About The Role : In this role you will play a key role in: Develop, execute, and maintain HIL test cases for automotive ECU validation. Utilize dSPACE tools (e.g., ControlDesk) for HIL setup, monitoring, and debugging. Work with CAN tools such as CANalyzer and analyze CAN protocols. Perform network analysis using tools like Wireshark to debug Ethernet and SOME/IP communication. Automate HIL test cases using tools like ecu or similar automation frameworks. Validate telematics features, including Positioning, WiFi, Tuner, and FOTA/AOTA updates. Collaborate with cross-functional teams to improve test methodologies and automation strategies. Troubleshoot test failures and provide detailed analysis reports. Works in the area of Software Engineering, which encompasses the development, maintenance and optimization of software solutions/applications.1. Applies scientific methods to analyse and solve software engineering problems.2. He/she is responsible for the development and application of software engineering practice and knowledge, in research, design, development and maintenance.3. His/her work requires the exercise of original thought and judgement and the ability to supervise the technical and administrative work of other software engineers.4. The software engineer builds skills and expertise of his/her software engineering discipline to reach standard software engineer skills expectations for the applicable role, as defined in Professional Communities.5. The software engineer collaborates and acts as team player with other software engineers and stakeholders. About The Role : - Grade Specific As a HIL validation engineer you will function as a member of telematics features Testing team. The primary duties include designing, implementing, automating and executing test cases to functionally features to ECU and Telematics domain. You will work closely with other teams that are responsible for developing the virtual and physical test platforms, software architecture group, basic software group, and application software developers Skills (competencies) Verbal Communication

About The Role : Develop, execute, and maintain HIL test cases for automotive ECU validation. Utilize dSPACE tools (e.g., ControlDesk) for HIL setup, monitoring, and debugging. Work with CAN tools such as CANalyzer and analyze CAN protocols. Perform network analysis using tools like Wireshark to debug Ethernet and SOME/IP communication. Automate HIL test cases using tools like ecu or similar automation frameworks. Validate telematics features, including Positioning, WiFi, Tuner, and FOTA/AOTA updates. Collaborate with cross-functional teams to improve test methodologies and automation strategies. Troubleshoot test failures and provide detailed analysis reports. Works in the area of Software Engineering, which encompasses the development, maintenance and optimization of software solutions/applications.1. Applies scientific methods to analyse and solve software engineering problems.2. He/she is responsible for the development and application of software engineering practice and knowledge, in research, design, development and maintenance.3. His/her work requires the exercise of original thought and judgement and the ability to supervise the technical and administrative work of other software engineers.4. The software engineer builds skills and expertise of his/her software engineering discipline to reach standard software engineer skills expectations for the applicable role, as defined in Professional Communities.5. The software engineer collaborates and acts as team player with other software engineers and stakeholders. About The Role : - Grade Specific As a HIL validation engineer you will function as a member of telematics features Testing team. The primary duties include designing, implementing, automating and executing test cases to functionally features to ECU and Telematics domain. You will work closely with other teams that are responsible for developing the virtual and physical test platforms, software architecture group, basic software group, and application software developers Skills (competencies) Verbal Communication

Hiring for US based MNC, pls Apply if following Job Description suits your aspirations. Electronics Engineer will be responsible for designs, develops, and tests electronic systems and equipment, often involving a combination of hardware and software. They work in various industries, including telecommunications, manufacturing, automotive, aerospace, and consumer electronics. Create detailed electronic designs for circuits, systems, and devices. Develop and test new products, ensuring they meet industry standards and customer requirements. Select and integrate electronic components such as resistors, capacitors, transistors, and microcontrollers. Conduct simulations and analyses of circuits and systems using design software (e.g., MATLAB, CAD tools). Build and test prototypes to ensure functionality and performance. Troubleshoot and repair defective electronic systems and equipment. Conduct experiments and tests to evaluate the functionality, safety, and efficiency of designs. Work closely with other engineers, product managers, and manufacturers to ensure designs are implemented efficiently. Document designs, technical specifications, and test results. Prepare reports and presentations for stakeholders. Ensure designs comply with relevant industry standards, safety regulations, and quality control procedures. Conduct testing and verification to ensure products meet performance requirements. Manage time and resources efficiently to meet project deadlines. Oversee the progress of development projects and report on milestones. Research emerging technologies and trends to implement in future products. Suggest improvements to existing designs and systems.

1. Reporting to Delivery Manager and creating Engineering Concept design, HVAC System Components technical specification finalization, macro feasibility during styling stage 2. CAD modeling and 3D annotations of HVAC components and assemblies ensuring timely delivery at every milestones as per Project time plan and the schedule assigned by Project lead. 3. Carryout and manage detail engineering and Release activities and validation plan, tooling feasibility and kickoff, Tooling evaluation. 4.Define validation plan of HVAC system components and assemblies on vehicle level meeting all requirements of functionality, performance and quality as per client standards. 5. Coordinate with all internal agencies within client and external agencies (component suppliers, engineering service provider) for design, engineering, development and Launch of vehicle. 6. POST launch engineering support to resolve all manufacturing, Weight, Quality and Cost reduction activities. 7. Participate in the client initiatives like VAVE , weight reduction and quality improvements and deliver as per given target of cost, quality and weight. Domain Skills/Technical Competency : Minimum one complete BEV (EV Bus and EV Truck) -Design, Engineering and Development cycle till launch for Battery Cooling Systems(BCS) (selection, specification, installation, validation, post launch support, customer issue resolution ) and cabin HVAC systems. Working Knowledge of Electronics, Functional Safety (ISO26262) to manage EV Cooling system (BCS), AI/ML desired. 1. The job requires domain knowledge of HVAC Components Design and integration for Automotive exterior components and assemblies. 2. Plastic components Design and engineering both blow and injection molding. 3. Knowledge of tooling of plastics and manufacturing processes and moulding processes. 4. CATIA expertise, in solid, surface modeling, assembly modeling, 3D annotations 5. Good working Knowledge of client processes like product development process and engineering processes like DFMEA, DVP, DFM, DFA and DFS, DVP, etc. 6. PLM knowledge and knowledge of Vehicle BOM and Engineering BOM Working Knowledge of CFD Tools, Matlab/Simulink desired. Working Knowledge of Alternate Fuel Vehicles Desired. Good working Knowledge of regulations and engineering processes like DFMEA, DVP, DFM, DFA and DFS, DVP, etc. PLM knowledge and knowledge of Vehicle BOM and Engineering BOM

