78 Matlab Simulink Jobs

A Snapshot of Your Day As an Electrical Power Systems Design and Control Developer, 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 (e.g. 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 well 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 Youll 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 well as collaborate with cross-cultural & cross-functional teams in a global setup as required.

Preparation of line diagrams, electrical schematics and Engineering drawings. Design Calculations , Electrical Wiring harness & Load calculations.Exposure of CANBUS /ISOBUS interfacing Knowledge of troubleshooting

We are looking for a skilled Technical Support professional with 3-5 years of experience to join our team as an Analyst - L3. The ideal candidate will have a strong background in technical support and excellent problem-solving skills. Roles and Responsibility Provide technical support to customers via phone, email, or chat. Troubleshoot and resolve complex technical issues efficiently. Collaborate with internal teams to resolve customer complaints and concerns. Develop and maintain technical documentation and knowledge base articles. Analyze and report on customer feedback and suggest process improvements. Participate in training and development programs to enhance technical skills. Job Requirements Strong technical skills and knowledge of IT services and consulting. Excellent communication and problem-solving skills. Ability to work in a fast-paced environment and meet deadlines. Strong analytical and troubleshooting skills. Experience with technical support tools and software. Ability to collaborate effectively with cross-functional teams. Mandatory skills include technical support and title analyst. Mandatory Skills: Matlab Simulink. Experience: 3-5 Years.

General Information : SABER Simulation and Modeling Engineer :Join our Electronics and Technology - Mechatronics and ASIC Solutions team as a SABER Simulation and Modeling Engineer. This role involves utilizing Synopsys SABER to develop and integrate sophisticated simulation models that enhance system performance and reliability. Your Key Responsibilities: Develop electronic component simulation models for semiconductor devices, including SiC, GaN, and electromechanical systems using SABER. Engage in analog component design and modeling using hardware description languages (HDL). Specify, design, and verify analog and mixed-signal circuits and systems, ensuring adherence to specifications and industry standards. Analyze and optimize module circuit-block details for improved performance. Support layout processes, validate comprehensive models, and debug integrated models and circuits. Collaborate with international teams on concept development, functional verification, layout, hardware validation, testing, and quality assurance. Drive innovative IP development with on-the-job training to expand technical expertise. Your Qualifications: BE/ME/MTech/MS in Electronics/Electrical Engineering or equivalent Experience: 2-5 years and above Extensive experience with Synopsys SABER and MATLAB. Proficiency in HDL Programming languages such as MAST and VHDL AMS. Experience in mathematical analysis tools (Mathcad, Minitab, etc.). Experience with regression analysis tools using MATLAB, Python, etc. Strong understanding of analog design principles, electronic devices, circuit theories, and power electronics design. Familiarity with laboratory equipment and measurement techniques. Proficiency in electronic simulation software such as LTSpice and PSpice. Skilled in at least one programming language, such as C or C++. Commitment to continual learning and staying up to date with industry trends. Fluent in both spoken and written English. Experience with HDL modeling, , thermal analysis, signal integrity, EMC, and component testing is advantageous. Our Offering : Great company culture and well-defined career path Opportunity to be a key part of a growing organization Close collaboration with customer and project-team

Job description: Design, development, and implementation of electrical systems for Power, Industry and Infrastructure engineering projects. Free meal

Design of Motor Control Algorithms using tools like Matlab Simulink. Implementation Control Algorithms using DSP / Microcontroller. Improvisation of algorithm code through testing using DSP / Microcontroller. Benchmarking and generation of ideas for better performance, quality, cost, weight. Keep track of global trends in relevant technology, regulations and develop long term road maps and appropriate work plan Ability to solve novel, difficult design problems with tight timing constraints. Competencies Technical/ Functional Knowledge of complete life cycle of design of motor control algorithm Knowledge of different types of Motors such as Interior permanent magnet motor (IPM) and surface permanent magnet motor (SPM) used for traction applications. Knowledge of different theories and concepts of Motor Control algorithms. Knowledge of algorithms like field oriented control (FOC), Maximum torque per ampere (MTPA), Field weakening. Knowledge of strategies for thermal management and tuning to improvises dynamic behaviour. Hands on experience in design of motor control algorithms Proficient in different tools for Control Systems Design for Motor Control applications like Matlab Simulink etc. Basic knowledge of programming/ coding using C / C++ and Matlab. Knowledge and experience with implementation of Motor Control Algorithms using DSPs and Microcontrollers. Knowledge about DFMEA and Fault Tree Analysis. Knowledge about automotive industry standards and regulations. Knowledge of functional safety standard (ISO 26262) Behavioural Effective team player. Taking initiative and desire to transform concepts to reality. Effective team managing skills Specific Expertise Motor Control algorithm design using Matlab Simulink. PHD or Research experience are preferred

