SPI Jobs

electrical & electronic design Engineer

RLE India Private Limited•

Pune

•full time

Electrical & Electronic Design Engineer Job Summary We are seeking a skilled and motivated Electrical & Electronic Design Engineer to join our team within the Aerospace industry. This is an onsite position requiring a strong foundation in electrical and electronic design principles, with a focus on power electronics and embedded systems. The ideal candidate will possess a comprehensive understanding of the hardware development lifecycle and be adept at navigating complex design challenges. Key Responsibilities This role encompasses a wide range of responsibilities throughout the entire hardware development lifecycle, from initial requirements definition to final product validation and certification. You will be responsible for the design, development, verification, and validation of electrical and electronic systems, ensuring adherence to industry standards and rigorous quality control. Required Skills & Qualifications Electrical Design: Demonstrated proficiency in electrical circuit design, including schematic capture and layout. Electronic Design: Expertise in electronic circuit design, encompassing both analog and digital domains. Inverter Design: Experience designing and implementing inverter systems for various applications. Converter Design: Ability to design and optimize converter topologies, including AC-DC and DC-DC converters. Hardware Development Life Cycle: A thorough understanding of the complete hardware development lifecycle, from concept to production. Requirements Management: Skill in defining, documenting, and managing system requirements. Design: Ability to translate requirements into functional and manufacturable designs. Development: Experience in the development of electrical and electronic systems. Verification & Validation (V&V): Expertise in verification and validation methodologies to ensure product quality and reliability. Qualification & Certification Testing: Familiarity with qualification and certification testing procedures. AC-DC & DC-DC Converters: Deep understanding of AC-DC and DC-DC converter principles and applications. Motor Inverters: Experience in the design and implementation of motor inverter systems. Switching Devices & Gate Driver Selection: Knowledge of switching devices and the ability to select appropriate gate drivers. Modulation Techniques: Understanding of various modulation techniques and their application in power electronics. Filter Design: Ability to design and implement filters for signal conditioning and noise reduction. Power Semiconductors: Expertise in Si Power Semiconductors, Silicon Carbide (SiC) Power Semiconductors, and Gallium Nitride (GaN) Power Semiconductors. Power Electronics: Strong foundation in power electronics principles and applications. Analog Circuits: Proficiency in designing and analyzing analog circuits, including Op-Amp, Buffers, and Signal Conditioning circuits. Digital Logic Circuits: Understanding of digital logic circuits and their implementation. Microcontroller-Based Systems: Experience in designing and implementing microcontroller-based systems. Peripheral Interfaces: Knowledge of common peripheral interfaces such as UART, SPI, I2C, and CAN. Communication Interfaces: Experience with communication protocols like Ethernet. Microcontroller, FPGA, Processor: Familiarity with microcontroller, FPGA, and processor architectures. Memory: Understanding of different memory types, including RAM and Flash Memory. Low-Power Operation: Ability to design for low-power operation and optimize energy efficiency. Power Budgeting: Skill in creating and managing power budgets. Energy Efficiency: Commitment to designing energy-efficient systems. FMEA: Experience conducting Failure Mode and Effects Analysis (FMEA). Stress Analysis, Derating, Worst-Case Analysis, Tolerance Study: Ability to perform stress analysis, derating, worst-case analysis, and tolerance studies. DO-160, DO178, DO254, IEC, SAE: Familiarity with relevant industry standards such as DO-160, DO178, DO254, IEC, and SAE. Certification Processes: Understanding of certification processes and requirements. Embedded Design: Experience in embedded system design. PCB Design: Knowledge of printed circuit board (PCB) design principles. EMI/EMC: Understanding of electromagnetic interference (EMI) and electromagnetic compatibility (EMC) considerations. Product Lifecycle Management: Familiarity with product lifecycle management (PLM) principles. Simulation Tools: Proficiency in using simulation tools such as Pspice, Matlab, Simulink, and PLECS. Domain Expertise: Experience in the Automotive Domain, Aero Domain, or Defense Domain. High Power Design: Ability to design for high-power applications. Layout Rules: Knowledge of layout rules for power electronics. EMI/EMC Certification: Experience with EMI and EMC certification processes. Environmental Compliances: Understanding of environmental compliance requirements. CE, E Markings: Familiarity with certifications such as CE and E Markings. Interpersonal Skills: Excellent interpersonal and communication skills. Hardware Design Development: Strong skills in hardware design and development. What We Offer

