43 Flexray Jobs - Page 2

MANDATORY SKILLS : Autosar Integration (vector,Eb,CAn UDS,Vector Tools ,BSW Integration Minimum 4 years of relevant experience in automotive software development. Rich experience in AUTOSAR with different vendor stacks (Vector, EB), tools and methodologies. Hands on experience in AUTOSAR stack integration and preferably Vector stack. Strong experience in various communication protocols Ethernet, CAN, LIN and FlexRay. Good understanding of different BSW SW stacks. Good working experience in various microcontrollers. Strong embedded C programming & debugging skills. Exposure to SW branching and merging methods. Job Responsibilities The candidate will be involved in tasks related to Integration / Development of FBL Features and performing testing activity. For the Integration / Development of FBL software, the roles and responsibilities will include continuous collaborations with counterparts in Germany to understand requirements, interpret and develop FBL Features. Also, need to be responsible to create test specifications and document the results.

3 vacancies, 1 each in the labs of: ADAS and Autonomous Driving Automotive Cybersecurity Electric & Hybrid Vehicles Primary Responsibilities: Lab deployment: Deploy labs to the WILP students as per the course requirement and assess the lab components on time under the guidance of course faculty Lab development: Autonomous vehicle development - support the responsible faculty and the Experiential Learning Lead (ELL) from initiation, through proposal, procurement, commissioning, installation and development Develop lab exercises under the guidance of course faculty Support the creation of audio-visuals for marketing/training purposes Lab maintenance: Work with the Experiential Learning Lead (ELL) and the respective lab faculty for maintenance of lab equipment, and upkeep of software licenses Student support : Prompt resolution of student queries related to labs

Educational Master Of Engineering,Master Of Technology,Bachelor Of Technology,Bachelor of Engineering Service Line Engineering Services Responsibilities Join our core R&D Automotive Engineering Team for our marquee Swedish Account- Polestar!Infosys is hiring core Automotive R&D professionals as part of a dedicated Offshore Delivery Center being setup for Sweden’s marquee EV brand ‘Polestar’ at our Electronics City, Bangalore Campus. This is an opportunity to be part of cutting-edge automotive software projects, working with passionate global teams tackling real-world Automotive and next-generation Electric Mobility Challenges. If such an opportunity excites you, apply for the job opening below - Design and develop automated test scripts and tools for test rigs Strong programming skills in languages such as Python, Java, or C++ Experience of test automation frameworks (e.g. Robot, Pytest) Collaborate with development teams to identify test cases and requirements for automation Implement and execute automated/manual tests, analyzing and reporting results Troubleshoot and resolve issues with automated/manual tests and test infrastructure Participate in issue reviews and contribute to the development of high-quality software Work with other members of the test team to maintain and improve the automated testing infrastructure Help maintain and improve the automated/manual testing infrastructure Develop and maintain test reports Keep up to date with industry trends and best practices in test automation and automotive software developmentIf you are passionate about cars and cutting-edge technologies, committed to delivering high quality software and, someone with strong analytical and problem-solving skills, then this is the right job for you! Technical and Professional : Experienced in manual and test automation Familiarity with automotive software and systems and vehicle networks (CAN, LIN, FlexRay, Ethernet) Experience with HIL (Hardware-in-the-Loop) testing and simulation rigs Experience from SystemWeaver requirement management tool from Systemite is beneficial. Excellent communication and collaboration skills, with the ability to work effectively in a team environment Experience with Agile development methodologies Preferred Skills: Domain-Automotive-Engine / Power Train Domain-Automotive-Connected Car Domain-Internet of Things (IOT)-Automotive-Connected Car Domain-Automotive-Electric Vehicles (EVs)-connected cars

