10 Doip Jobs

Strong expertise in Python programming, particularly in test automation for embedded systems. Deep understanding of UDS (Unified Diagnostic Services) and DoIP (Diagnostics over IP) communication protocols. Experience with automotive diagnostic tools and equipment (e.g., CANoe, Vector, or similar). Knowledge of automotive ECUs (Electronic Control Units) and their interaction within the vehicle network. Experience with software version control tools (e.g., Git, SVN). Familiarity with tools such as PyTest, Robot Framework, or similar test automation frameworks is a plus. Experience with REST APIs is a plus.

Tasks: Creation of test concepts and test specifications based on existing technical requirements documents and communication with various specialist departments Test implementation and execution with direct access to testable properties of CAN and Ethernet communication of the ECU applications to be tested using internal ECU data Development and expansion of HiL test environments for the automated testing of embedded control units and their networks Implementation of reusable templates for the parameterization of recurring test sequences Independent conception and implementation of necessary toolchain extensions Skills Required: Masters degree in the field of electrical engineering, mechatronics or comparable Well-founded programming skills in C, C++ and Python / object-orientated programming Experience in the use of HiL test systems (dSPACE, Vector) Experience with the Vector tools CANoe and vTestStudio, the dSPACE HiL toolchain (Configuration Desk, Control Desk) and / or the test implementation tool TraceTronic ECU-TEST Experience in using diagnostic protocols like KWP 2000, UDS and DoIP Experience in the creation of HiL models with MATLAB / Simulink Experience in the test management for Microsoft Azure DevOps advantageous Experience in requirements engineering with Polarion Certification as ISTQB Certified Tester - Foundation Level Independent and structured way of working, ability to work in a team, creativity, consistency and initiative to build an efficient and long-term usable test environment Interested candidates can float their updated profile at anuj.parmar@claas.com & for any query call at 9878330503.

Project Role : Security Architect Project Role Description : Define the cloud security framework and architecture, ensuring it meets the business requirements and performance goals. Document the implementation of the cloud security controls and transition to cloud security-managed operations. Must have skills : Product Security Good to have skills : Security Architecture Design Minimum 7.5 year(s) of experience is required Educational Qualification : 15 years full time education Summary :As an Automotive Cybersecurity Engineer, you will implement and validate security controls across in-vehicle systems, ensuring protection of ECUs, telematics units, and connected vehicle infrastructure. You will contribute to threat modeling and diagnostics hardening efforts, support penetration testing activities, and document the integration of cybersecurity measures in alignment with regulatory and technical requirements. Roles & Responsibilities: Support the development and implementation of cybersecurity controls across ECUs, telematics systems, and in-vehicle networks in alignment with ISO/SAE 21434 and company CSMS. Participate in security architecture and design reviews, contributing to the definition and validation of security requirements for embedded vehicle systems. Conduct and document threat modeling and risk assessments using methodologies such as HEAVENS, STRIDE, and custom attack graphs. Perform penetration testing and intrusion validation on in-vehicle protocols including CAN, DoIP, and Ethernet, as well as wireless interfaces such as Bluetooth and Wi-Fi. Assist in the execution of fuzz testing and vulnerability analysis using tools like CANoe, Wireshark, Scapy, and Python-based custom scripts. Contribute to the validation of secure boot mechanisms and assist in reverse engineering activities to verify firmware security compliance. Work with software and hardware teams to analyze security issues, identify root causes, and define corrective actions and mitigations. Maintain operational documentation, including test procedures, vulnerability logs, and mitigation tracking in compliance with regulatory requirements. Collaborate with cross-functional teams to integrate secure diagnostics, access control strategies, and key management protocols. Participate in internal assessments and support audit readiness for cybersecurity compliance frameworks such as UNECE WP.29 and ISO 26262. Professional & Technical Skills: Experience supporting in-vehicle cybersecurity programs with 8+ years in embedded or automotive systems development, including 3–4 years focused on penetration testing, diagnostics security, or secure ECU architecture. Hands-on experience conducting security testing and vulnerability assessments on vehicle communication interfaces such as CAN, DoIP, and Ethernet, as well as wireless protocols including Bluetooth, Wi-Fi, and cellular. Strong working knowledge of UDS diagnostics (ISO 14229), secure diagnostics access control, and protocol fuzzing techniques to uncover vulnerabilities in ECUs and vehicle gateways. Proficiency with security testing tools and platforms such as CANoe, Wireshark, Scapy, Python, and Ghidra for traffic analysis, custom scripting, and reverse engineering. Familiarity with cryptographic principles and practical usage of cryptographic libraries (e.g., OpenSSL, mbedTLS) and hardware security modules (HSM) for secure key storage, boot processes, and firmware authentication. Experience supporting OTA (Over-the-Air) update platforms and ensuring their secure integration using encryption, authentication, and rollback protection mechanisms. Exposure to cybersecurity development in Agile-based or V-model automotive environments, working collaboratively with software, systems, and validation teams. Knowledge of regulatory and compliance standards relevant to automotive cybersecurity, including ISO/SAE 21434, UNECE WP.29 (R155/R156), and functional safety (ISO 26262). Ability to document test cases, generate detailed security analysis reports, and provide engineering teams with clear recommendations and follow-up actions for mitigation. Demonstrated problem-solving skills and the ability to troubleshoot complex issues related to embedded systems security, communication integrity, and control system protection. Additional Information: 5+ years' experience implementing and performing Automotive Cybersecurity Experience with AUTOSAR (Classic/Adaptive), ECU firmware security, or secure telematics units. This position is based at our Bengaluru office A 15-year full-time education is required Good to have Certifications in ISO 21434, CISSP, CEH, OSCP, GICSP Qualification 15 years full time education

