is required. 4 Previous working experience in hardware and/or software engineering of any OEM PLC/DCS system is preferable. 5 Working knowledge of establishing communication/Interface with third party System over Modbus, Profibus and other digital communication bus is desirable. 6 Field commissioning experience related to Power plant; boiler packages is desirable. 7 Good communication skills is must. 8 Familiarity with AutoCAD/Eplan tools is an added advantage. Desired Educational Qualification B.E/B.Tech in Electrical / Electronics / Instrumentation
Job Descriptions: Role and responsibilities: Senior Service Engineer - UPS 3-6 years of experience as Service Engineer 2+ years of relevant experience in UPS Provide on-site installation, preventive maintenance & breakdown services to customers. Timely complete and submit all required paperwork. Communicate with the customer to ensure satisfaction and implement any necessary corrective actions. Provide technical support to customers at their location. Timely and professionally handle field service calls and issues arising from the field service visits. Responsible for day-to-day assigned technical support. Coordinate with the back-end team. BE/B.Tech/Diploma
Job Description: Testing Engineer UPS/Power Electronics Experience4+ YearsLocationPune - (Holkar wadi)EducationBE in Power Electronics, Electrical EngineeringDepartmentR&DReports ToTesting Manager Job Overview We are seeking a dedicated Testing Engineer to join our R&D team in Pune (Holkar wadi) to support the testing and validation of UPS (Uninterruptible Power Supply) and power electronics products for heavy industrial applications. This role focuses on executing comprehensive testing protocols, troubleshooting issues, and ensuring product reliability and compliance with industry standards. The ideal candidate will have 6+ years of experience in UPS testing, strong technical skills in power electronics, and the ability to collaborate effectively with cross-functional teams to deliver high-quality, reliable solutions. Key Responsibilities: 1. Testing and Validation Perform detailed testing of UPS systems, inverters, battery chargers, and related power electronics components to ensure performance, efficiency, and reliability. Execute test plans for 2-level and 3-level inverter/rectifier systems, validating adherence to design specifications and industry standards (e.g., IEC, UL). Conduct functional, stress, and environmental tests to verify system durability in industrial environments. 2. System Integration and Collaboration Collaborate with design, hardware, and manufacturing teams to ensure seamless integration of UPS systems during testing phases. Assist mechanical teams in validating packaging designs, ensuring compliance with IP41/42/54 standards for dust and water ingress protection. 3. Compliance and Quality Assurance Ensure all tested systems comply with relevant industry standards, safety regulations, and quality requirements. Document test results, identify defects, and provide actionable feedback to support product enhancements. 4. Problem-Solving and Optimization Diagnose and troubleshoot technical issues during testing, working with engineering teams to implement effective solutions. Optimize testing processes to enhance efficiency, accuracy, and consistency while maintaining high-quality standards. Technical Skills Proven expertise in testing UPS systems, inverters, and power electronics products. Hands-on experience with validation of 2-level/3-level inverter/rectifier systems and component performance. Knowledge of IP-rated enclosures (IP41/42/54) and mechanical packaging testing requirements. Proficiency with testing tools, including oscilloscopes, multi-meters, and diagnostic equipment. Sr. NoTechnical CompetenciesBehavioural Competencies 1UPS and Power Electronics Testing Attention to detail2Test Plan Execution and ValidationProblem solving orientation3System Integration Testing Collaboration and Communication4Compliance with Industry StandardsAdaptability5Troubleshooting and Defect Analysis Time Management
Role & responsibilities Strong knowledge of embedded C programming Good knowledge of communication protocols like CAN, Ethernet, RS485 (Modbus), SPI, I2C Required Skills: C ,C++ and Python Programing Microcontroller Programing, Basic knowledge of RTOS, , Linux, Raspberry Pi Preferred candidate profile
Role & responsibilities Generate sales for 3-Phase UPS systems, stabilizers, and related power backup solutions. (Mfg, pharma, Printing packaging, healthcare, electrical contractors, machine tools etc) Identify and develop new business opportunities in the assigned region. Build and maintain strong relationships with customers, consultants, and channel partners. Achieve monthly/quarterly/annual sales targets as per business goals. Conduct customer visits, technical presentations, and product demonstrations. Prepare and submit proposals/quotations in coordination with internal teams. Monitor market trends, competitor activities, and provide market intelligence. Ensure timely collection of payments and maintain healthy receivables. Preferred candidate profile 3+ Years Proven sales experience in the UPS / Power Electronics industry. Strong knowledge of 3-Phase UPS systems, stabilizers, and power conditioning products. Good communication, negotiation, and presentation skills. Ability to work independently and achieve targets. Strong customer relationship management skills.