Role description Understanding of Model Based System Engineering (MBSE), Model Based Development, Requirement Modeling, System Architecture (SysML), Software Architecture, AUTOSAR Architecture, FMEA, Cybersecurity & Functional Safety etc. Experience in developing models in System, Software architecture using SysML and UML tools Should be able to decompose and implement/author AUOSAR Architecture Good understanding of Requirement Implementation in SYSML tools Experience in AUTOSAR ASW, BSW development and generate RTE with Vec tor, dSpace etc. Ability to consult and setup MBSE process for customer Understanding of the End-To-End traceability within MB SE Understanding of Source Control software like SVN, Git and process management software like JIRA etc. System analysis using tools and support of model-based approach for system analysis. Analysis of customer requirements, standards, supplier documents and legal requirements in collaboration with involved domains including capturing of requirements. Good understanding of Product Development cycle and processes Understanding of V model approach in product development Awareness of ASPICE, INCOSE guideline s, Quality Assurance, Functional Safety and Cybersecurity standards etc. Awareness of Verification and Validation processes i.e. SIL, MIL, HIL testing Awareness of FMEA processes and terminologyTools : Experienced in any below listed tools is necessary System Modelling Rhapsody, CATIA No Magic (Cameo), Enterprise Architect (EA), Windchill Modeler, MATLAB Simulink, MATLAB Stateflow etc.

Role description Domain Expertise in chassis active safety system components line ABS,ESP, One Box, its software development and implementation. 2 . sound knowladge of basic vehicle level electronics components and in vehicle communcation between diffrent ECU's. 3. Require to have good interpersonal skills and can able to discuss and finalize the system requirem ents internally and with suppliers. 4. should have basic driving skills and should able to do some basic vehicle level checks and capture the data for analysis. 5. should have Good analytics and problem resolution skills and should able to resolve software related issues independently with supplier support. 6. Detailed Know how for Automotive diagnosis implementation (UDS) 7. sound knowladge of vehicle CAN communication, CAN signal requirements, CAN tools like Canalyser, CANoe 8. Require to have sound knowladge to develo p DVP and functional test cases for new function and its validation 9. Exposure to SIL, MIL testing and validtion to check software effectiveness. 10.should able to write basic codes with C, C++ soft ware , Matlab 11. Basic CAD Know how should able to read and undestand components drawings. 12.Proficient with Microsost offiece to ols like word, power point,Xls, tools.

GalaxEyeSpace, is a deep-tech Space start-up spun off from IIT-Madras and is currentlybased in Bengaluru, Karnataka. We are dedicated to advancing the frontiers ofspace exploration. Our mission is to develop cutting-edge solutions thataddress the challenges of the modern space industry by specialising indeveloping a constellation of miniaturised, multi-sensor SAR+EO satellites. Our new age technology enables all-time,all-weather imaging, this with leveraging advanced processing and AIcapabilities, we ensure near real-time data delivery and are glad to highlightthat we have successfully demonstrated these imaging capabilities, the first ofits kind in the world, across various platforms such as Drones as well as HAPS(High-Altitude Pseudo Satellites). RESPONSIBILITIES You will assume engineering accountability for modeling and simulation of UAV Trajectories. Generate and refine the subsystem models of a UAV from experimental data. Design navigation filters to optimally estimate UAV States. Integrate navigation systems with radars and/or augment them with other sensors. Communicate with Partners for Procurements/Scouting involved. Develop test plans for Hardware In Loop testing and characterisation and determine techniques and infrastructure required to accomplish test objectives Shall coordinate with engineers and Consultants at GalaxEye to assist with the development of manufacturing, assembly, Integration and Testing Installation, alignment, and integration of Sensors and Actuators based on optimisation from Placement Analysis of various components. Requirements Research aptitude and optimisation skills are musts. Good knowledge of dynamics and estimation theory is a must. Good communications skills, the ability to read, interpret and represent data, information and documents are a must. Knowledge of Embedded systems and Embedded level Programming is preferred Knowledge of programming languages like MATLAB/OCTAVE, Python, C++ etc. Knowledge of simulation tools like gazebo, Simulink. Benefits Acquirevaluable opportunities for learning and development through close collaborationwith the founding team. Contribute toimpactful projects and initiatives that drive meaningful change. We provide acompetitive salary package that aligns with your expertise and experience. Enjoycomprehensive health benefits, including medical, dental, and vision coverage,ensuring the well-being. Work in adynamic and innovative environment alongside a dedicated and passionate team.

Who we are: At UST, we help the world s best organizations grow and succeed through transformation. Bringing together the right talent, tools, and ideas, we work with our client to co-create lasting change. Together, with over 26,000 employees in 25 countries, we build for boundless impact touching billions of lives in the process. Visit us at . The Opportunity : JD: A3_Engineering Design Test Manufacturing Engineer Scope Description: Development of motion control testing systems, including planning and execution of lab experiments, system HW integration, performance testing and report documentation. Performance specification definition acceptance test review. Programming motion system algorithms. Requirements: B.Sc / Msc -Electrical/ Mechanical Engineering. Experience: Motion system tuning based closed loop feedback control. Acceptance test procedure definition. Motion controller high level language programming. Deep multidisciplinary understanding, system level -advantage. Knowledge: Robust design of automatic for control systems. Component selection, mechanical transmission, Sensors Actuators specification. performance testing. Power electronic circuit - advantage. System Modeling simulation (Matlab - Simulink / LabView) - advantage. Digital signal processing, filter design - advantage. What we believe: We re proud to embrace the same values that have shaped UST since the beginning. Since day one, we ve been building enduring relationships and a culture of integrity. And today, its those same values that are inspiring us to encourage innovation from everyone to champion diversity and inclusion and to place people at the centre of everything we do. Humility: We will listen, learn, be empathetic and help selflessly in our interactions with everyone. Humanity: Through business, we will better the lives of those less fortunate than ourselves. Integrity: We honor our commitments and act with responsibility in all our relationships. Equal Employment Opportunity Statement UST is an Equal Opportunity Employer. We believe that no one should be discriminated against because of their differences, such as age, disability, ethnicity, gender, gender identity and expression, religion, or sexual orientation. All employment decisions shall be made without regard to age, race, creed, color, religion, sex, national origin, ancestry, disability status, veteran status, sexual orientation, gender identity or expression, genetic information, marital status, citizenship status or any other basis as protected by federal, state, or local law. UST reserves the right to periodically redefine your roles and responsibilities based on the requirements of the organization and/or your performance. To support and promote the values of UST. Comply with all Company policies and procedures