Educational Bachelor of Engineering,Bachelor Of Technology,Master Of Engineering,Master Of Technology Service Line Engineering Services Responsibilities Join our core R&D Automotive Engineering Team for our marquee Swedish Account- Polestar!Infosys is hiring core Automotive R&D professionals as part of a dedicated Offshore Delivery Center being setup for Sweden’s marquee EV brand ‘Polestar’ at our Electronics City, Bangalore Campus. This is an opportunity to be part of cutting edge automotive software projects, working with passionate global teams tackling real-world Automotive and next-generation Electric Mobility Challenges. If such an opportunity excites you, apply for the job opening below - Proven experiences in test automation for embedded products in automotive Proficient in Python programming and preferably experienced working with Robot Frameworks. Experienced in the use of Vector tools CANalyzer, CANoe and CAPL. Knowledge in communication protocols CAN, LIN, FlexRay, Ethernet. Knowledge in setup and operations of HIL and SIL technologies Knowledge of and experience from embedded SoftwareIf you are passionate about cars and cutting edge technologies, committed to delivering high quality software and, someone with strong analytical and problem solving skills, then this is the right job for you! Technical and Professional : You architect automation testing solutions to cover test objectives from software tests up to integrated system tests on virtual and physical embedded targets. You offer automation testing solutions as a platform allowing the development teams to provide and run their application-specific tests in the CI/CD pipeline and independent of CI/CD pipeline. Lead in designing and operating efficient test automation. Experience in offering automation testing solutions as a platform service. Preferred Skills: Domain-Automotive-Engine / Power Train Domain-Automotive-Infotainment System Domain-Automotive-Connected Car Domain-Automotive-Electric Vehicles (EVs)

Educational Master Of Technology,Master Of Comp. Applications,Master Of Engineering,Master Of Science,Bachelor Of Comp. Applications,Bachelor Of Science,Bachelor Of Technology,Bachelor of Engineering Service Line Engineering Services Responsibilities Join our core R&D Automotive Engineering Team for our marquee Swedish Account- Polestar!Infosys is hiring core Automotive R&D professionals as part of a dedicated Offshore Delivery Center being setup for Sweden’s marquee EV brand ‘Polestar’ at our Electronics City, Bangalore Campus. This is an opportunity to be part of cutting edge automotive software projects, working with passionate global teams tackling real-world Automotive and next-generation Electric Mobility Challenges. If such an opportunity excites you, apply for the job opening below - Design and develop automated test scripts using Python for Android applications, focusing on functional and integration testing. Utilize the Android Debug Bridge (ADB) and other relevant tools to interact with the application running on Android emulators and physical hardware devices. Create and maintain a comprehensive test suite covering various functionalities and user journeys. Integrate test suites with CI/CD pipelines for automated testing during the development lifecycle. Analyze test results, identify bugs, and report them effectively to the development team. Stay up to date with the latest testing frameworks and tools for Android development, specifically those relevant to Android Automotive. Collaborate with developers and product managers to understand application features and create effective test cases. Why Choose Infosys Engineering Services Cutting-Edge ProjectsWork on innovative projects at the forefront of automotive technology. Global ExposureCollaborate with international teams and clients. Career GrowthWe invest in your professional development and growth. Inclusive CultureJoin a diverse and inclusive workplace that values creativity and collaboration. If you’re ready to accelerate your career in the automotive industry, apply now! Technical and Professional : Minimum 5+ years of experience in software testing, preferably with a focus on mobile applications. Proven experience in writing automated test scripts using Python and a testing framework at least in one of Pytest, Espresso, UI Automator or Appium. Solid understanding of software development lifecycle (SDLC) and testing methodologies. Familiarity with Android development environment and tools like adb. Experience with Android emulators and physical devices for testing is a plus. Experience with CI/CD pipelines (e.g. GitHub, GitHub Action) is a plus. Being familiar with VHAL properties, and Android automotive topics is merit. Knowledge of communication protocols CAN, FlexRay, SOME/IP, Ethernet is a plus. Preferred Skills: Domain-Automotive-Engine / Power Train Domain-Automotive-Infotainment System Domain-Automotive-Automotive - Systems Domain-Automotive-Connected Car Domain-Automotive-Electric Vehicles (EVs)

Position: Wiring Harness Schematics Any Degree in Electrical, Mechanical, Automotive Engineering. Strong understanding of automotive communication protocols CAN, FlexRay, Ethernet. Hands-on experience with Zuken E3 and UG NX is mandatory.