Role & responsibilities We are looking for a Product Verification Engineer to validate and qualify UPS products in our Energy Division. You will be involved in testing high-rating UPS systems today and support future rollout of modular UPS platforms. Execute verification & validation tests (functional, efficiency, endurance, environmental) Test & analyse performance of UPS power stages (rectifier, inverter, battery interface) Log issues, document reports, work with design/firmware teams on resolution Use measurement tools (power analyzers, oscilloscopes, DAQ etc.) Ensure compliance per IEC / safety / EMI-EMC norms Preferred candidate profile : Strong understanding of power electronics and UPS behaviour Hands-on testing experience in R&D / product validation Exposure to high kVA UPS systems Knowledge of modular UPS concepts
Job Summary: Responsible for end-to-end magnetic and filter design and validation for UPS systems (100 kW 1500 kW). The engineer will independently perform all magnetic-related activities, including design of inductors, transformers, sine wave filters, and rectifier input/output filters, interact with manufacturers, finalize components, and develop magnetic validation setups. The role also includes planning and executing magnetic validation and certification activities, ensuring high performance, efficiency, and compliance with standards. Key Responsibilities: Independently design and optimize magnetic components (inductors, transformers) for UPS systems. Select magnetic materials and components in coordination with manufacturers. Develop and execute magnetic and filter validation setups for prototype testing. Plan and carry out magnetic validation and certification activities. Perform thermal, flux density, and saturation calculations for magnetic components to ensure reliable operation. Evaluate performance and recommend improvements for efficiency, size, and cost optimization. Prepare detailed reports, drawings, and documentation for all magnetic and filter design activities. Maintain magnetic and filter design libraries for future projects. Perform filter design and calculations, including sine wave output filters for inverters, rectifier input filters, and EMI/EMC LC/RLC filters as required in UPS systems. Collaborate with power electronics and thermal teams for integrated system performance. Required Qualifications & Skills: B.E./B.Tech./M.E./M.Tech. in Electrical or Electronics Engineering (Power Electronics preferred). 5 7 years of experience in magnetic design for UPS or high-power electronic systems (100 kW 1500 kW). Strong experience in inductor, transformer, and filter design, including sine wave filters, rectifier input filters, and EMI/EMC filters. Ability to independently perform all magnetic activities, from design to manufacturer finalization. Experience in magnetic and filter validation setup development and test execution. Knowledge of thermal, flux density, and saturation calculations for magnetic components. Familiarity with magnetic material selection and core types. Good documentation skills for design and validation reports. Preferred candidate profile • Experience in UPS, inverter, or high-power converter systems. • Knowledge of EMI/EMC standards and their application in magnetic and filter design. • Ability to coordinate with power electronics and control teams for optimized system design. • Strong analytical, problem-solving, and documentation skills.