The candidate will be responsible for integration of Ethernet switch based on vector stack Classic AUTOSAR , incorporating operating system and ECU specific software. The primary duties will include development of base software configuration, integration with switch modules, configuring AUTOSAR layers, develop CDD, design and implement software components as per defined architecture. Required Skills: Bachelors Degree (preferably Masters) in electrical / Computer Engineering or similar discipline 8+ years experience working in embedded software development with C Work experience in configuration of Marvel Ethernet switch based on vector stack including ethernet switch bring up. Work experience in ethernet stack configuration, Secure boot, secure update, Ethernet gatewaying, firewall, MacSeC. Work experience in configuring Secure peripherals(HSM , CSM ..etc) in micro controllers Experience in Integrating Embedded OS, OSEK, RTOS and BSP development. Experience with FOTA Experience with Infineon aurix tricore family controllers Experience with Secure bootloader Experience in low level driver development.

Development of Bootloader software for various product lines Understanding of the specification from OEMs, estimation and implementation on product-line platform Interactions with Product-line teams and basic-software platform teams Maintenance of delivered Bootloader software Single point of contact for technical queries for the assigned product-line Guiding and mentoring the team. Expertise in C language Working experience in Bootloader software development Strong microcontroller basic. Experience in Driver development. Experience in Autosar stacks(DCM, Mem, MCAL,Security,) Experience in Cyber security, (Secure programming, Secure Boot) Knowledge on Automotive domain CAN, Diagnostics( UDS, KWP 2000), EEPROM, SPI, Flexray, Ethernet, DOIP, FOTA Knowledge of tools/scripting languages like, CANoe, CANanlyser, CAPL, PERL Passion to work on different microcontroller and develop low lever drivers Embedded software de-bugging skills Good problem solving skills Knowledge of Autosar architecture Knowledge of integrating basic software 2-10 Year Exp in Automotive Embedded/Boot loader development. Self-learning with steep learning curve Adaptive to challenging situations Good analytical & communication skills (oral & written) Willingness to take up higher responsibility and mentoring juniors Required Skills - Bootloader software, OEMs,, implementation, software platform, C & C++, Driver development., DCM, MCAL,Security, programming, Secure Boot), Automotive domain, CAN, Diagnostics( UDS, KWP 2000 EEPROM, SPI, Flexray, Ethernet, DOIP, FOTA, CANoe, CANanlyser, CAPL, PERL, software de-bugging skills