Primary skills: Bachelor's or Master’s degree in electronics or similar 3 to 6 years of experience in Automotive and AutoSAR configuration Proficient in Automotive Embedded Software development using Embedded C programming. Experience in Diagnostics, Fault/Defect Management Hands on in AutoSAR DCM/DEM configuration Experience with ISO-14229 UDS protocol or KWP protocols & Diagnostics Service Implementation and Boot-loader Development. Experience in working with CAN, Flexray, LIN, SENT, SPI Bus-Systems. Experience in the following areas: static analysis tools (such as QA_C, Polyspace), MISRA and generally accepted embedded coding practices. Good knowledge with Debugger tools (TRACE-32, UDE). Good knowledge with Vector tools (CANalyzer, CANoe & CANape). Any experience in working with AUTOSAR Base software development and Configuration would be add on. Experience in configuration and Integration of AUTOSAR communication Stack and Diagnostics Stack. Experience in working in Application SWCs. Very good in Embedded C programming. Secondary skills : Knowledge of requirement management tools (DOORS). Knowledge of SW Design using UML. Knowledge of configuration management tools: MKS/PTC. Knowledge of V cycle development and review methods Good to have experience with SW development process following (Automotive) SPICE Experience with standards related to safety like ISO26262, IEC61508, etc. is preferred

Roles and Responsibilities. Strong programing skills in Embedded C. Good experience analyzing customer requirements and s/w design Good experience in bootloader concepts(DID implementations, timing parameters, reflashing, compression, secure download, BUA, etc..) Working experience with Comm protocols CAN/CANFD/Flexray Working experience in compilers and debuggers(Tasking/Isys/trace32). Working experience in static code analysis tools like QAC, Polyspace and VectorCAST. Knowledge on scripting(CPAL/Python/Perl) is an added advantage. Knowledge on MKS/PTC Integrity, DOORs, Rhapsody are an added advantage. Knowledge on Infineon TriCore microcontrollers(Aurix 1G&2G) in an added advantage. Knowledge on cyber security is added advantage. Leading Automotive services provider organization

Required Skills & Experience: 5-10 years of experience in embedded systems testing. Strong experience with automotive protocols such as CAN, LIN, UDS, FlexRay. Good exposure to industrial communication protocols such as Modbus, Profibus, Profinet, Ethernet/IP, OPC UA. Proficient in using CAN tools like CANoe, CANalyzer, CAPL scripting. Experience with test management tools such as JIRA, HP ALM, or TestRail. Hands-on experience in test automation scripting (preferably Python). Good understanding of embedded software architecture and icrocontroller/microprocessor-based systems. Familiarity with Agile/Scrum methodologies. Educational Qualification: Bachelors or Masters degree in Electronics/Electrical/Instrumentation/Computer Science Engineering or related fields. Preferred Qualifications (Good to Have): ISTQB Certification. Exposure to HIL testing tools like dSPACE or NI Veristand. Experience in automotive diagnostics and ECU validation. Familiarity with safety-critical systems (ISO 26262 or IEC 61508). Work Location: Pune (Hybrid/Onsite based on project needs) Notice Period: Immediate to 30 Days preferred