Job Title: SMPS Design Engineer UPS / Power Conversion Systems Experience: 6+ Years Department: Power Electronics / Hardware R&D Key Responsibilities: Design, develop, and validate Switched Mode Power Supply (SMPS) circuits and power conversion stages for UPS and energy conversion systems , covering a range of topologies such as Flyback, Forward, Half/Full Bridge, LLC, Phase-Shifted Full Bridge, and PFC/Vienna Rectifier. Execute power estimation, sizing, and loss calculation for rectifier, charger, DC-DC, and inverter sections based on system requirements, load profile, and thermal constraints. Perform detailed power stage design calculations including magnetic design, semiconductor device selection, snubber networks, and thermal design ensuring high efficiency and reliability for required power ratings. Develop and verify AC-DC, DC-DC, and DC-AC converter topologies used in single-phase and three-phase UPS systems , with focus on scalability, efficiency, and protection features. Select components (MOSFETs, IGBTs, SiC/GaN devices, magnetics, capacitors, etc.) considering efficiency, derating, thermal performance, and cost trade-offs. Design control and feedback loops using analog and digital PWM controllers (e.g., UC384x, TL431, UCC28019, UCC3895 , or DSP/MCU-based control platforms ). Conduct board bring-up, hardware testing, and debugging using oscilloscopes, current probes, and power analyzers to validate converter performance under real load conditions. Ensure compliance with EMI/EMC, safety, and reliability standards applicable to industrial and commercial UPS systems. Collaborate closely with firmware, mechanical, and PCB layout teams to ensure seamless integration of power and control sections. Create and maintain design documentation, validation reports, test plans, and power estimation spreadsheets. Lead design reviews, root-cause analysis, and continuous design optimisation to improve product performance and manufacturability. Contribute to system-level architecture definition , translating UPS performance specifications into power design requirements and topology selection. Technical Skills Required: Strong hands-on experience in SMPS and power converter design (50 W5 kW) for UPS, inverter, and charger applications. Deep understanding of UPS power architecture including charger, rectifier, DC link, inverter, and static bypass sections. Proficiency in isolated and non-isolated converter topologies , including LLC resonant, interleaved PFC, and 3-phase PWM rectifiers. Expertise in gate driver design , magnetics design , and loop compensation for stable control. Familiarity with power semiconductor technologies (Si, SiC, GaN) and their associated gate driver requirements. Experience using simulation and design tools such as PSIM, LTspice, PLECS, and MATLAB Simulink for loss, thermal, and control analysis. Strong knowledge of power estimation, thermal modelling, and derating practices for reliable operation. Working knowledge of safety and EMI/EMC compliance standards (IEC/EN 61000, CISPR, UL). Hands-on proficiency with test and validation equipment : DSO, power analyser, LCR meter, spectrum analyser, and thermal camera. Preferred Qualifications: Bachelors/Masters degree in Power Electronics / Electrical / Electronic Engineering. Proven experience in industrial UPS, inverter, or charger product design and validation. Familiarity with digital control of power converters using DSPs or MCUs (TI C2000, STM32, etc.) . Knowledge of PCB layout design for high-power circuits, including creepage, clearance, and thermal design rules. Exposure to SiC/GaN-based topologies and modular UPS architectures for high-efficiency systems. Experience with system-level power estimation, load behaviour analysis, and performance optimisation. Soft Skills: Strong analytical and debugging ability with attention to detail. Capable of working independently from concept through prototype validation. Effective in cross-functional collaboration with firmware, thermal, and system teams. Excellent documentation, communication, and presentation skills. Self-driven approach with a focus on continuous improvement and product reliability.