Dear Candidate, We are seeking a skilled Embedded Systems Engineer to join our dynamic team. The ideal candidate will be responsible for designing, developing, and testing embedded systems and firmware. You will work on a wide range of projects, from hardware integration to developing efficient, reliable, and high-performance embedded software solutions. Role & Responsibilities: Embedded System Design : Design and develop embedded systems and firmware for microcontrollers, microprocessors, and other embedded platforms. Firmware Development : Write and optimize firmware code in languages such as C , C++ , or Assembly for embedded systems. Hardware Integration : Interface embedded software with hardware components like sensors, actuators, displays, and communication modules (e.g., I2C , SPI , UART ). Embedded Software Testing : Conduct unit testing and debugging to ensure software reliability and meet system performance requirements. Optimization : Optimize embedded software for performance, memory usage, and power consumption, ensuring efficient execution on resource-constrained devices. Prototyping & Validation : Work with hardware engineers to develop and test prototypes, validating system designs and ensuring that hardware and software meet specifications. System Troubleshooting : Troubleshoot hardware and software issues in embedded systems and develop solutions to improve functionality and performance. Real-time Operating Systems (RTOS) : Implement embedded software solutions on RTOS platforms and manage real-time constraints for time-sensitive applications. Required Skills & Qualifications: Embedded Software Development : Proven experience in embedded software development with expertise in C , C++ , and Assembly programming languages. Microcontroller Programming : Hands-on experience with microcontrollers like ARM , AVR , PIC , or ESP32 , and familiarity with relevant development environments. Hardware-Software Integration : Experience in integrating embedded software with hardware platforms and peripherals (e.g., sensors, communication protocols). RTOS Knowledge : Experience working with Real-Time Operating Systems (RTOS) such as FreeRTOS , RTEMS , or VxWorks . Communication Protocols : Knowledge of communication protocols like UART , SPI , I2C , CAN , or Ethernet for device communication. Debugging & Testing : Strong debugging and troubleshooting skills, using tools such as JTAG , Oszilloscopes , and logic analyzers . Embedded Systems Optimization : Expertise in optimizing embedded software for power efficiency, performance, and resource constraints. Version Control : Proficiency in using version control systems like Git for managing codebase and collaborating with team members. Prototyping Tools : Familiarity with embedded development tools like Keil , IAR Embedded Workbench , Eclipse , and hardware prototyping platforms such as Arduino or Raspberry Pi . Soft Skills: Strong problem-solving and analytical skills. Excellent communication skills to work with cross-functional teams. Ability to work independently and as part of a team. Detail-oriented with a focus on delivering high-quality solutions Note: If you are interested, please share your updated resume and suggest the best number & time to connect with you. If your resume is shortlisted, one of the HR from my team will contact you as soon as possible. Srinivasa Reddy Kandi Delivery Manager Integra Technologies

Good understanding of architecture and vehicle networks. Good experience in integration activities using GitHub Enterprise, and Jenkins. Experience in CMAke,gitlab yml files(Build.yml),dockers and setup of automation build and test. Knowledge of programming language C and scripting language Python/Shell. Strong experience in software testing process including executing tests, recording results & tracking defects. Should have an Experience in communication protocols of Doip, CAN. Should have an experience with various platforms of Linux and Ethernet communication. Should have a high level of proficiency in testing and verification of CAN and UDS protocol Standards including Transport Protocol. Have good feature knowledge and experience in testing vehicle level, system level, and component level functionalities of cars with expertise in CAN and Diagnostics tests. Have good exposure in setting up the target hardware as well as ECU flashing and programming processes. Knowledge of Vector tools like Canoe, Canalyser, and CAPL Scripting.