Key Responsibilities: Design, develop, and test embedded software for automotive ECUs using Embedded C. Develop models and algorithms in MATLAB/Simulink for control and diagnostic functions. Integrate and validate software on microcontroller-based platforms. Implement and debug communication protocols such as CAN and UDS . Collaborate with cross-functional teams for system integration and testing. Document software design, implementation, and validation results.

Job Role We are seeking a Senior Software Engineer with a deep understanding of generative software and its application to predictive maintenance for AC drives. The ideal candidate will have experience in developing software solutions that use AI, machine learning, or data-driven models to predict and prevent failures in AC drive systems, improving their reliability and extending their lifespan. In this role, you will be responsible for designing, developing, and deploying advanced predictive maintenance software that integrates seamlessly with AC drive systems to monitor performance, analyze data, and forecast potential failures. Your expertise will help create highly efficient, proactive maintenance solutions that minimize downtime and improve operational efficiency for our customers Key Responsibilities Development of Predictive Maintenance Software: Design and implement generative software models for predictive maintenance of AC drives using machine learning, AI, and data-driven approaches. Develop algorithms for identifying early warning signs of failure in AC drive systems based on historical and real-time performance data. Create data models and simulations that predict future system behavior, including wear and tear, electrical failures, and mechanical breakdowns. Integration with AC Drive Systems: Develop software to interface with AC drive hardware to capture relevant operational data such as motor performance, temperature, vibration, and electrical parameters. Ensure seamless integration of the software with SCADA systems, PLC controllers, and other industrial monitoring systems. Data Analytics and Machine Learning: Implement machine learning models to analyze large datasets from AC drives, identifying patterns, anomalies, and predictive failure indicators. Develop and fine-tune algorithms for real-time monitoring of AC drive health and predictive maintenance. Utilize predictive analytics to optimize maintenance schedules, spare parts management, and service life predictions. Generative Software Model Development: Develop generative models that not only predict failures but also suggest preventative actions, maintenance schedules, and even modifications to operational settings for improving AC drive performance. Work on generative design concepts for creating adaptive, self-improving software systems based on evolving data and conditions. Collaboration and Documentation: Collaborate with cross-functional teams, including hardware engineers, data scientists, and product managers, to ensure integration and deployment of software solutions. Provide detailed technical documentation for software architecture, algorithms, and models. Continuous Improvement: Keep up to date with the latest advancements in machine learning, AI, and generative software techniques. Continuously optimize the performance of the predictive maintenance software, incorporating user feedback and new data. Contribute to the development of best practices and industry-leading solutions for AC drive maintenance. Preferred candidate profile Education: Bachelor's degree in computer science, Electrical Engineering, Software Engineering, or Master's degree preferred. Experience: 8-10 years of experience with 4+ years of experience in software development in the context of predictive maintenance for industrial automation systems. Hands-on experience with AC drive systems and a deep understanding of their operation and maintenance needs. Experience with machine learning and AI models for predictive analytics, with a focus on time-series analysis and failure prediction. Proficiency in developing generative software models to support maintenance strategies for industrial equipment, including AC drives. Technical Skills: Strong programming skills in languages like Python, C/C++, or Java. Proficiency in machine learning frameworks (e.g., TensorFlow, PyTorch, scikit-learn) and experience with tools like MATLAB or Simulink for model development. Experience with data analytics and visualization tools (e.g., Power BI, Grafana, or similar). Familiarity with cloud platforms (AWS, Azure, etc.) for data storage, processing, and analysis. Familiarity with industrial communication protocols such as Modbus, OPC-UA, or Ethernet/IP. Other Skills: Strong problem-solving and troubleshooting skills, particularly in the context of predictive maintenance. Ability to work in an interdisciplinary team environment, collaborating with hardware engineers and data scientists. Excellent communication and documentation skills, with the ability to explain complex technical concepts clearly. Experience with generative design in the context of industrial systems or predictive maintenance. Familiarity with real-time operating systems (RTOS) and embedded systems for industrial applications. Job Location Pune, Maharashtra