Hardware Design

RLE India Private Limited•

Bengaluru

•full time

Job Summary We are seeking a highly skilled and experienced Hardware Design professional to join our team. This role will be responsible for the design and development of hardware solutions, ensuring they meet performance, reliability, and manufacturability requirements. The ideal candidate will possess a strong foundation in electrical engineering principles and a proven ability to translate design concepts into functional hardware. Key Responsibilities This role will involve a range of responsibilities related to the design and validation of hardware components and systems. The candidate will be expected to contribute to the entire hardware development lifecycle, from initial concept to production release. Required Skills & Qualifications B.E./B.Tech/B.Sc or M.E./M.Tech/M.Sc in Electrical Engineering : A foundational degree in Electrical Engineering is required, demonstrating a strong understanding of electrical engineering principles and practices. Electrical Engineering : A deep understanding of electrical engineering principles, including circuit theory, electromagnetics, and signal processing, is essential. Hardware Engineering : Demonstrated experience in hardware design and development, with a focus on creating robust and reliable hardware solutions. Schematic Capture : Proficiency in creating detailed and accurate schematics using industry-standard tools, ensuring clear documentation of circuit designs. PCB Layout Design : Expertise in designing printed circuit boards ( PCB s) that optimize signal integrity, thermal management, and manufacturability. Circuit Simulation : Ability to utilize circuit simulation tools to analyze and optimize circuit performance before physical implementation. PCB Design : Comprehensive knowledge of PCB design principles, including layer stack-up, trace routing, and component placement. Testing : Experience in designing and executing hardware testing plans to validate functionality and identify potential issues. Manufacturing : Understanding of manufacturing processes and design for manufacturability (DFM) principles. Problem Solving : Strong analytical and problem-solving skills to effectively troubleshoot hardware issues and identify root causes. Communication Skills : Excellent written and verbal communication skills to effectively collaborate with cross-functional teams. Analytical Skills : Ability to analyze complex data and draw meaningful conclusions to inform design decisions. LTE : Knowledge of Long-Term Evolution ( LTE ) wireless communication standards and their implementation in hardware. Wi-Fi : Familiarity with Wi-Fi wireless communication protocols and their integration into hardware designs. GNSS : Understanding of Global Navigation Satellite Systems ( GNSS ) and their application in hardware solutions. BLE : Experience with Bluetooth Low Energy ( BLE ) technology and its implementation in hardware. CAN : Knowledge of Controller Area Network ( CAN ) communication protocol and its use in automotive and industrial applications. RS-485 : Familiarity with the RS-485 serial communication standard and its application in hardware designs. SPI : Understanding of Serial Peripheral Interface ( SPI ) protocol and its implementation in hardware. I2C : Knowledge of Inter-Integrated Circuit ( I2C ) protocol and its application in hardware designs. Relays : Experience in designing and integrating relay circuits into hardware systems. Power Supply Circuits : Expertise in designing and implementing efficient and reliable power supply circuits. Micro-Controller Design : Experience in designing and integrating micro-controllers into hardware systems. Sensing Circuits : Ability to design and implement circuits for various types of sensors. VCU : Understanding of Vehicle Control Unit ( VCU ) functionality and integration with hardware components. BMS : Knowledge of Battery Management System ( BMS ) principles and their application in hardware designs. Chargers : Experience in designing and implementing charging circuits for various battery types. Power-Train : Familiarity with power-train systems and their integration with hardware components. Instrument Clusters : Understanding of instrument cluster design and integration with hardware components. RCA : Ability to perform Root Cause Analysis ( RCA ) to identify and resolve hardware issues. Experience Required: The ideal candidate will possess a minimum of 10-18 years of relevant experience in hardware design and development. This level of experience indicates a high degree of proficiency and the ability to lead complex hardware projects. What We Offer Salary: Work Mode: Onsite