Cluster Lead We are seeking a highly skilled Cluster Lead to manage and oversee the development of automotive instrument cluster systems. The ideal candidate will lead cross-functional teams in designing, developing, integrating, and validating cluster software and hardware components to deliver reliable, high-quality, and innovative instrument clusters for vehicles. Key Responsibilities: Lead the end-to-end development of automotive instrument cluster systems, including requirements management, design, implementation, testing, and delivery. Coordinate and manage cross-functional teams comprising software engineers, hardware engineers, system architects, and test engineers. Define technical strategies, project plans, and schedules for cluster development activities. Ensure compliance with automotive standards such as ISO 26262, ASPICE, and relevant safety and quality requirements. Collaborate closely with OEMs and suppliers to align on specifications, interfaces, and integration plans. Oversee system architecture, software design, and hardware integration specific to instrument clusters. Manage risk assessment, issue resolution, and change management processes throughout the project lifecycle. Drive continuous improvement initiatives for development processes, tools, and methodologies within the cluster team. Mentor and guide team members, promoting best practices and technical excellence. Lead technical reviews, audits, and support certification and compliance activities. Required Qualifications: Bachelor’s or Master’s degree in Electrical/Electronics Engineering, Computer Science, or related field. Proven experience (typically 7+ years) in automotive instrument cluster development or related embedded automotive systems. Strong understanding of instrument cluster architecture, graphics frameworks, embedded software, and hardware components. Familiarity with automotive communication protocols (CAN, LIN, FlexRay, Ethernet) and middleware. Experience with automotive safety and quality standards such as ISO 26262, ASPICE, and functional safety processes. Strong project management, leadership, and team coordination skills. Proficient in software development processes, tools, and embedded programming languages (C/C++). Excellent communication and stakeholder management abilities. Preferred Qualifications: Experience with modern instrument cluster technologies, including digital displays, HMI design, and graphics. Knowledge of AUTOSAR architecture and automotive operating systems (e.g., QNX, Linux). Experience working with OEMs and Tier 1 suppliers in automotive projects. Familiarity with calibration, diagnostics, and testing tools relevant to instrument clusters.

About The Role We are looking for a skilled LabVIEW Developer to design, develop, and maintain modular software applications using LabVIEW. The ideal candidate will have hands-on experience in full-cycle LabVIEW development, strong understanding of communication protocols, and a passion for building scalable, reusable software solutions. This role involves working in a collaborative, cross-cultural environment and contributing to CI/CD pipelines for efficient software delivery. Key Responsibilities Design, develop, and integrate new features into modular LabVIEW software applications. Build custom applications capable of interfacing with JSON, Excel, and other database formats. Architect and implement advanced LabVIEW OOP-based solutions with reusable, scalable code. Create LabVIEW-based tools and applications from scratch. Configure and implement communication protocols such as CAN, SPI, LIN, FlexRay, and Automotive Ethernet. Participate in CI/CD pipelines to ensure streamlined testing, deployment, and delivery. Collaborate with global teams and contribute to documentation and version control processes. Primary Skills Proficient in LabVIEW programming, including object-oriented programming and advanced design patterns. Hands-on experience with full-cycle LabVIEW application development. Strong understanding of microcontroller port configurations and communication interfaces. Excellent documentation, debugging, and version management skills. Strong analytical and problem-solving abilities. Effective communication skills and experience in cross-cultural/global team collaboration. Secondary Skills Familiarity with CI/CD practices and tools. Ability to interface LabVIEW applications with external data formats (JSON, Excel, databases). Exposure to system-level integration and testing. Preferred Qualifications Exposure to multi-language programming (Python, C#, MATLAB). NI certifications such as CLD (Certified LabVIEW Developer) or CLA (Certified LabVIEW Architect). About The Role - Grade Specific Focus on Electrical, Electronics and Semiconductor. Develops competency in own area of expertise. Shares expertise and provides guidance and support to others. Interprets clients needs. Completes own role independently or with minimum supervision. Identifies problems and relevant issues in straight forward situations and generates solutions. Contributes in teamwork and interacts with customers.

Proven experience in embedded system development (software + hardware) for automotive domains • Strong understanding of ECU architectures BCM, Instrument Cluster, Door Modules, Window Regulator, ADAS, BMS, VCU, Infotainment • Expertise in communication protocols: CAN, LIN, FlexRay, SPI, UDS, I2C, UART • Deep knowledge of industry standards: ISO 26262, ASPICE, cybersecurity • Hands-on experience with tools and languages such as: Embedded C, C++, Autosar CANoe, CANalyzer, CAPL Matlab/Simulink, LabVIEW Python, Git, Jenkins, JIRA, MS Project • Familiarity with development models: V-model, Agile, SCRUM • Good to have: C#.NET, HMI/GUI testing (e.g., Qt/QML, Squish), PLC programming basics • Exposure to IoT, Industry 4.0, AI/ML integration, and Cloud services is a plus