Youngminds Technology Solutions Private Limited is looking for Matlab Simulink Engineer to join our dynamic team and embark on a rewarding career journey Analyzing customer needs to determine appropriate solutions for complex technical issues Creating technical diagrams, flowcharts, formulas, and other written documentation to support projects Providing guidance to junior engineers on projects within their areas of expertise Conducting research on new technologies and products in order to recommend improvements to current processes Developing designs for new products or systems based on customer specifications Researching existing technologies to determine how they could be applied in new ways to solve problems Reviewing existing products or concepts to ensure compliance with industry standards, regulations, and company policies Preparing proposals for new projects, identifying potential problems, and proposing solutions Estimating costs and scheduling requirements for projects and evaluating results

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 (e.g. 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 well 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 Youll 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 well as collaborate with cross-cultural & cross-functional teams in a global setup as required

Responsibilities: Define functional safety strategy for complex automotive systems, aligning with industry best practices, regulatory requirements and ensuring adherence to ISO 26262 standards up to ASIL D. As a Functional safety architect, own the entire ECU safety strategy, including hardware, software, and HSI. Develop and maintain the Safety Concept, including Functional Safety Requirements (FSRs) and Technical Safety Requirements (TSRs). Lead the Hazard Analysis and Risk Assessment (HARA) process to identify potential hazards and define safety goals. Define safety architectures, considering hardware and software partitioning, redundancy, and fault-tolerant mechanisms. Perform quantitative and qualitative safety analyses, including Failure Mode and Effects Analysis (FMEA), Fault Tree Analysis (FTA), and Dependent Failure Analysis (DFA). Safety Mechanisms and Safe State: specifying fault detection, isolation, and recovery mechanisms. Like safe state definitions and fault reaction mechanisms as part of architecture design. Collaborate with cross-functional teams, including hardware, software, and systems engineering, to ensure seamless integration of safety features. Oversee the development of safety-related software components, ensuring compliance with MISRA C/C++ coding standards and other relevant guidelines. Plan and execute safety verification and validation activities, including unit testing, integration testing, and system testing and contribution to the overall test concept Leading safety case development and readiness for external audits. Actively participate in SAFe Agile Release Trains (ARTs), contributing to PI planning, daily stand-ups, reviews, and retrospectives Requisites (Skills & Experience) 8+ years of experience in functional safety engineering in development of complex safety-critical systems/ electronic control unit. Proficiency in safety analysis techniques (FMEA, FTA, DFA, FMEDA). Experience with embedded software development in MATLAB Simulink, C/C++ and adherence to MISRA coding standards and guidelines Knowledge of hardware/software integration and testing methodologies for safety-critical systems. Experience and knowledge of automotive hardware architectures, including microcontrollers (e.g. Renesas U2B Microcontroller) Autosar Classic, Basic Software Vector Stack, sensors, communication interfaces and associated safety mechanisms. Strong understanding of real-time operating systems (RTOS) and their impact on functional safety. Familiarity with automotive cybersecurity standards and their impact on functional safety. Experience with requirements management tools (e.g., IBM DOORS, PREEVision), configuration management tools (e.g., GiT lab) Collaboration, working experience with Tier1 OEM and stakeholder management Excellent communication, collaboration, and critical thinking skills. Modern Practices: Passion for state-of-the-art software engineering practices. Strong DevOps mindset with technical understanding of related technologies, emphasizing CI/CD, TDD, Everything-as-Code, and DevOps practices. Growth Mindset: Readiness to accept challenges and push boundaries. Excitement for being part of something new, building a new organization from scratch. Education Qualifications Bachelors or masters degree in electrical engineering, Computer Engineering, or a related field with a focus on embedded systems and functional safety. Relevant certifications such as: Certified Automotive Functional Safety Professional or Engineer Agile certifications like Scrum Master or Agile Practitioner Good to Have Skills Experience with developing safety-critical systems using model-based design techniques (e.g., Simulink). Experience with AUTOSAR architecture and safety-related modules. Programming skills in additional languages like C, C++, or Java Exposure to continuous integration/continuous deployment (CI/CD) pipelines in automotive software development Strong critical thinking skills with the ability to analyze complex systems. Ability to work in a multicultural and distributed team environment.