CFD Modeler

RLE India Private Limited•

Chennai

•Full-time

CFD Modeler Job Description Job Summary We are seeking a skilled and motivated CFD Modeler to join our team in Chennai. This role is ideal for an individual with a foundational understanding of computational fluid dynamics and a passion for contributing to complex engineering projects within the IT / Technology industry. Key Responsibilities The CFD Modeler will be responsible for developing and refining computational models to simulate and analyze fluid flow and thermal behavior. This includes collaborating with cross-functional teams to understand project requirements and translating those needs into effective simulation strategies. Required Skills & Qualifications Educational Background: A Bachelor of Engineering (B.E) / Bachelor of Technology (B.Tech) / Master of Engineering (M.E) / Master of Technology (M.Tech) is required. Experience: 1 - 3 years of experience in a related field is expected. This level of experience indicates a foundational understanding of the field and the ability to work with moderate supervision. ANSYS: Proficiency in ANSA is essential for pre-processing and mesh generation. CFD: A strong understanding of CFD principles and their application to real-world engineering problems is required. Thermal System Model: Experience in developing and utilizing Thermal System Model simulations to analyze heat transfer and thermal behavior. Material Expertise: Familiarity with the simulation of materials such as Rubber and Plastic , including their unique properties and behavior under various conditions. Part Structure Management: Ability to effectively manage and analyze Part Structure within simulation models. Communication Skills: Excellent Communication Skills , both written and verbal, are necessary for effective collaboration and clear presentation of results. Interpersonal Skills: Strong Interpersonal Skills are required to build and maintain positive working relationships with colleagues and stakeholders. Team Spirit: A demonstrated Team Spirit and the ability to work effectively within a collaborative environment. Problem-Solving Skills: Exceptional Problem-Solving Skills to identify, analyze, and resolve complex issues related to simulation modeling. What We Offer Salary: 30 LPA - 45 LPA

Hardware Design Engineer

RLE India Private Limited•

Bengaluru

•full time

Job Summary We are seeking a highly skilled and motivated Hardware Design Engineer to join our growing team. This role will be responsible for the design and development of hardware solutions, contributing to the advancement of our technology within the Technology industry. Key Responsibilities The Hardware Design Engineer will be responsible for a range of tasks related to hardware design and development, including schematic capture, PCB layout design, functional testing, and root cause analysis (RCA). They will also contribute to documentation and ensure designs are suitable for manufacturing. Required Skills & Qualifications The ideal candidate will possess a strong foundation in electrical engineering principles and a proven ability to design and implement complex hardware systems. The following skills and qualifications are essential: Electrical Engineering : A deep understanding of electrical engineering principles, including circuit theory, signal processing, and power electronics. Hardware Engineering : Demonstrated experience in the full hardware design lifecycle, from concept to production. Schematic Capture : Proficiency in creating detailed and accurate schematics using industry-standard software. PCB Layout Design : Expertise in designing printed circuit boards ( PCB ) that meet performance, manufacturability, and cost requirements. Wireless Communication Technologies : Familiarity with wireless communication protocols including LTE , Wi-Fi , GNSS , and BLE . Memory Technologies : Knowledge of Non-Volatile Memory technologies and their application in embedded systems. Communication Protocols : Experience with various communication protocols such as CAN , RS-485 , SPI , and I2C . Power Electronics : Understanding of Relays and Power Supply Circuits design and implementation. Micro-Controller Design : Experience in designing and integrating Micro-Controllers into hardware systems. Sensor Integration : Ability to design and implement Sensing Circuits for various applications. Vehicle Control Systems : Familiarity with VCU (Vehicle Control Unit) and BMS (Battery Management System) concepts. Power Systems : Experience with Chargers , Power-Train , and related power electronics. Automotive Systems : Knowledge of Instrument Clusters and their associated hardware requirements. Functional Testing : Ability to develop and execute comprehensive functional tests to validate hardware designs. Root Cause Analysis (RCA) : Proven ability to perform thorough RCA to identify and resolve hardware issues. Circuit Simulation : Proficiency in using Circuit Simulation tools to analyze and optimize circuit performance. Documentation : Excellent written and verbal communication skills with the ability to create clear and concise technical documentation. Testing : Experience with various testing methodologies and equipment. Manufacturing : Understanding of manufacturing processes and their impact on hardware design. Problem-Solving Skills : Strong analytical and Problem-Solving Skills to effectively address complex hardware challenges. Analytical Skills : Ability to apply Analytical Skills to evaluate designs and identify potential issues. Qualifications : A B.E./B.Tech/B.Sc or M.E./M.Tech/M.Sc in Electrical Engineering is required. Experience Required : We are seeking a candidate with 9-10 years of relevant experience in hardware design and development. This level of experience indicates a senior-level role with expectations of independent work, mentorship, and technical leadership. What We Offer Salary :