Job Title: Embedded Hardware Design & Debug Engineer (UPS / Power Electronics Domain) Experience: 6+ Years Department: Hardware R&D / Embedded Systems Key Responsibilities: Independently design, develop, and validate embedded hardware boards for UPS control, monitoring, and power conversion applications. Perform board bring-up, functional testing, and debugging using oscilloscopes, logic analyzers, and other test instruments. Troubleshoot analog, digital, and mixed-signal circuits, including SMPS control, inverter interface, communication, and sensing boards. Collaborate with power electronics, firmware, and mechanical teams for system integration and EMI/EMC-compliant design. Develop test setups, validation jigs, and automated test procedures for prototype and production-level UPS control hardware. Execute component selection, schematic capture, and simulations in tools such as Altium, OrCAD, KiCad, TINA, and LTspice. Conduct design reviews focusing on manufacturability (DFM), reliability, cost optimization, and long-term product sustainability. Support signal integrity testing, power sequencing validation, and hardwarefirmware interface verification. Create and maintain test documentation, design reports, and failure analysis records. Contribute to continuous improvement in hardware validation methodology, test coverage, and design standardization across UPS platforms. Technical Skills Required: Strong hands-on experience in embedded board bring-up, testing, and hardware debugging. Solid understanding of UPS control boards, SMPS controller interfaces, analog front-end circuits, and power stage communication interfaces. Expertise in microcontroller-based system design (STM32, TI C2000, PIC, or similar). Proficiency with test instruments DSO, logic analyzer, LCR meter, power analyzer, and multimeter. Strong understanding of DC-DC converters, AC-DC front ends, inverter control boards, and gate driver interfacing. Experience with communication buses: SPI, IC, UART, CAN, RS485, and Ethernet. Familiarity with firmwarehardware co-debugging, power-up sequencing, and embedded boot analysis. Knowledge of thermal design, EMI/EMC considerations, and signal integrity best practices. Exposure to hardware validation, stress testing, and system-level reliability evaluation. Preferred Qualifications: Bachelors or Masters degree in Electronics, Electrical, or Instrumentation Engineering. Relevant experience in UPS industry design and validation with hands-on exposure to rectifier, charger, inverter, and control system hardware. Working knowledge of UPS system architecture, including AC/DC front ends, DC link management, inverter control, and communication/control boards. Exposure to regulatory standards and safety compliance (CE, UL, IEC, CISPR). Familiarity with version control tools, design documentation practices, and hardware change management systems. Soft Skills: Strong analytical and diagnostic skills for hardware problem-solving. Ability to work independently on complete hardware design and validation cycles. Effective cross-functional collaboration with firmware, mechanical, and test engineers. Proactive approach in design improvements, test coverage expansion, and validation efficiency. Excellent technical documentation and communication skills for multi-disciplinary R&D teams.
Job Title: DC-DC Converter Design Engineer Power Electronics (UPS System) Experience: 5 7 Years Job Summary: Responsible for independent design, simulation, and validation of high-efficiency DC-DC converter stages used in UPS systems ranging upto 1500 kW . The engineer will own the complete converter lifecycle from concept, device calculation and selection , magnetic and control coordination, through hardware validation and certification . The role requires strong technical depth in power topology design , high-frequency switching , and converter optimization using SiC or IGBT devices . Key Responsibilities: Independently design, develop, and validate DC-DC converter topologies for high-power UPS systems. Evaluate and select suitable topologies such as Phase-Shifted Full Bridge, Dual Active Bridge (DAB), LLC Resonant, Interleaved Buck/Boost , etc. Perform detailed device calculations and selection for power semiconductors (IGBTs, SiC MOSFETs, diodes) including switching loss, conduction loss, and SOA verification. Carry out converter-level design calculations : current/voltage stress, transformer turns ratio, duty cycle, ripple, snubber sizing, and gate driver requirements. Conduct simulation and modeling using MATLAB/Simulink , PSIM , or PLECS to verify transient, control, and steady-state performance. Design and validate gate driver circuits , current sensing , snubber networks , and protection schemes . Optimize switching frequency , magnetic design , and layout parasitics for maximum efficiency and thermal performance. Work jointly with magnetic and thermal design engineers to ensure complete converter optimization. Perform hardware prototype development , double-pulse testing , and efficiency validation under different load and input conditions. Correlate simulation results with hardware test data , ensuring accurate performance predictions. Independently plan and execute converter validation and certification process , ensuring compliance with IEC/UL and internal standards. Prepare detailed design documents, test reports, and BOMs for prototype and production stages. Support reliability improvement and design optimization based on validation feedback. Required Qualifications & Skills: B.E./B.Tech./M.E./M.Tech. in Electrical or Electronics Engineering (specialization in Power Electronics preferred). 57 years of experience in DC-DC converter design, testing, and validation for UPS or similar high-power systems. Deep understanding of converter topologies , soft-switching principles , and control strategies . Proficiency in MATLAB/Simulink , PSIM , or PLECS for system simulation and loss modeling. Experience in device selection and calculation for IGBT/SiC devices (voltage/current rating, switching speed, and loss trade-offs). Strong knowledge of gate driver design , snubber design , and PCB layout techniques for high-frequency converters. Practical hands-on experience in hardware validation , efficiency testing , and thermal measurement . Awareness of EMI/EMC considerations and coordination with filter design. Knowledge of IEC/UL safety and performance standards for power electronics systems. Ability to independently drive design to certification stage with minimal supervision. Preferred Attributes: Experience in UPS or renewable energy systems (up to 1500 kW). Familiarity with SiC-based DC-DC converter design and interleaved multi-module topologies . Exposure to digital control platforms (DSP / FPGA / microcontroller-based PWM control). Knowledge of thermal design, reliability estimation , and lifetime analysis . Ability to develop converter test setups and automate data acquisition for validation. Strong problem-solving approach, analytical mindset, and clear documentation skills. Performance Indicators: Converter achieves target efficiency, power density, and thermal reliability . Completion of design prototype validation certification process independently. Accurate correlation between simulation and experimental data. Continuous enhancement of converter performance, cost optimization , and design standardization .