Role Responsibilities: Elicit and decompose requirements for ECS and related subsystems. Develop SysML models, simulations, and validation strategies. Execute system-level V&V including automation of test cases. Interface with DOORS NG and scripting tools for requirements traceability. Job Requirements: 48 years of experience in aerospace or mechatronics systems. Strong understanding of ECS, HVAC, or refrigeration systems. Hands-on with MATLAB/Simulink, C/C++, Python, and MBSE tools. Familiarity with ARP-4754, DO-160, and communication protocols like A429, CAN.

Design and develop embedded software for microcontrollers, PLCs, or industrial processors. Write firmware to control devices like motors, sensors, actuators, and displays. Work with RTOS or bare-metal systems.

Position :- C++ Python Developer Location: Bengaluru Experience :- 6 to 9 years Choose Capgemini Reimagine the Possible Choosing Capgemini means choosing a company where you are empowered to shape your career your way. Youll be supported and inspired by a collaborative global community, and you&aposll help leading organizations unlock the value of technology to build a more sustainable and inclusive world. Your Role As an Embedded Software Engineer at Capgemini, you will be responsible for designing, developing, and testing embedded systems software for cutting-edge technology solutions. You will work on real-time systems, leveraging your expertise in C/C++, Python, and Linux environments. In this role, you will:- Develop and maintain embedded software using C/C++ (mandatory) and Python . Work in Linux-based environments , focusing on system-level programming and integration. Perform unit testing and validation of embedded software components. Collaborate with cross-functional teams to define software requirements and architecture. Use MatLab/Simulink for modeling, simulation, and code generation where applicable. Optimize performance and reliability of embedded systems across various platforms. Your Profile Strong hands-on experience in embedded software development using C/C++ and Python . Proficiency in Linux system programming , including kernel modules, device drivers, and shell scripting. Experience with unit testing frameworks and debugging tools for embedded systems. Familiarity with MatLab/Simulink for simulation and model-based design. Understanding of real-time operating systems (RTOS), microcontrollers, and hardware-software integration. Alignment with Capgeminis values: Boldness , Trust , and Team Spirit . What Youll Love About Working Here Flexible work arrangements including remote work and adaptable schedules. A diverse and inclusive workplace where you can bring your whole self to work. Opportunities for certifications and training in embedded systems, Linux, and automation tools. A culture that promotes innovation, proactive problem-solving, and continuous learning. About Capgemini Capgemini is a global business and technology transformation partner, helping organizations to accelerate their dual transformation to address the need to be more efficient today and reinvent themselves for tomorrow. It is a responsible and diverse organization of over 360,000 team members in more than 50 countries . With its strong 55-year heritage and deep industry expertise, Capgemini is trusted by its clients to address the entire breadth of their business needs. It delivers end-to-end solutions from strategy and design to managing operations, fueled by the fast-evolving and innovative world of cloud, data, AI, connectivity, software, digital engineering, and platforms . The Group reported in 2022 global revenues of 22 billion . Get The Future You Want | www.capgemini.com Show more Show less