The Role: We are seeking a highly skilled and experienced HIL (Hardware-in-the-Loop) Engineer , with strong proficiency in dSPACE Scalexio systems and software , to lead the simulation-based testing and validation of automotive inverter systems . This role plays a pivotal part in verifying the performance, functionality, and safety of high-voltage power electronics through closed-loop, automated testing in both R&D and pre-production contexts. Area of Responsibility HIL Development & Integration Design, configure, and maintain dSPACE Scalexio HIL test benches for inverter platforms. Develop and integrate plant models, signal conditioning , and simulation environments tailored to inverter control systems. Interface with ECUs and manage software/hardware integration for closed-loop simulation workflows. Test Case Development & Automation Author and maintain test cases covering functional, safety-critical, fault injection, and boundary conditions. Develop automated test sequences and scripts using AutomationDesk , ControlDesk , Python , or MATLAB/Simulink . Ensure alignment of test coverage with system requirements, safety goals, and validation strategies. Execute regression testing, analyze anomalies, and collaborate in root cause investigations with system teams. Collaboration & Support Work cross-functionally with software, controls, systems, and safety engineers to ensure test completeness and traceability. Support verification of inverter control algorithms, ASIL-related diagnostics, and performance optimization. Liaise with OEMs and Tier 1 suppliers to meet program milestones, compliance benchmarks, and reporting deliverables. Knowledge / Experience Essential Experience in HIL validation , with hands-on expertise in dSPACE Scalexio systems including setup, configuration, and operation. In-depth experience in inverter testing on HIL platforms , including control behavior, safety diagnostics, and fault response validation. Strong knowledge of ISO 26262 , ASPICE , and automotive testing standards. Preferred Skills Familiarity with EV/HEV architectures , inverter control strategies (e.g., FOC, current control), and high-voltage safety practices. Working knowledge of communication protocols such as CAN, LIN, FlexRay , and diagnostic frameworks ( UDS , ODX ). Experience with model-based design tools (Simulink, TargetLink) and test traceability systems (e.g., Polarion, PTC Integrity). Strong skills in data analysis, test documentation, and fault analysis reporting. Ability to collaborate in fast-paced, agile, and globally distributed engineering teams.

The Role: We are looking for a highly skilled and hands-on Software & Controls Engineer to develop and implement motor control algorithms , including Field-Oriented Control (FOC) and Current Control , for automotive inverter systems . This role demands deep understanding of Electric Machine (EM) behavior , control theory, and embedded implementation within an AUTOSAR environment running on Infineon Aurix microcontrollers in production-grade platforms. Area of Responsibility Control Software Development Design and implement FOC, current control, PWM generation , and torque modulation algorithms for various inverter topologies. Integrate EM control logic into automotive-grade AUTOSAR environments, including software component definition and configuration. Optimize control strategies for performance, safety, efficiency, and NVH behavior across different drive modes. Embedded Software Implementation Develop embedded software in C/C++ , tailored for Aurix TC3xx/TC4xx microcontroller platforms . Configure and manage AUTOSAR BSW/MCAL stacks, including RTE mappings , I/O drivers, and real-time scheduling. Ensure compliance with ISO 26262 functional safety requirements, including safety mechanism integration and fault response control. Validation & Diagnostics Collaborate with HIL and dyno teams to validate control algorithms under closed-loop simulation and bench conditions. Develop and refine diagnostic strategies for EM/inverter faults including overcurrent, desaturation, and thermal limit protections. Support calibration, debugging, and tuning of inverter controls during integration and vehicle testing. Collaboration & Support Interface with system engineers, functional safety teams, and Tier-1 suppliers for requirement alignment and architecture integration. Document control models, configuration files, and compliance evidence for internal and OEM milestone reviews. Participate in software quality processes including ASPICE audits and peer code reviews. Knowledge / Experience Essential Experience in EM control development for automotive inverter systems . Strong experience with Field-Oriented Control (FOC) , current control loops , and motor parameter estimation techniques. Hands-on proficiency with AUTOSAR Classic environments and configuration tools. Deep understanding of Aurix microcontroller architecture , embedded development tools (e.g. Lauterbach, PLS), and memory mapping. Familiarity with ISO 26262 , fault injection handling, and software safety lifecycle practices. Preferred Skills Experience with Simulink , TargetLink , or similar model-based control design workflows. Knowledge of motor types: PM synchronous , IM , or SRM used in traction applications. Exposure to HIL systems (e.g. dSPACE, NI) and closed-loop validation workflows. Understanding of vehicle communication protocols: CAN , LIN , FlexRay , UDS . Awareness of inverter diagnostics, fault codes, and calibration toolchains (INCA, CANape).