Job Description: Power Electronics Firmware Senior Specialist Position: Senior Specialist Power Electronics Firmware Experience: 1012 Years Location: (Specify) Department: R&D / Product Engineering Employment Type: Full-time Role Overview The Senior Specialist Power Electronics Firmware will lead the design, development, and optimization of embedded control firmware for advanced power electronic converters and UPS systems. This role requires deep expertise in closed-loop control algorithms, real-time embedded development, multilevel & interleaved PWM techniques, and load-sharing/paralleling control strategies. The candidate will work closely with hardware, system engineering, and validation teams to deliver high-performance, reliable, and certified power products. Key Responsibilities 1. Firmware Development & Control Algorithms Design and implement real-time embedded control firmware for power converters (DC-DC, AC-DC, DC-AC, 3-level NPC, interleaved converters, UPS inverters). Develop advanced closed-loop control algorithms: - PI/PR controllers - dq-frame control - current/voltage loop control - grid-tie and standalone inverter control - droop control - nonlinear/observer-based controls (as needed) ¢ Implement digital PWM, dead-time control, PLL, current balancing, and modulation schemes (SPWM, SVPWM, 3-level modulation, interleaved PWM). ¢ Develop and optimize firmware for DSP/MCU platforms (TI C2000 preferred). 2. Paralleling & Load Sharing ¢ Lead the development of paralleling algorithms for multi-converter and UPS systems (N+1 redundant, hot-sync, load-share control). ¢ Implement communication-based and droop-based load-sharing control loops. ¢ Ensure system stability during synchronization, phase alignment, current sharing, and transient events. ¢ Troubleshoot dynamic instability, oscillations, harmonics, and cross-current issues in paralleled systems. 3. Architecture, Design & Documentation ¢ Define firmware architecture, state machines, safety routines, and diagnostic strategies. ¢ Develop detailed design documentation, test plans, and release notes. ¢ Ensure compliance with quality processes (MISRA-C, IEC/UL, documentation standards). 4. System Integration & Validation ¢ Work closely with hardware teams to optimize sensor interfaces, protection circuits, and control bandwidth. ¢ Conduct lab testing of converters/UPS systems, tuning control loops, and managing EMI/thermal/efficiency trade-offs. ¢ Perform root-cause analysis and debug failures at system, firmware, and hardware levels. 5. Leadership & Collaboration ¢ Mentor junior engineers in embedded development and control theory. ¢ Work cross-functionally with hardware, mechanical, compliance, and product teams. ¢ Drive innovation in converter topologies, control techniques, and software processes. Required Skills & Expertise Technical Expertise ¢ Strong hands-on experience (1012 years) in embedded firmware for power electronics. ¢ Deep understanding of closed-loop control of converters/inverters (dc-link control, current/voltage loops, PLL, PR, droop, dq-control). ¢ Expertise in paralleling of converters/UPS including sync control, load sharing, circulating current minimization. ¢ Strong experience with TI C2000 family (F280x, F2837x, F28004x, F2838x or similar). ¢ Proficiency in C/C++, fixed-point arithmetic, real-time firmware optimization. ¢ Experience with control design tools: MATLAB/Simulink, PSIM, PLECS. ¢ Knowledge of common topologies: interleaved converters, 3-level NPC, full-bridge inverters, LLC/DC-DC. ¢ Experience with communication interfaces: CAN, RS485, SPI, I2C, Modbus. Preferred Additional Skills ¢ Experience with FPGAs or fast control loops on MCUs. ¢ Exposure to EMI/EMC compliance, safety standards, and grid-connect requirements. ¢ Knowledge of grid codes (IEC 62040, IEC 62109, IEEE 1547) is a plus. ¢ Understanding of reliability engineering and protection mechanisms. Educational Qualifications ¢ B.E./B.Tech or M.E./M.Tech in Electrical Engineering, Power Electronics, Embedded Systems, or related field. Behavioral Competencies ¢ Strong analytical mindset and problem-solving abilities. ¢ Ability to work independently and lead technically complex tasks. ¢ Good communication and teamwork skills. ¢ Ownership mindset with focus on quality and reliability.