Role Overview: This position entails the development of data and artificial intelligence solutions for powertrain systems, components, and functionalities across all Mercedes-Benz vehicle lines. The successful candidate will provide leadership to managers, spearhead strategic initiatives, and ensure efficient execution of operational activities while fostering effective collaboration with both internal and external stakeholders. Key Responsibilities: Drive strategic change in engineering processes by integrating AI across embedded software development and validation, mechanical design, and CAE. Identify and implement new data and AI/GenAI use cases to boost efficiency and customer experience. Lead collaborative AI projects with functional teams. Increase data and AI adoption across global teams in India and Germany. Collaborate with academia and startups to foster innovation. Identify greenfield and brownfield opportunities and promote creative problem solving. Facilitate incubation of new ideas without the fear of failing. Manage team operations to facilitate daily business functions. Coordinate with stakeholders, including Mercedes-Benz counterparts, support departments, and suppliers. Work with the leadership team and partner departments to plan future team strategies. Promote employee engagement and professional development through regular discussions on development needs. Assist the VP and HOD with departmental tasks, covering both administrative and cross-functional responsibilities. Experience and Specific Knowledge: Demonstrate strong growth and learning mindset and quickly grasp engineering methods, and processes. An outstanding collaborator who effectively articulates a clear vision and leads diverse teams toward shared objectives. Demonstrated proficiency in comprehensive data and artificial intelligence methodologies and tools. Preference will be given to candidates with experience applying AI techniques to scientific computing. Candidates should possess expertise in cloud platforms, including Azure, AWS, or GCP. Skilled in administration: staffing, scheduling, and project management. Fluent English; strong oral, written, and graphic communication. Proven analytical abilities and solution development. Strong intercultural awareness; adept in diverse environments. Good to have and Preferred Skills: Experience in functional evaluation of designs and features Experience in embedded software development and testing on Hil/SiL Experience with MATLAB Simulink, Targetlink, Star-CCM+, Ansys LS-DYNA, and other CAE tools Knowledge about Mercedes-Benz internal development and validation processes Fluency in the German language Qualifications: Education: Bachelors, Masters, or PhD in Computer Science, Mechatronics, Electrical/Electronics, Automotive Engineering Cleared PV44 (for internal candidates only).

A Snapshot of Your Day As an Electrical Power Systems Design and Control Developer, 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 (e.g. 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 well 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 Youll 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 well as collaborate with cross-cultural & cross-functional teams in a global setup as required About the Team Become a part of our mission for sustainability: clean energy for generations to come. We are a global product development team of diverse colleagues who share a passion for renewable & sustainable energy technologies and have a culture of trust and empowerment to make our own ideas a reality. We focus on personal and professional development to grow internally within our organization.

Job Summary: We are seeking a skilled Middleware Lead to spearhead design, develop, and integrate middleware components for a Linux-based In-Vehicle Infotainment (IVI) system. The role involves leading a team in building and maintaining communication services, multimedia frameworks, and other platform services that bridge the Board Support Package (BSP), and Human-Machine Interface (HMI) layers. Key Responsibilities: Lead the end-to-end technical delivery of Linux-based IVI middleware components including multimedia frameworks (GStreamer, PulseAudio), radio(AM, FM, DAB+, Weather Band ), communication services (Bluetooth, Wi-Fi, GPS), and vehicle data interfaces. Collaborate with BSP teams to ensure middleware integrates seamlessly with hardware and low-level software. Work with HMI developers to expose middleware services efficiently for UI consumption. Implement inter-process communication (IPC) mechanisms and service discovery protocols. Optimize middleware performance and resource utilization on embedded Linux platforms. Debug and troubleshoot middleware issues across the software stack. Participate in architectural discussions, code reviews, and documentation. Ensure middleware complies with automotive standards and security best practices Work closely with project management to align technical execution with timelines and milestones. Stay updated with emerging technologies and industry trends relevant to IVI and embedded Linux development. Required Qualifications: Bachelor’s degree in Computer Science, Software Engineering, or related field. 5+ years of experience in middleware development in with Safe RTOS environment. Strong knowledge of multimedia frameworks (GStreamer, PulseAudio) and networking protocols. Experience with Bluetooth, Wi-Fi, GPS, and CAN bus communication protocols. Proficient in C/C++ and scripting languages like Python or Bash. Experience in Linux IPC mechanisms (DBus, sockets). Good understanding of embedded Linux architecture and cross-layer integration. Strong problem-solving and collaborative skills. Preferred Skills: Experience in automotive IVI or embedded systems development. Knowledge of Yocto Project or Buildroot build systems. Familiarity with containerization (Docker) and CI/CD pipelines. Understanding of automotive safety (ISO 26262) and cybersecurity requirements. Exposure to Agile development methodologies.