The Role: Were seeking a hands-on and technically driven Test & Development Engineer to take ownership of the validation and optimization of automotive-grade inverter systems for electric vehicle (EV) powertrains. This role blends high-voltage testing, system integration, and performance tuningespecially during pre-development phases with a focus on dyno-based test activities , motor control algorithm validation , and cross-functional collaboration. Area of Responsibility Lead and execute inverter development and validation activities , with a strong emphasis on dyno test environments . Develop and manage end-to-end inverter test programmes , covering System, Mechanical, Hardware, Software, and Control domains. Define and review test cases, create structured test plans, manage test facilities, resolve test issues, and generate technical reports. Conduct motor control testing and refinement including: Field-Oriented Control (FOC) Current Control loops PWM strategies Interface with cross-disciplinary teams to integrate inverter systems into full EV platforms, including vehicle and bench-level validation. Support fault diagnostics , FMEA analysis , and root cause investigations for inverter components and controls. Collaborate on test automation and simulation environments using tools like MATLAB/Simulink , LabVIEW , and CANoe . Validate products to automotive standards including ISO 26262 , ISO 16750 , UN/ECE R10 , and SAE J1772 . Engage with EME (Electric Machine Engineering) teams for motor/inverter co-validation EME experience is valued but not mandatory. Knowledge / Experience Must-Have Experience in inverter development and validation , ideally with hands-on exposure to dyno testing Deep understanding of motor control algorithms , especially FOC and current control strategies Proficient in lab equipment (oscilloscopes, HV setups, dynos) and testing tools (Python, LabVIEW, CANoe) Working knowledge of vehicle communication protocols (CAN, LIN, FlexRay) Familiarity with safety-critical validation per ISO 26262 and ASPICE Preferred Experience with electric drive systems (BEV, HEV, PHEV) Exposure to EME activities and motor/inverter co-design challenges Awareness of thermal management and battery integration implications for inverter performance Tata Technologies: Engineering a better world

Key Responsibilities Work as the ETH Switch Architect within the Platform department, contributing to the development of Mercedes-Benz Operating System (MBOS) Drive strategic direction for platform-relevant Ethernet Switch components and activities Understand ETH Switch requirements and provide technical direction to ECU development teams Participate in ECU integration discussions and provide inputs for ETH Switch integration topics Orchestrate Ethernet Switch design decisions across different feature verticals to ensure consistency, robustness, and scalability Collaborate with cross-functional teams to resolve complex technical issues Provide architectural recommendations and solutions aligned with overall platform strategy Required Skills and Experience Strong knowledge and experience in AUTOSAR architecture and module interactions Hands-on experience with AUTOSAR ETH Switch stack integration, including configuration of communication stacks (CAN, LIN, FlexRay, Ethernet); preferably using Vector stack Strong programming and debugging skills in Embedded C Proficient with CANoe tool and its application in ECU validation Comfortable working with large codebases, including hands-on quick prototyping and experimentation Rich experience in AUTOSAR implementation using Vector and Elektrobit (EB) stacks, tools, and methodologies Solid understanding of various automotive communication protocols CAN, FlexRay, LIN, and Ethernet Experience working with various microcontrollers in embedded environments Excellent analytical and problem-solving skills Proactive mindset with high ownership and self-motivation Strong communication and stakeholder collaboration skills Educational Qualifications Bachelors / Masters degree in Electronics, Electrical, Computer Science, or a related engineering discipline Additional certifications (if any): [e.g., AUTOSAR stack training, Embedded Systems certifications] Preferred Qualifications (Good to Have) Experience working on Mercedes-Benz Operating System (MBOS) related projects Familiarity with Daimler-specific tools and processes Experience in platform-level architecture in large automotive ECU environments Exposure to international R&D collaborations and distributed engineering teams