Job Title: Power Electronics Simulation Engineer Experience: 3 5 Years Job Summary: Responsible for simulation and performance evaluation of analog, digital, and power electronic circuits in UPS and power electronic systems. The role focuses on building accurate simulation models in MATLAB/Simulink, PSIM, and LTspice to evaluate performance, study behavior under various conditions, and support design optimization. The engineer should have strong power electronics fundamentals, capable of simulating any analog, digital, or power device, including inductors, transformers, IGBTs, MOSFETs, and diodes. Familiarity with EMI/EMC standards, magnetic and thermal simulation, and good documentation practices is required to ensure reliable evaluation and reporting. Key Responsibilities: Develop simulation models for analog, digital, and power circuits using MATLAB/Simulink, PSIM, and LTspice. Simulate power electronic converters, control loops, and associated devices to predict steady-state and dynamic performance. Evaluate circuit behavior under varying conditions, including voltage/current waveforms, switching transients, losses, efficiency, and thermal performance. Perform magnetic simulations of inductors and transformers to assess flux, core loss, and EMI impact. Include EMI/EMC considerations in simulations to predict and minimize noise or interference issues. Analyze results and recommend design improvements before hardware implementation. Prepare detailed simulation reports, plots, and comparative analysis to support design decisions. Build and maintain a library of reusable models for analog, digital, and power devices. Ensure all simulation activities are well-documented and organized for future reference. Stay updated with simulation techniques and tools to improve model accuracy and efficiency. Required Qualifications & Skills: B.E./B.Tech./M.E./M.Tech. in Electrical or Electronics Engineering (Power Electronics preferred). 3 5 years of experience in simulation of power, analog, and digital circuits. Proficiency in MATLAB/Simulink, PSIM, and LTspice. Strong foundation in power electronics, including converter topologies and control circuits. Ability to simulate power devices such as inductors, transformers, IGBTs, MOSFETs, and diodes. Knowledge of EMI/EMC standards and ability to include compliance checks in simulations. Experience in magnetic and thermal simulations to support design optimization. Skills in steady-state, transient, and control loop simulations. Good documentation skills for simulation activities, reports, and model libraries. Strong analytical and problem-solving abilities. Preferred Attributes: Experience in UPS, inverter, or renewable energy system simulations. Familiarity with control strategies (voltage/current-mode, PWM, feedback loops). Ability to correlate simulation results with hardware performance for verification. Interest in developing reusable simulation libraries for analog, digital, and power devices. Performance Indicators: Accurate simulation models predicting circuit behavior reliably. Timely delivery of simulation insights and reports supporting design decisions. Identification of design improvements via simulation studies. Development of validated, reusable models for future projects. Consideration of EMI/EMC, magnetic, and thermal effects in simulations. Proper and thorough documentation of simulation activities and results.