About The Role : Develop, execute, and maintain HIL test cases for automotive ECU validation. Utilize dSPACE tools (e.g., ControlDesk) for HIL setup, monitoring, and debugging. Work with CAN tools such as CANalyzer and analyze CAN protocols. Perform network analysis using tools like Wireshark to debug Ethernet and SOME/IP communication. Automate HIL test cases using tools like ecu or similar automation frameworks. Validate telematics features, including Positioning, WiFi, Tuner, and FOTA/AOTA updates. Collaborate with cross-functional teams to improve test methodologies and automation strategies. Troubleshoot test failures and provide detailed analysis reports. Develop, execute, and maintain HIL test cases for automotive ECU validation. Utilize dSPACE tools (e.g., ControlDesk) for HIL setup, monitoring, and debugging. Work with CAN tools such as CANalyzer and analyze CAN protocols. Perform network analysis using tools like Wireshark to debug Ethernet and SOME/IP communication. Automate HIL test cases using tools like ecu or similar automation frameworks. Validate telematics features, including Positioning, WiFi, Tuner, and FOTA/AOTA updates. Collaborate with cross-functional teams to improve test methodologies and automation strategies. Troubleshoot test failures and provide detailed analysis reports. Works in the area of Software Engineering, which encompasses the development, maintenance and optimization of software solutions/applications.1. Applies scientific methods to analyse and solve software engineering problems.2. He/she is responsible for the development and application of software engineering practice and knowledge, in research, design, development and maintenance.3. His/her work requires the exercise of original thought and judgement and the ability to supervise the technical and administrative work of other software engineers.4. The software engineer builds skills and expertise of his/her software engineering discipline to reach standard software engineer skills expectations for the applicable role, as defined in Professional Communities.5. The software engineer collaborates and acts as team player with other software engineers and stakeholders. About The Role :- Grade Specific As a HIL validation engineer you will function as a member of telematics features Testing team. The primary duties include designing, implementing, automating and executing test cases to functionally features to ECU and Telematics domain. You will work closely with other teams that are responsible for developing the virtual and physical test platforms, software architecture group, basic software group, and application software developers Skills (competencies) Verbal Communication

About Astrogate Labs Astrogate Labs is a space-technology start-up based in Bengaluru, building core technologies in laser communication terminals and networks for small-satellites. Astrogate Labs aims to simplify, reduce cost of communication, and enable satellites send more data to ground. We have developed one of the industry s smallest optical communication terminals targeted for small satellite use, further scaling our products and aiming for our first satellite mission. We aim to revolutionize satellite communications and support the growing satellite downlink needs with a network of optical ground stations and in-space relays using the technologies developed in-house. We are looking for bright and passionate folks like you to join our exceptional team. Qualification: Bachelors/ Masters in Electrical/Electronics Engineering or any other related field with 2+ years of relevant experience. Job Type: Permanent, Work from Office (Bengaluru) Job Responsibilities: Develop and debug firmware for embedded systems using C/C++ (Bare-metal, RTOS) Design and implement efficient communication protocols between microcontrollers and external devices. Participate in lab and field testing of optical communication systems. Collaborate with hardware engineers to define system specifications and resolve integration issues. Digital signal processing of data products. Document tests and manage test setups. Take ownership of assigned responsibilities, flexible with work timings Attend and contribute to technical discussions. Contribute to peer and external design reviews (PDR, CDR, FRR) Required Skills/Experience: 2+ years of experience in embedded software/ firmware development. Good knowledge in C/C++ and MATLAB, Simulink Hands-on experience with I2C, SPI, UART, CAN and other communication protocols. Experience working with Zynq SoCs, STM32 Microcontrolllers Hardware debug experience, including familiarity with tools such as the oscilloscopes, logic analyzers, and signal generators. Must be an independent thinker and motivated to work within a multidisciplinary team. Familiarity with version control systems (eg: Git) Good documentation and communication skills Desired Skills/Experience: Experience with FreeRTOS and multithreading in embedded systems Hands-on experience with Xilinx tools like Vivado, Vitis/SDK Experience developing firmware for custom FPGA IPs Experience with DMAs, AXI4, AXI Stream, Ethernet Prior aerospace/optical communications related experience is an added advantage.