Role & responsibilities • Experience and Strong Hands-on on Adaptive AUTOSAR and application development • Expertized in QNX and LINUX internals and IPCs • Expertized in C++ and Design Patterns • Strong Knowledge in Ethernet communication protocols • Good knowledge of UDS and DoIP • Good understanding of ASPICE process and Agile methodology • Good analytical skills

SDV Practice Lead About the Role Are you a passionate leader with a deep understanding of the automotive industry and a finger on the pulse of cutting-edge digital technologies? Do you thrive in fast-paced environments and have a proven track record of driving results? If so, then we want to hear from you! We are searching for an exceptional leader to grow our SDV team . In this pivotal role, you will play a key part in shaping the future of in-vehicle experience, leading a team of talented engineers and designers to develop innovative and user-centric solutions. Responsibilities: Lead the development and execution of digital cockpit / SDV / HPC strategies, ensuring alignment with overall product vision and business goals involved with global travel & client acquisitions. Recruiting, Developing & Managing a team of engineers and designers, providing guidance, mentorship, and support to achieve optimal performance. Collaborate closely with cross-functional teams, including product management, engineering, marketing, and sales, to ensure seamless integration and successful product launches. Stay abreast of the latest trends and technologies in the automotive and digital landscape, identifying opportunities for innovation and competitive differentiation. Represent eInfochips at different forums Drive the development of new features and functionalities for the digital cockpit, ensuring a superior user experience and maximizing value for customers. Manage project budgets and timelines effectively, delivering high-quality results on time and within budget. Communicate effectively with stakeholders at all levels, both internally and externally. Desired Qualification & Experience: Bachelors degree in electronics engineering, Computer Science, or a related field, ideally with a focus on embedded systems or automotive technology 12-20 years in OEMs or Tier one suppliers designing, developing, the digital cockpit environments in automobiles. Desired Skills: Automotive Electronics /Embedded: Proficiency Skills Automotive Infotainment/Cluster/Display SW development, Automotive SOCs and Microcontrollers, CAN/LIN/Ethernet, Automotive Diagnostics, AUTOSAR/GENIVI/OSEK, GDB/JTAG-Debugger/BDI/Lauterbach, HMI tools: Unity/Kanzi/CGI Studio/Altia, Vulkan HMI development for automotive cockpit applications HAL/System Service/Kernel, boot/performance optimization, system hardening, customizations, IPC, CPU/Memory/Network Infotainment Embedded SW development, Audio, Connectivity Stack Integration, Infotainment System and E/E architecture experience, telematics, FOTA and A-OTA concepts IoT/wireless protocols Virtualization (L1, L2, L3, L4), xIL development and integration (MIL, SIL, HIL), Simulation Tools (Plant and environment modeling), Lifecycle management , Test Automation , CI/CD Toolchain, SW/ Platform Debug, Programming Basics Automotive Software: Skills as added advantages. Basic skills: C/C++/Java/Python/C#/React Native Experience in Program/Project management, Customer management OS: Linux/Android/QNX/Integrity Build make, PM tools: Git/Gerrit/Jenkins/JIRA Process: Apsice, Agile Camera algorithms (Interior Camera, Driver Monitoring System, Front Facing Camera), AR/VR/XR technologies Scripting languages (Python, MATLAB) Experience in OpenGL, OpenGL ES, GLSL, HLSL,3d Shaders, GUI/Graphics frameworks, optimization of application boot-up time and performance such as such as Frozen frames, Slow rendering issues, crashes, and ANRs. 2D and 3D mathematical concepts (linear algebra, matrix multiplication, quaternions, etc.), game engine concepts such as lighting, shaders, materials, meshes, scripting, etc.

Autosar Architect Critical experiences required to be ready for this job : Minimum 10+ years of experience in embedded Software development experience with C/C++. A minimum of 10+ experience in automotive Driver Information Domain. Lead at least 2 full project life cycle execution from start to launch with Dual micro solution based projects. Have defined and implemented Software Architecture through design tools like UML. Strong knowledge of AUTOSAR. Experience in handling interposes communication. Experience in implementing ISO 26262 safety standards. CPU Profiling, Memory analysis and optimization techniques Startup analysis Supported programs with OS like QNX/Linux Experience in ASPICE process Experience in problem solving and process improvement. Strong organizational skills, plus detail-oriented and accurate analytical skills Good Communication skills.