Aerothermal & HVAC Project Performance Engineer

RLE India Private Limited•

Pune

•full time

Job Summary We are seeking a highly skilled and experienced Aerothermal & HVAC Project Performance Engineer to join our team. This role will focus on ensuring the performance and quality of aerothermal and HVAC systems within our automotive and technology projects. The ideal candidate will possess a strong analytical background and a proven ability to manage and coordinate complex engineering activities. Key Responsibilities The Aerothermal & HVAC Project Performance Engineer will be responsible for a range of tasks related to project performance, including: Overseeing and analyzing project performance metrics to identify areas for improvement. Developing and implementing strategies to enhance project efficiency and effectiveness. Providing regular management reporting on project status, risks, and mitigation plans. Facilitating cross-functional coordination between various engineering teams to ensure alignment and collaboration. Required Skills & Qualifications To be successful in this role, candidates must possess the following skills and qualifications: Project Performance Engineering: Demonstrated ability to establish and monitor key performance indicators (KPIs) for engineering projects, analyze data, and implement corrective actions. Functional Synthesis: Proficiency in synthesizing functional requirements and translating them into actionable engineering tasks. Cross-Functional Coordination: Excellent ability to collaborate and coordinate activities across multiple engineering disciplines and departments. Validation Planning: Experience in developing comprehensive validation plans to ensure the quality and reliability of aerothermal and HVAC systems. Test-Data Synthesis: Ability to generate and analyze test data to validate system performance and identify potential issues. Management Reporting: Strong skills in preparing and delivering clear and concise management reports on project status and performance. Aerothermal Validation: Knowledge of aerothermal validation methodologies and techniques. Hvac Testing: Experience with HVAC testing procedures and equipment. Thermal Performance: Understanding of thermal performance principles and their application to automotive and technology systems. Cad Review: Ability to review and interpret CAD drawings and models. CfD/1D Simulation Review: Experience reviewing Computational Fluid Dynamics (CFD) and 1D simulation results. Dvp: Familiarity with Design Verification Plan (DVP) processes. Vehicle Instrumentation: Knowledge of vehicle instrumentation and data acquisition systems. Road Trip Testing: Experience with road trip testing methodologies. Lab Testing: Proficiency in conducting lab testing and analyzing results. Data Analysis: Strong analytical skills with the ability to interpret data and draw meaningful conclusions. Scorecard: Experience in developing and utilizing scorecards to track project performance. Plm: Familiarity with Product Lifecycle Management ( PLM ) systems. Microsoft Suite: Proficiency in Microsoft Suite applications, including PowerPoint , Excel (including Macro capabilities), and Word . Power Bi: Experience using Power BI for data visualization and reporting. Leadership: Demonstrated leadership qualities and the ability to motivate and guide teams. Team Spirit: A collaborative spirit and the ability to work effectively within a team environment. Networking: Ability to build and maintain strong working relationships with stakeholders across the organization. Problem-Solving: Strong problem-solving skills with the ability to identify and resolve complex issues. Management Skills: Effective management skills to oversee project activities and ensure timely completion. Communication Skills: Excellent written and verbal communication skills. Analytical Skills: Strong analytical skills to assess data and make informed decisions. Qualifications: Bachelor's/Master's degree in the Mechanical or Automotive domain. Experience: 8 - 12 years of relevant experience in a similar role. This level of experience indicates a seasoned professional capable of independently managing complex projects and mentoring junior engineers. What We Offer We value our employees and offer a competitive compensation package. Salary:

EBOX HIL Test Engineer

SACHA Engineering•

Chennai

•full time

Job Summary We are seeking an experienced EBOX HIL Test Engineer to join our team in the Automotive industry, located in Chennai . The ideal candidate will have a strong background in electrical engineering and experience with various testing tools and systems. Key Responsibilities The EBOX HIL Test Engineer will be responsible for testing and validating EBOX functionality, as well as working with various tools and systems such as MicroNova HIL systems , ECUTEST , and Vector toolchains including CANoe and CANape . The engineer will also be involved in Technical Safety Requirements (TSR) validation and UDS diagnostics . Required Skills & Qualifications The candidate should have a Bachelor’s or Master’s degree in Electrical Engineering , Mechatronics , Power Electronics , or a related field. The ideal candidate will have 5 - 10 years of experience and possess skills in: ISO-SPI MicroNova HIL systems ECUTEST Technical Safety Requirements (TSR) validation BMS Expertise EBOX Functionality Contactors Pyrotechnic Fuses Current Sensors HV Distribution MicroNova (NovaCarts) Vector toolchains (CANoe, CANape) ECU-TEST CAN-FD UDS diagnostics ISO 26262 Automated test sequence generation Analytical Skills Problem-Solving Skills Communication Skills What We Offer We offer a challenging role in a dynamic industry, with opportunities for growth and development.