Job Area: Engineering Group, Engineering Group > Software Engineering General Summary: As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital transformation to help create a smarter, connected future for all. As a Qualcomm Software Engineer, you will design, develop, create, modify, and validate embedded and cloud edge software, applications, and/or specialized utility programs that launch cutting-edge, world class products that meet and exceed customer needs. Qualcomm Software Engineers collaborate with systems, hardware, architecture, test engineers, and other teams to design system-level software solutions and obtain information on performance requirements and interfaces. Minimum Qualifications: Bachelor's degree in Engineering, Information Systems, Computer Science, or related field and 4+ years of Software Engineering or related work experience. OR Master's degree in Engineering, Information Systems, Computer Science, or related field and 3+ years of Software Engineering or related work experience. OR PhD in Engineering, Information Systems, Computer Science, or related field and 2+ years of Software Engineering or related work experience. 2+ years of work experience with Programming Language such as C, C++, Java, Python, etc. D for Cloud Machine Learning Framework Staff engineer Job Overview: The Qualcomm Cloud Computing team is developing hardware and software for Machine Learning solutions spanning the data center, edge, infrastructure, automotive market. We are seeking ambitious, bright, and innovative engineers with experience in machine learning framework development. Job activities span the whole product life cycle from early design to commercial deployment. The environment is fast-paced and requires cross-functional interaction daily so good communication, planning and execution skills are a must. Key Responsibilities Analyze software requirements, determine the feasibility of design within the given constraints, consult with architecture and HW engineers, and implement software solutions best suited for Qualcomm's SOCs. Analyze and identify system level issues, interface with the software development, integration, and test teams Lead high performing teams towards system design and deliverables. Proven track record of leading teams in Machine learning software engineering. Strong foundation of Mathematical modeling of problems and linear algebra, coupled with state of the art algorithms in ML/AI space. Improve and optimize key Deep Learning models on Qualcomm AI 100. Build deep learning framework extensions for Qualcomm AI 100 in upstream open-source repositories. Collaborate and interact with internal teams to analyze and optimize training and inference for deep learning. Build software tools and ecosystem around AI SW Stack. Work on Triton, ExecuTorch, Inductor, TorchDynamo to build abstraction layers for inference accelerator. Optimize workloads for both scale-up (multi-SoC) and scale-out (multi-card) systems. Optimize the entire deep learning pipeline including graph compiler integration. Apply knowledge of software engineering best practices. Desirable Skills and Aptitudes Deep Learning experience or knowledge- LLMs, Natural Language Processing, Vision, Audio, Recommendation systems. Knowledge of the structure and function of different components of Pytorch, TensorFlow software stacks. Excellent C/C++/Python programming and software design skills, including debugging, performance analysis, and test design. Ability to work independently, define requirements and scope, and lead your own development effort. Well versed with open-source development practices. Strong developer with a research mindset- strives to innovate. Avid problem solver- should be able to find solutions to key engineering and domain problems. Knowledge of tiling and scheduling a Machine learning operator is a plus. Experience in using C++ 14 (advanced features) Experience of profiling software and optimization techniques Hands on experience writing SIMD and/or multi-threaded high-performance code is a plus. Experience of ML compiler, Auto-code generation (using MLIR) is a plus. Experiences to run workloads on large scale heterogeneous clusters is a plus. Hands-on experience with CUDA, CUDNN is a plus. Qualifications : Bachelor's / Masters/ PHD degree in Engineering, Machine learning/ AI, Information Systems, Computer Science, or related field. 8+ years Software Engineering or related work experience. 8+ years experience with Programming Language such as C++, Python. Applicants :Qualcomm is an equal opportunity employer. If you are an individual with a disability and need an accommodation during the application/hiring process, rest assured that Qualcomm is committed to providing an accessible process. You may e-mail disability-accomodations@qualcomm.com or call Qualcomm's toll-free number found here. Upon request, Qualcomm will provide reasonable accommodations to support individuals with disabilities to be able participate in the hiring process. Qualcomm is also committed to making our workplace accessible for individuals with disabilities. (Keep in mind that this email address is used to provide reasonable accommodations for individuals with disabilities. We will not respond here to requests for updates on applications or resume inquiries). Qualcomm expects its employees to abide by all applicable policies and procedures, including but not limited to security and other requirements regarding protection of Company confidential information and other confidential and/or proprietary information, to the extent those requirements are permissible under applicable law. To all Staffing and Recruiting Agencies :Our Careers Site is only for individuals seeking a job at Qualcomm. Staffing and recruiting agencies and individuals being represented by an agency are not authorized to use this site or to submit profiles, applications or resumes, and any such submissions will be considered unsolicited. Qualcomm does not accept unsolicited resumes or applications from agencies. Please do not forward resumes to our jobs alias, Qualcomm employees or any other company location. Qualcomm is not responsible for any fees related to unsolicited resumes/applications. If you would like more information about this role, please contact Qualcomm Careers.

Position: MBD Embedded Software Developer Experience : 6-8 Years Mode of Interview: F2F Working days- 5 Days at office Job Location : Bangalore Required Skills : Model Based Software Development Strong in c language MATLAB Simulink State flow Embedded coder Code generation ASPICE based software development Exp Unit Testing, MIL, SIL Role & responsibilities Preferred candidate profile Perks and benefits

Position : Digital Twin Engineer Position Overview : We are seeking a highly motivated Digital Twin Engineer with the passion and expertise to design and maintain virtual models of complex, multi-domain/Multiphysics physical systems. These digital twins will serve various applications, including health monitoring, diagnostics, prognostics, process optimization and advanced control systems. The ideal candidate will possess: Modeling Expertise : Ability to analyze physical systems, identify critical features and dynamic phenomena, and develop computer models that accurately capture relevant behaviors and interactions. Data Integration Skills : Proficiency in writing software to integrate live-streaming data feedback with virtual models, enabling real-time and accelerated updates to digital twins. System Optimization : Capability to balance trade-offs between model accuracy, data sampling rates, execution time steps, domain representation, and computational resource utilization to meet diverse application requirements. Collaborative Approach : Experience working independently and within multidisciplinary teams to devise tailored digital twin strategies. This includes employing both physics-based and behavioral modeling techniques to deliver reliable solutions for various Process Industries. Primary Responsibilities: Develop, implement, and maintain high-fidelity virtual representations of physical systems. Optimize digital twin performance for specific use cases, balancing precision and efficiency. Collaborate with a cross-disciplinary engineering team to perform research and develop models and simulations of integrated power systems for navy ships, leveraging varying levels of fidelity. Integrate and analyze data from diverse sources within a process Industry framework to evaluate and forecast the effects of various states on mission-level outcomes. Utilize and expand proficiency in various programming languages (preferably Python) and software tools (e.g., MATLAB, Simulink) to support collaboration with modeling, simulation, and software development teams. Contribute expertise in distributed systems and systems engineering through technical analysis, software creation, and product development efforts. Communicate research findings, technical progress, and requirements to both technical and non-technical stakeholders, including customers, government representatives, and project managers, through clear written documentation and oral presentations. Core Requirements: Bachelor s degree in electrical engineering, mechanical engineering, computer science, or a related technical field. Strong proficiency in at least one modeling and simulation platform, with MATLAB/Simulink being highly preferred. Skilled in Python Hands-on experience integrating physics-based models with external systems or assets. Demonstrated expertise in one or more of the following technical domains: Electrical Power and Energy Systems : Including electric machines, gas turbines, diesel generators, propulsion systems, batteries, power electronics, switchgear, and more. Cooling and Ventilation Systems : Covering components such as heat exchangers, pumps, valves, piping, expansion tanks, and fans. Machinery Control Systems : Experience with sensing, communication, and control systems for electric plants and electromechanical systems. Fluid Machinery Systems : Experience with fundamentals of Fluid Mechanics and applied Heat and mass transfer and application in Neural Networks Additional Desired Qualifications A master s or doctoral degree in electrical engineering, mechanical engineering, or a closely related field. Extensive industry experience, technical leadership, or recognition through publications or other achievements may be considered in place of an advanced degree. In-depth understanding of simulation solvers, numerical integration methods, or best practices for ensuring robust numerical convergence. Experience with process flow in Industries Using version control systems (e.g., Git) and collaborating in agile development workflows that include peer code reviews. Automating and scheduling batches of simulations through software. Optimizing dynamic systems using objective functions and control strategies. Predictive maintenance, health estimation, or prognostics for machinery and equipment in power systems. Preferred Skills and Traits : A growth mindset and commitment to staying current with advancements in digital twin technologies. Exceptional organizational and attention-to-detail skills. Strong problem-solving abilities and adaptability in dynamic environments. Excellent verbal and written communication skills to engage with customers and articulate complex concepts effectively. If you are passionate about driving innovation through cutting-edge digital twin technology and thrive in a collaborative, fast-paced environment, we encourage you to apply!