Key Skills Technically strong in Automotive ECU Testing. Understanding the ECU software documentation, Requirement analysis and Test specification development Automotive communication protocols Ethernet, CAN, LIN , FlexRay Testing HIL testing & HiL test automation development, good programming skills, scripting skills, experience in automotive ECU software domain Experience in dSPACE HIL hardware ( Scalexio ) and tools Body electronic/Powertrain/HVAC core system domain knowledge Additional ECU Function testing experience, HVAC System testing experience, good knowledge on Steppers, Sensor & actuator. Experience & hands on with Component and Cluster HIL validations. Basic Knowledge on Engine and transmission systems with software VB Script development in Automotive testing, PROVEtech TA programming, VB.NET Scripting development in Automotive testing Real time script development for ECU HiL testing (RT Scripting with AL Com Libraries) Knowledge on CAN, KWP2000, UDS protocols Basic knowledge for INCA, vector Network interface tools REST bus simulation and software tools Should have good communication, analytical and problem-solving skills Job Responsibilities Hands on experience in test specification development Understanding of ECU functional Software requirements & development of HiL Test specifications for HVAC SW relevant ECUs Review of the Test specification. Link the test specification to ensure the requirement coverage. Development of HiL test automation Test script development using VB scripting and execution on the HiL and analysing the test results. Automation of manual tests for HiL system Setting up HIL platform, wiring Harness for ECU connection Mandatory skills HIL, dSPACE, PROVEtech, CAPL/Python/VB, HVAC / Powertrain / Body Electronic 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. - Grade Specific Has more than a year of relevant work experience. Solid understanding of programming concepts, software design and software development principles. Consistently works to direction with minimal supervision, producing accurate and reliable results. Individuals are expected to be able to work on a range of tasks and problems, demonstrating their ability to apply their skills and knowledge. Organises own time to deliver against tasks set by others with a mid term horizon. Works co-operatively with others to achieve team goals and has a direct and positive impact on project performance and make decisions based on their understanding of the situation, not just the rules.

Key Skills Technically strong in Automotive ECU Testing. Understanding the ECU software documentation, Requirement analysis and Test specification development Automotive communication protocols Ethernet, CAN, LIN , FlexRay Testing HIL testing & HiL test automation development, good programming skills, scripting skills, experience in automotive ECU software domain Experience in dSPACE HIL hardware ( Scalexio ) and tools Body electronic/Powertrain/HVAC core system domain knowledge Additional ECU Function testing experience, HVAC System testing experience, good knowledge on Steppers, Sensor & actuator. Experience & hands on with Component and Cluster HIL validations. Basic Knowledge on Engine and transmission systems with software VB Script development in Automotive testing, PROVEtech TA programming, VB.NET Scripting development in Automotive testing Real time script development for ECU HiL testing (RT Scripting with AL Com Libraries) Knowledge on CAN, KWP2000, UDS protocols Basic knowledge for INCA, vector Network interface tools REST bus simulation and software tools Should have good communication, analytical and problem-solving skills Job Responsibilities Hands on experience in test specification development Understanding of ECU functional Software requirements & development of HiL Test specifications for HVAC SW relevant ECUs Review of the Test specification. Link the test specification to ensure the requirement coverage. Development of HiL test automation Test script development using VB scripting and execution on the HiL and analysing the test results. Automation of manual tests for HiL system Setting up HIL platform, wiring Harness for ECU connection Mandatory skills HIL, dSPACE, PROVEtech, CAPL/Python/VB, HVAC / Powertrain / Body Electronic 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. - Grade Specific Has more than a year of relevant work experience. Solid understanding of programming concepts, software design and software development principles. Consistently works to direction with minimal supervision, producing accurate and reliable results. Individuals are expected to be able to work on a range of tasks and problems, demonstrating their ability to apply their skills and knowledge. Organises own time to deliver against tasks set by others with a mid term horizon. Works co-operatively with others to achieve team goals and has a direct and positive impact on project performance and make decisions based on their understanding of the situation, not just the rules.