Linux Platform Engineer (Network) Job Title: Linux Platform Engineer (Ethernet) Experience: 3-7 Years Location: Bangalore / Hyderabad About the Role We are seeking a skilled Linux Platform Engineer with a focus on Ethernet to join our team developing advanced Display Controllers for CNH Trucks. You will be responsible for the development, integration, and optimization of Ethernet functionalities within the embedded Linux platform, ensuring robust and high-performance in-vehicle communication. Responsibilities Develop, integrate, and test Ethernet drivers and protocols (TCP/IP, SOME/IP, DoIP) within the embedded Linux platform. Configure and optimize network interfaces and related services. Debug and resolve complex issues related to Ethernet communication. Collaborate with hardware and application teams for seamless integration. Contribute to BSP development and Linux kernel customization. Required Skills & Experience 3-7 years of experience in embedded Linux development. Strong experience with Ethernet (TCP/IP, SOME/IP, DoIP) stack development and integration. Proficient in C/C++ programming. Experience with Linux kernel, device drivers, and BSP development. Familiarity with network debugging tools. Knowledge of automotive communication protocols (CAN, Ethernet). Experience with version control (Git) and defect tracking (JIRA). Good communication and collaboration skills. Roles and Responsibilities Under direct supervision, performs engineering work and applied research, development, and design of boards using electronic components and ensure product works to specification. Work includes Hardware Specification, PCB Schematic, FPGA design and simulation, Verification, Integration with embedded software.

Linux Embedded Application Lead (Automotive Display Controllers) Exp: 7+ years Location: Bangalore / Hyderabad We are seeking a highly experienced and creative Platform Application Lead to spearhead the development and integration of the HMI (Human-Machine Interface) and IVI (In-Vehicle Infotainment) application layers for our cutting-edge Display Controllers used in CNH Trucks. This leadership role requires deep expertise in application frameworks, graphics, multimedia, and user experience, built on top of an embedded Linux platform. You will be crucial in translating design concepts into intuitive and performant in-vehicle experiences. Responsibilities Lead the architecture, design, and development of HMI/IVI application frameworks and components for automotive display controllers. Oversee the integration of HMI/IVI applications with the underlying Linux platform, ensuring optimal performance, responsiveness, and stability. Drive the implementation of engaging user interfaces, graphics, and multimedia features, leveraging technologies like Qt/QML. Collaborate closely with UX/UI designers, system architects, software development, and quality assurance teams to define, develop, and deliver high-quality HMI/IVI solutions. Lead debugging and performance optimization efforts for the HMI/IVI application stack. Define and manage software requirements specific to the HMI/IVI applications, ensuring traceability to system requirements. Provide expert technical guidance and mentorship to the application development team members. Support integration and validation testing of HMI/IVI applications in lab environments and on vehicles. Stay abreast of new HMI/IVI technologies, trends, and user experience best practices in the automotive industry. Required Skills & Experience 7+ years of progressive, hands-on experience in embedded application development , with significant experience leading HMI/IVI development in the automotive domain. Strong expertise in HMI/IVI application frameworks and technologies , particularly Qt/QML . Proficient in software development using C++ (Qt/QML context) and related programming languages. Solid understanding of user interface design principles, graphics rendering, and multimedia integration in embedded systems. Experience with Linux-based application development and inter-process communication mechanisms. Familiarity with RTOS concepts and their interaction with application layers. Strong understanding and practical experience with automotive communication protocols such as CAN, Ethernet (for application data). Experience with vehicle-level software integration and automotive-grade testing (HiL, SiL, ViL). Practical experience with AUTOSAR concepts as they relate to application interfaces and communication; ASPICE knowledge is a plus. Strong analytical and problem-solving skills, with the ability to troubleshoot complex application-level issues. Familiar with software development lifecycle (SDLC), version control (e.g., Git), and defect tracking systems (e.g., JIRA). Knowledge of DOORS or similar requirements management tools is preferred. Excellent communication and collaboration skills for working with multi-disciplinary global teams. Awareness of security considerations at the application level for automotive embedded systems is an added advantage. Roles and Responsibilities Under direct supervision, performs engineering work and applied research, development, and design of boards using electronic components and ensure product works to specification. Work includes Hardware Specification, PCB Schematic, FPGA design and simulation, Verification, Integration with embedded software.