You will be part of a global product development team for electrification in a system integration environment for Marine, Offshore, Onshore, and Process Industry. You will have responsibility in a multidisciplinary (mechanical, electrical power, control system) team working with studies and development of electrical power equipment and systems. This includes performing power system calculations and simulations (eg MATLAB), electrical design of equipment / systems, writing technical specifications, writing test procedures, performing testing etc You will contribute to developing the Electrification Solutions, which are part of our integral Electrification, Automation and Digital solutions, which require knowhow and background in the respective domains. You will contribute to the development of both the traditional AC as we'll as futuristic DC power distribution solutions as part of the execution of R&D projects with piloting in the first customer projects that includes all technical documentation. Designing, and optimizing power system solutions for various applications in line with customer segment requirements. You will, on daily basis, interact with international teams and customers with different cultures. How you'll Make an Impact Electric Power System development: Develop power delivery and control solution as per design architectures for specific segments in terms of reliability, availability and expandability that may comprise of new energy elements such as BESS, Solar or Wind in addition to conventional generation and grid connectivity Electric Power System studies and modeling: Develop integrated power system and control models and perform system offline studies, real time simulations to validate design concepts and predict system behavior Performance analysis: Collaborate with team to analyze performance data to improve/enhance power system design efficiency and reliability Cross-team engagement: Collaborate with cross-functional local and global teams to achieve a binding of power system design with control solution and working towards a standardized approach for different architectures or variants. Compliance to standards: Ensure that designs comply with industrial and international standards with inherent best practices Innovative approaches: Drive innovation based on latest technological advancements in AC/DC power systems and control, based on out-of-the-box thinking Team player: Ability to work in a flexible, multi-functional team-based development environment comprising of Siemens Energy personnel and 3rd party consulting/OEMs. Documentation: Towards detailed design specifications, technical drawings, and user documentation What You Bring Master or equivalent degree in Electrical Engineering or equivalent knowledge Hands-on experience in electrification solutions and power system studies such as load flow studies, short circuit calculations, dynamic simulations Sound knowledge of electrical power system design, modelling, control, stability and protection Strong technical knowledge of power equipment like generators, switchgears, transformers, BESS, Hydrogen fuel cells, Hydrogen Electrolysers, reactive power compensation, power electronics, control systems, embedded systems Knowledge of relevant and applicable international standards for electrical power system design and digital communications such as IEC 61850 Proficiency in one or more power system simulation tools such as Matlab Simulink, PSCAD, DIgSILENT Powerfactory, PSS/E, EMTP, and Sincal Knowledge of Hardware-in-loop (HIL) simulation tools like Opal RT, dSPACE, and RTDS. Knowledge of programming languages such as Python, C/C++ Excellent problem solving and analytical skills Excellent communication and presentation skills for collaboration with cross-functional teams and technical presentations Ability to work (and acquire new knowledge) independently as we'll as collaborate with cross-cultural & cross-functional teams in a global setup as required

You will be part of a global product development team for electrification in a system integration environment for Marine, Offshore, Onshore, and Process Industry. You will have system responsibility in a multidisciplinary (mechanical, electrical power, control system) team working with studies and development of electrical power equipment and systems. This includes performing power system calculations and simulations (eg MATLAB), electrical design of equipment / systems, writing technical specifications, writing test procedures, performing testing etc You will contribute to developing the Electrification Solutions, which are part of our integral Electrification, Automation and Digital solutions, which require knowhow and background in the respective domains. You will contribute to the development of both the traditional AC as we'll as futuristic DC power distribution solutions as part of the execution of R&D projects with piloting in the first customer projects that includes all technical documentation. Designing, and optimizing power system solutions for various applications in line with customer segment requirements. You will, on daily basis, interact with international teams and customers with different cultures. How you'll Make an Impact Electric Power System design: Create power delivery and control architectures for specific segments in terms of reliability, availability and expandability that may comprise of new energy elements such as BESS, Solar or Wind in addition to conventional generation and grid connectivity Electric Power System studies and modeling: Co-create integrated power system and control models and co-perform system offline studies and real time simulations to validate design concepts and predict system behavior Performance analysis: Collaborate with team to analyze performance data to improve/enhance power system design efficiency and reliability Cross-team engagement: Collaborate with cross-functional local and global teams to achieve a binding of power system design with control solution and working towards a standardized approach for different architectures or variants. Compliance to standards: Ensure that designs comply with industrial and international standards with inherent best practices Innovative approaches: Drive innovation based on latest technological advancements in AC/DC power systems and control, based on out-of-the-box thinking Team player: Ability to work in a flexible, multi-functional team-based development environment comprising of Siemens Energy personnel and 3rd party consulting/OEMs. Documentation: Co-create detailed design specifications, technical drawings, and user documentation Mentorship: Mentor, guide junior engineers and freshers from Universities towards power systems studies and control simulations, oversee their deliverables, and ensure work quality. What You Bring Master or equivalent degree in Electrical Engineering or equivalent knowledge Hands-on experience in electrification solutions and power system studies such as load flow studies, short circuit calculations, dynamic simulations Sound knowledge of electrical power system design, modelling, control, stability and protection Strong technical knowledge of power equipment like generators, switchgears, transformers, BESS, Hydrogen fuel cells, Hydrogen Electrolysers, reactive power compensation, power electronics, control systems, embedded systems Knowledge of relevant and applicable international standards for electrical power system design and digital communications such as IEC 61850 Proficiency in one or more power system simulation tools such as Matlab Simulink, PSCAD, DIgSILENT Powerfactory, PSS/E, EMTP, and Sincal Knowledge of Hardware-in-loop (HIL) simulation tools like Opal RT, dSPACE, and RTDS. Knowledge of programming languages such as Python, C/C++ Excellent problem solving and analytical skills Excellent communication and presentation skills for collaboration with cross-functional teams and technical presentations Ability to work (and acquire new knowledge) independently as we'll as collaborate with cross-cultural & cross-functional teams in a global setup as required

Create PSCAD model Conduct control parameter study Conduct dynamic performance study Conduct Sub-synchronous torsional Interaction study Conduct harmonic stability study Conduct interaction study Conduct Black start study Benchmark different test environment Short circuit studies for OWP Read, analyze and interpret customer requirement Apart from these primary functions, the incumbent shall also be expected to perform the following functions: Innovate and work out new techniques and solutions Active collaboration with Siemens Energy, Germany and other countries Impart training to external parties like clients Be willing to take over roles of other team members if the situation demands. We don t need superheroes, just super minds: Desirable technical skills: PSCAD, MATLAB, Simulink GIT Having a previous experience of working on HVDC - LCC projects would be an added advantage.

Exp: 8+ YrsLocation: Pune Position OverviewThis position is part of Application algorithm team developing Controls and Software logic for ECU applications and responsible for software requirements, design, coding, testing, software integration and releases Skills & Experience required- Relevant experience of 8+ in E&E systems for automotive domain Experience with requirement documentation and system engineeringExperience in controls and software functional areas, such as Body Control Module, Electric Vehicle, ADAS and Autonomous, Vehicle Communications and Network, Infotainment Define CAN system requirements and interface specifications Develop vehicle Topology / network architecture Develop Interface Control Documents (ICDs) Write and/or review system and subsystem specifications and requirements from vehicle/customer level requirements Development of system requirements, design, simulation, and tests of various mechatronic systems Knowledge on Requirement generation Tools like Polarion, Doors will be preferred Understand, communicate, and roll out the software architecture strategy and requirements for various controls software functions/domains Responsible for making high-level software architecture choices and decisions for software projectsParticipation in the requirements, design development, and implementation of software solutionsTranslate Controls and Software roadmap needs and requirements into technical requirements for software applicationsSkilled with engineering toolchains such as MS Visio, MATLAB, SimulinkAware of Agile Methodology for Product Development Basic Requirements-Bachelor of Engineering or Master s degree in IT/Computers/ Electronics/Electronics & Telecommunication/Automotive Automotive controls knowledgeGood knowledge of vehicles, and vehicle sub-systemsExcellent verbal and written skillsStrong interpersonal skills with ability to communicate effectively in English

Role & responsibilities Skills : Matlab, Simulink, Stateflow, Autosar, Targetlink/Embedded Coder, Devops tool, Polyspace, MIL,SIL,PIL, C programming, Requirements Design, Trace32, AUTOSAR, Davincii, ISO26262, M-script and Phthon. To be a part of EV software development team by learning and understanding the features of BECM, involving in requirement design. Software design, design review, issue analysis, DVM creation, MIL/SIL/PIL testing, software build and release. Embedded Coder expertise, Jenkins (related Devops tool), Autosar BSW & Davinci/vector product exp.

Role: Electric Vehicle Thermal Management System Engineer Responsibilities: Understand electrical architecture of HEV/EV Define the system diagram of the EV for thermal system Define the controller architecture, interfaces (electrical and physical), and functions for thermal management system of EV Define the high level and detailed requirements for thermal system and controls for EV Perform system simulation and sizing for thermal management system of EV Develop the thermal management controller functions and software, including logic development, MIL evaluation, HIL evaluation and vehicle level validation using MBD approach Develop diagnostics for thermal controllers Implement ISO 26262 Functional Safety requirements Functional Testing, System/Component Benchmarking, and database creation Working with stakeholders within the organization and outside (suppliers, consultants) for above development Technical/ Functional: Working experience of automobile thermal management system and / or HVAC system Working experience of controls for automobile thermal management system / HVAC System Experience of Thermal Management Simulation in Matlab/Simulink or any other tool. Experience of Model Based Design with Matlab Simulink/State flow Experience in testing at controller level (HIL) and vehicle level Exposure to appropriate Regulations and Standards of HEV/EV such as AIS 038, AIS 102, AIS 048 and AIS 084 etc. ECU testing, excellent electrical/electronic troubleshooting skills Knowledge of ISO 26262 Exposure to Hybrid / Electric Thermal management system & Control Design, development, Verification and Validation. Familiarity with on board diagnostics.

We are seeking a skilled Model-Based Design (MBD) Engineer. The candidate will be responsible for developing and validating Battery Management System (BMS) models using MATLAB/Simulink, implementing Model-Based Design (MBD) methodologies, BMS Role.