Linux Platform Lead (Automotive Display Controllers) Exp: 7+ years Location: Bangalore / Hyderabad We are seeking a highly experienced and technically proficient Linux Platform Lead to drive the development and integration of robust Linux-based platforms for our next-generation Display Controllers used in CNH Trucks. This leadership role demands deep expertise in embedded Linux, board bring-up, BSP development, and low-level software-hardware integration. You will be crucial in ensuring our display platforms are optimized for performance, stability, and security in an automotive environment. Responsibilities Lead the design, development, and optimization of embedded Linux platforms specifically for automotive Display Controller applications, ensuring scalability, reliability, and security. Drive the bring-up of custom hardware boards and lead Board Support Package (BSP) and Linux kernel development for NXP SoCs (e.g., S32G2 family). Design and implement robust boot strategies, secure boot mechanisms, and effective hardware/software partitioning. Oversee the system-level integration of the Linux platform with vehicle hardware and software, including core automotive interfaces (CAN, Ethernet). Lead advanced debugging and root cause analysis across the entire Linux software stack, from bootloader and kernel to device drivers and middleware. Focus on optimizing platform performance, including boot time, thermal management, and power consumption for display applications. Work closely with hardware, application, quality assurance, and mechanical engineering teams to ensure seamless integration and alignment with display system design. Provide expert technical guidance and mentorship to the Linux platform team members. Support integration and validation testing activities in lab environments and on vehicles. Collaborate on requirement analysis and contribute significantly to architectural definition and detailed design documentation related to the Linux platform. Required Skills & Experience 7+ years of hands-on experience in embedded Linux platform development and architecture, with significant experience in the automotive domain, particularly with display controllers. Proven expertise in Linux kernel, device drivers, middleware integration, and user-space application development for embedded systems. Extensive experience in hardware bring-up and Board Support Package (BSP) development for NXP SoCs (e.g., i.MX, S32 series). Strong background in bootloader customization (U-Boot, GRUB), boot time optimization, and secure boot implementations. Proficient in software development using C or C++ . Expert-level proficiency in debugging tools and techniques, including JTAG, serial console, oscilloscopes, logic analyzers, and Linux tracing tools (e.g., perf, ftrace). Familiarity with RTOS concepts and their interaction with Linux in mixed environments. Strong understanding and practical experience with automotive industry protocols and interfaces: Bus Drivers: CAN, Automotive Ethernet, LVDS, SPI, I2C, DSI (MIPI) Connectivity (preferred): Bluetooth, BLE, Wi-Fi, USB, GPS Network Protocols (preferred): TCP/IP, UDS, SOME/IP, DO/IP, OTA Experience in hardware/software co-design, considering mechanical interfaces, thermal design, and system-level constraints for display modules. Practical experience with vehicle-level software integration and automotive-grade testing (HIL, SIL). Strong practical experience with AUTOSAR concepts and their implications for Linux platform integration; ASPICE knowledge is a plus. Strong logical and analytical thinking, with the ability to troubleshoot complex system-level issues across multiple layers. Familiar with software development lifecycle (SDLC), version control (e.g., Git), and defect tracking systems (e.g., JIRA). Knowledge of DOORS or similar requirements management tools is preferred. Excellent communication and collaboration skills for working with multi-disciplinary global teams. Roles and Responsibilities Under direct supervision, performs engineering work and applied research, development, and design of boards using electronic components and ensure product works to specification. Work includes Hardware Specification, PCB Schematic, FPGA design and simulation, Verification, Integration with embedded software.

To teach undergraduate and/or postgraduate students in Electrical Engineering, undertake research, and contribute to academic development, innovation, and institutional growth aligned with ADYPUs vision and NEP 2020

You will Collaborate with a cross-functional team to define software requirements pertaining to state machines that serve as the brain of the system and coordinate behavior across multiple computing nodes. Rapidlydesign and develop control software using MATLAB/Simulink, and test your software changes on the surgical robotic system. Use your expertise to triage defects, develop software unit tests, and review the testing team's software verification protocols. Analyze the software for failure modes and develop solutions that mitigate risk. Contribute updates to your team's software documentation and architecture. Improve the quality of your team's software through design reviews, and ensure your work complies with the procedures of the organization's quality management system. Join an Agile Scrum team that collaboratively plans sprints, improves the quality of the team's backlog of tickets, and defines and completes tasks. Qualifications Must Haves Bachelor's Degree and with 14 to 18 years of relevant experience or an advanced degree and with 12 to 16 years of relevant experience. Nice to Have Strong interpersonal skills and attention to detail, with ability to work collaboratively with cross-functional teams to build consensus and establish common goals. Experience developing software for commercial products, preferably in regulated industries Experience developing software in aLinux environment Comfortable with common development tools: build automation (cmake preferred), code coverage, unit testing, static analysis, debugging, source control, etc. Experience developing control software using MATLAB/SIMULINK tools Basic understanding of C++ Experience designing software using visual modeling languages(UML, SysML) Knowledge of surgical robotics Fluency in English Ability to travel up to 25%