1.2. Areas of Responsibilities This role will be primarily responsible for supporting modelling and simulation activities for various applications, development of robust component level as well as system level models to help design team build robust products 1.3. Key tasks Mathematical modelling of Electromechanical hydraulics systems by understanding applications and relevant physics for hydraulics systems Verification and validation of models wrt to measurements Creating library models specific product models (Digital Twins) Creating high level systems pulling together all the individual components Lead technical discussions working with design teams as well as comprehensive report writing of the results and finding Collaboration across simulation specialists across the organization Export relevant models for customer usages, participate and contribute to Root Cause Analysis Programming standalone applications for others to use programming and maintenance of existing tools 1.4. It will be an advantage, if you have: Experience and exposure developing solutions at system level by understanding the hydraulics architecture Proficiency in MATLAB Simulink through demonstrated application on projects Programming skills Python, C++ Understanding of parameter optimization and sensitivity studies (DoE) Understanding of Electro-mechanical systems (motors/inverters) Working in global team setting 1.5. Success Criterias Understand the customer (internal and external) pain-points and provide solutions Help the team to make efficient data driven decisions on designs and solutions Reduction of prototype tests - testing designs only when necessary Enabling and percolating virtual testing methods and capabilities among the design team, application engineers and software engineers Provide analysis and reports back into the business; this could be impactful analysis that may affect the work group or project team, suppliers, multiple units, and both internal and external customers. Able to convey technical analysis to both technical and non-technical colleagues 1.6. Important aspects, with impact on the job Travel to Global locations for learning and experience sharing (App. 5-10 days of travel per year) 2. Candidate 2.1. Minimum requirements to educational background Masters or similar education in Controls, Instrumentation and/or Mechanical Engineering with a simulation background with 3-5 years relevant simulation experience. 2.2. Minimum requirements to working experience Understanding of basics of hydraulics systems and physics associated with it Hands on experience in system level simulation of physical systems Hands on experience on MATLAB Fluent and comprehensive English skills written and spoken 2.3. Essential personal characteristics Problem solving mindset Able and willingness to become a technical authority Logical mindset Team player Positive and open minded Persistent Effective communication skills Networking skills 2.4. Other aspects Experience with cross cultural teams in multiple locations global team exposure

Understand the semiconductor development process and identify automation potential for the application of Machine Learning (ML)methodology, by conducting discussions with internal customers. In your new role you will: Understand the semiconductor development process and identify automation potential for the application of Machine Learning (ML)methodology , by conducting discussions with internal customers. Develop Machine Learning based methodologies in cooperation with internal experts as well as with Universities. Implement tool-flows to enable the development engineers to make use of AI / ML in their daily work without the need to become AI experts. Taking care for high quality of deliverables by actively testing and validating. Document the implemented tools. Support development engineers by the first use of ML methodology. You are best equipped for this task if you have: A Master s degree in Electrical Engineering, Computer Science or equivalent degree. Very solid knowledge of: Machine Learning with hands-on experience Electronic circuits, electro-mechanical systems and physics in general Excellent Programming skills in Matlab/Simulink, Python, C, C++,Java, Java script. Independent working style and at the same time as a team player have the ability to work on quite different tasks within the scope of artificial intelligence. Ability to discuss efficiently and understand the needs of our customers, who have quite diverse scientific backgrounds and work in different functions (designers, verification engineers, application engineers, technology developers, etc.) Be a very fast learner in the emerging fields of AI-based digitalization and automation Very good command of English language (German is also appreciated). Contact: swati.gupta@infineon.com #WeAreIn for driving decarbonization and digitalization. As a global leader in semiconductor solutions in power systems and IoT, Infineon enables game-changing solutions for green and efficient energy, clean and safe mobility, as well as smart and secure IoT. Together, we drive innovation and customer success, while caring for our people and empowering them to reach ambitious goals. Be a part of making life easier, safer and greener. Are you in? We are on a journey to create the best Infineon for everyone. This means we embrace diversity and inclusion and welcome everyone for who they are. At Infineon, we offer a working environment characterized by trust, openness, respect and tolerance and are committed to give all applicants and employees equal opportunities. We base our recruiting decisions on the applicant s experience and skills. Please let your recruiter know if they need to pay special attention to something in order to enable your participation in the interview process. Click here for more information about Diversity & Inclusion at Infineon.

Job Details: Title: Inverter/Motor Controls Engineer Educational Qualifications: B.E/BTech/M.Tech in Electrical/Power Electronics Experience: 5-6 years of work experience in design and development of controls algorithm for Motor/Inverter Location: Bengaluru IPEC India Job Description Summary: In this role, under the direct supervisor of engineering supervisor, Controls engineer would be responsible for development of controls algorithm for inverter and motor controls. Interacts with Feature Owner and other competencies to derive solution requirement and works with controls development team across globe to deliver controls solution in BW software. Key Responsibility: Design and development controls algorithm for power-electronics and motor controls. Performance analysis for new designs of Inverter/Converter/Motor. Updating all design items impacted by the new development or change request. Perform thorough testing of the developed SW before delivery. Involve in technical discussion with other competencies Prepare/review detailed technical specifications for the control algorithm. Ensure projects are completed within schedule. Ensure that all designs and practices implement and foster a culture of safety, quality, and value. Follow BW process guideline to deliver the required work products. Work Experience/Skills: 5-6 years of experience in Controls Algorithm Design and Development for Inverter/Motor. Bachelor s/Master s degree in electrical/Electronics/Controls or Automotive Electronics domain. Strong knowledge in Model Based SW design and development. Good Understanding of Inverter functioning and Controls. Good Understanding of FOC for traction motor application. Hands on working experience with Matlab, Simulink and State Flow. Working knowledge of bitbucket and requirement management tool is good to have. Hands on working knowledge of Hardware in Loop benches. Attributes Self-motivated with a strong and flexible attitude towards work Excellent verbal and written communication skills. Excellent analytical and organizational skills, attention to detail and ability to manage multiple projects in a timely manner. Team player with excellent interpersonal and communication skills. Collaborative style with the ability to communicate clearly on technical and operational issues. Ability to work under pressure and to deadlines when required. Ability to work in a global environment. Internal Use Only: Salary Global Terms of Use and Privacy Statement Carefully read the BorgWarner Privacy Policy before using this website. Your ability to access and use this website and apply for a job at BorgWarner are conditioned on your acceptance and compliance with these terms. Please access the linked document by clicking here , select the geographical area where you are applying for employment, and review. Before submitting your application you will be asked to confirm your agreement with the terms. Career Scam Disclaimer: BorgWarner makes no representations or guarantees regarding employment opportunities listed on any third-party website. To protect against career scams, job applicants should take the necessary precautions when interviewing for and accepting employment positions allegedly offered by BorgWarner. Applicants should never provide their national ID numbers, birth dates, credit card numbers, bank account information or other private information when communicating with prospective employers or responding to employment opportunities online. Job applicants are invited to contact BorgWarner through BorgWarner s website to verify the authenticity of any employment opportunities.