Educational Qualification: Bachelors / M.Tech / MS / Ph.D in Aerospace Engineering, Physics, Controls or equivalent Work Experience : 3+ years of relevant work experience (as a GNC or an AOCS engineer) Role Description : This role will contribute towards the development of attitude and orbit control subsystems for a LEO imaging satellite constellation. If you love working at the cutting edge of technology and want to contribute towards making the world a better place by bringing down the benefits of space down to earth, this is the place for you. Responsibilities Duties : Design, model and develop Attitude Determination and Control system for LEO spacecrafts Collaborate with systems and mission teams to scope capabilities and requirements for the AOCS system Perform trade studies and select the necessary sensor and actuator suites to meet the subsystem requirements Design and implement algorithms to support various pointing modes and attitude control scenarios Implement control algorithms into modular, scalable and maintainable mathematical models Work with the flight software team to deploy the models against the simulation software Developing plans for end-to-end integration, test, and calibration. Develop and maintain technical documentation for spacecraft AOCS architecture definition, design, and development. Take end-to-end ownership of the subsystem development from design through implementation, testing, deployment and commissioning Desirable Skills Certifications: Strong understanding of satellite systems, orbital mechanics, classical dynamics and the low-earth orbit environment Strong understanding of spacecraft control and determination hardware and its implementation Experience with orbital manoeuvring theory, flexible body control, sensor/navigation filters, and flight software development. Proficiency and Practical experience developing in Matlab Simulink, and Python Strong programming skills in at least one high level programming language (Python preferred) Ability to understand, break down, and solve complex problems independently Good communications skills (verbal and written), ability to work collaboratively in a team environment Mission design and orbit simulation experience using software tools (STK, FreeFlyer, Orekit, GMAT etc.) or custom software is preferred Full lifecycle development experience of LEO spacecraft Hardware-in-the-loop and monte carlo simulation experience Knowledge of Development tools Version control (Git) Project Management (Jira) Candidate Acumen : A strong desire to work in an unstructured, high-growth, fast-paced start-up environment Benefits: Health insurance coverage Unlimited leaves flexible working hours Role-based remote work and work-from-home benefit Relocation assistance Professional Mental Wellness services Creche facility for primary caregivers (limited to India) Employee Stock Options for all hires

Job Description: 1-3 or 3-5 years of experience in Model Based Development - Automotive Embedded Systems. Hands on experience in BCM / HFM function Development and Validation across V-Cycle. Strong knowledge on Test Methodologies and Test Framework. Good Testing experience in understanding of Requirement and Analysis ,Test case design, Problem Solving skills Good Experience in Model Based Design skills in MATLAB (Simulink & State flow) tool. Good knowledge in TPT , or any Validation tools and Reqtify , etc. Knowledge in MAAB , MXAM , AUTOSAR , ISO 26262 . Ability to justify technical clarifications to various stakeholders. Knowledge on m script, Python scripting will be added advantage. Experience in JIRA/ DOORS/ GitLab/ Confluence. Good understanding of Agile way of Project execution method Ability to work with deadlines & without supervision Adaptability and learning skills Interested, Kindly share your profile to Rafik_Raja@onwardgroup.com Regards, Rafik Raja S Onward Technologies.

Lead design of power electronics circuits including AC-DC, DC-DC & isolated/non-isolated converters (Flyback, Forward, LLC, PFC, Full-Bridge) Contribute to design & development of medical devices, ensuring alignment with regulatory requirements Required Candidate profile Bachelor’s or Master’s degree in Electrical Engineering experience in power electronics design Strong knowledge of power semiconductor devices (MOSFETs, IGBTs, SiC/GaN),gate drivers, and control ICs.