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Management Specialist Qualifications: BE/BTech Years of Experience: 7 to 11 years What would you do? Power System Engineer is a seasoned expert responsible for overseeing complex power system analyses, leading design efforts, and providing strategic direction for optimizing power grids. This role requires significant experience in power system engineering and a deeper understanding of the latest technologies, methodologies, and industry standards., will mentor junior engineers, lead high-impact projects, and collaborate with stakeholders to ensure the reliability and efficiency of power systems.he individual will work closely with engineers and stakeholders to identify potential improvements and help design cost-effective solutions. This position requires an in-depth understanding of electrical systems, excellent analytical abilities, and an ability to work in a collaborative environment to ensure that power systems are efficient and reliable. What are we looking for? Education:Proficient Electrical Engineer with experience around power system modelling and study. A Master's degree in "Power System Engineering" is a plus. Technical Skills :Proficiency in power system analysis and simulation software (e.g., PSS/E, ETAP, DIgSILENT PowerFactory, MATLAB/Simulink, CYME).Solid understanding of power system components and their operations, including generators, transformers, circuit breakers, relays, and protection devices.Experience with load flow analysis, fault analysis, voltage stability, and other power system studies. SDS studies, connection offers managementAdditional Skills :Knowledge of renewable energy integration and energy storage systems. Familiarity with SCADA systems and real-time monitoring of power systems.Experience with advanced automation or grid optimization techniques.Data Analysis and Reporting:Analyze large sets of electrical system data to identify trends, inefficiencies, and areas for improvement.Prepare detailed reports on power system performance, including recommendations for upgrades or modifications.Present findings to senior engineers, managers, and clients.Compliance and Standards:Ensure compliance with industry standards, regulations, and best practices for power system operations.Stay updated on emerging technologies, standards, and regulations related to power systems.Collaboration and Support:Work with cross-functional teams to solve engineering challenges and provide support for operational teams in the monitoring and maintenance of power systems. Provide troubleshooting expertise during system faults and operational issues. Assist in the development of new projects and improvements to existing infrastructure. Roles and Responsibilities: Avanced Power System Modeling and Simulation:Lead the modeling and simulation efforts for large, complex power systems using advanced simulation tools (e.g., PSS/E, DIgSILENT, ETAP, MATLAB, CYME).Conduct and oversee detailed dynamic system analysis, including transient stability, voltage stability, and interconnection studies.Manage and optimize models for power grid expansion or upgrades.Power Grid Analysis and Strategy:Oversee and direct grid reliability analysis for large-scale transmission and distribution systems.Lead risk assessment efforts, fault studies, and contingency planning to ensure system resilience and security.Define and implement optimization strategies for grid performance, including enhancing integration with renewable energy and smart grid technologies.System Design, Optimization, and Innovation:Lead the design and implementation of innovative power system solutions, ensuring their feasibility, scalability, and cost-effectiveness.Develop strategies for improving system efficiency, reliability, and sustainability, particularly in integrating renewable energy and advanced energy storage systems.Collaborate with senior leadership and clients on major system upgrades, ensuring alignment with organizational goals and industry trends. Qualifications BE,BTech

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Management Sr Analyst Qualifications: BE/BTech Years of Experience: 5 to 8 years What would you do? The Power System Engineer Analyst is responsible for performing detailed analysis of electrical power systems, including transmission, distribution, and generation. The role involves modeling, simulation, and assessment of power systems to ensure their functionality, reliability, and efficiency. The individual will work closely with engineers and stakeholders to identify potential improvements and help design cost-effective solutions. This position requires an in-depth understanding of electrical systems, excellent analytical abilities, and an ability to work in a collaborative environment to ensure that power systems are efficient and reliable. What are we looking for? Education:Proficient Electrical Engineer with experience around power system modelling and study. A Master's degree in "Power System Engineering" is a plus. Technical Skills :Proficiency in power system analysis and simulation software (e.g., PSS/E, ETAP, DIgSILENT PowerFactory, MATLAB/Simulink).Solid understanding of power system components and their operations, including generators, transformers, circuit breakers, relays, and protection devices.Experience with load flow analysis, fault analysis, voltage stability, and other power system studies. Additional Skills :Knowledge of renewable energy integration and energy storage systems. Familiarity with SCADA systems and real-time monitoring of power systems.Experience with advanced automation or grid optimization techniques. Data Analysis and Reporting:Analyze large sets of electrical system data to identify trends, inefficiencies, and areas for improvement.Prepare detailed reports on power system performance, including recommendations for upgrades or modifications.Present findings to senior engineers, managers, and clients.Compliance and Standards:Ensure compliance with industry standards, regulations, and best practices for power system operations.Stay updated on emerging technologies, standards, and regulations related to power systems.Collaboration and Support:Work with cross-functional teams to solve engineering challenges and provide support for operational teams in the monitoring and maintenance of power systems. Provide troubleshooting expertise during system faults and operational issues. Assist in the development of new projects and improvements to existing infrastructure. Roles and Responsibilities: Power System Modeling and Simulation:Use software tools (e.g., MATLAB, PSCAD, PSS/E, ETAP, Digsilent Powerfactory) to model and simulate electrical power systems.Analyze the dynamic behavior of power systems under different operating conditions. Perform load flow analysis, short circuit analysis, stability analysis, and contingency studies. Power Grid Analysis:Assess grid reliability and performance through modeling of transmission and distribution systems. Identify potential risks, faults, and vulnerabilities in power systems. Evaluate and recommend solutions for system optimization, power factor correction, and fault tolerance. System Design and Optimization:Collaborate with electrical engineers to design power systems, including control systems, protection systems, and energy storage solutions. Provide technical support for power system design, including capacity planning, voltage regulation, and fault detection. Recommend improvements to power system components (transformers, circuit breakers, switches, etc.) to ensure efficiency. Qualifications BE,BTech