Job Purpose Design, develop, and maintain high-quality desktop applications for automotive diagnostics and toolsets using C# and WPF. Build efficient, scalable, and robust tools tailored to the needs of the automotive industry. Create intuitive, responsive, and visually appealing user interfaces with WPF, ensuring an excellent user experience. Implement complex user interactions and real-time data visualization features for automotive diagnostic purposes. Collaborate with cross-functional teams to integrate automotive hardware and software systems with the desktop tool. Develop communication protocols with automotive ECUs (Electronic Control Units) and other embedded systems. Perform thorough testing of the developed tools to ensure reliability and accuracy in automotive applications. Troubleshoot and resolve issues with desktop applications, including integration issues with automotive systems and software. Optimize application performance for speed and efficiency, ensuring minimal latency during diagnostic processes. Ensure high-quality, maintainable code by following industry best practices for software development. Maintain comprehensive technical documentation for the tools and systems developed. Provide regular updates to the team and stakeholders on project progress and challenges. Work closely with other software engineers, automotive engineers, and project managers to ensure alignment on tool features and requirements. Continuously explore new techniques, tools, and methodologies to improve the quality and functionality of automotive desktop applications. Job Title: Specialist Engineer Education & Experience Experience: 4 To 6 Years Qualification: B.Tech / B.E. in Electronics/IT/CSE/ECE or MCA Knowledge and Skills Minimum of 3 years of professional experience in developing desktop applications with C# and WPF. Strong background in object-oriented programming (OOP) and design patterns. Familiarity with automotive diagnostics, CAN bus, OBD-II, and ECU communication protocols. Experience with automotive diagnostic software or hardware is a plus. Solid understanding of the WPF framework, MVVM design pattern, and UI binding concepts. Experience with data visualization and real-time data processing. Proficiency with version control systems like SVN /GIT. Familiarity with development environments such as Visual Studio. Experience with unit testing, debugging, and code optimization techniques. Strong analytical skills with the ability to troubleshoot complex issues in software applications and automotive systems. Excellent communication skills with the ability to work collaboratively in a cross-functional team environment. Ability to clearly explain complex technical concepts to non-technical stakeholders.

Main Responsibilities - Implementing CAN signal interface with software components and integrating with AUTOSAR - AUTOSAR Comm. stack(modules) configuration and development - AUTOSAR NM module configuration and development - AUTOSAR BSWM and RTE configuration will be added advantage - CAN communication fault monitoring development - Experience in analyzing customer specification and preparation of software requirement specification. - Experience in preparing software development plan using WBS. - Experience in software design and documentation using UML diagrams (Block diagram, Sequence diagram, State machine, State transition diagram, Data flow diagram) - Experience in software design and code review based on quality and safety process checklists. - Experience in Chassis ECU SW development. - Ensuring SW debugging to resolve any issue. Mandatory- Embedded C, Autosar BSW & MCAL Requirements - Software implementation using C/Embedded C - Understanding of AUTOSAR Comm. Stack(modules) including NM(Network Management) - Understanding of functional safety for communication on vehicle. - Automation using Scripting languages (CAPL, Python etc.) - Good debugging experience (Preferably Lauterbach T32) - Good skill on MS Excel to deal with many CAN signals - Good communication skill in English Education & Experience - Experience on EB tresos / Vector DaVinci tool is preferable. - CAN stack development experience for CAN, FlexRay and CAN FD communications. - Experience with CAN/CAN FD/ FlexRay measurement, analysis. - Experience with testing tools like Vector CANoe/CANalyzer, CAPL - Experience with test automation for CAN and CAN FD communications will be a plus

Job Purpose Design, develop, and maintain high-quality desktop applications for automotive diagnostics and toolsets using C# and WPF. Build efficient, scalable, and robust tools tailored to the needs of the automotive industry. Create intuitive, responsive, and visually appealing user interfaces with WPF, ensuring an excellent user experience. Implement complex user interactions and real-time data visualization features for automotive diagnostic purposes. Collaborate with cross-functional teams to integrate automotive hardware and software systems with the desktop tool. Develop communication protocols with automotive ECUs (Electronic Control Units) and other embedded systems. Perform thorough testing of the developed tools to ensure reliability and accuracy in automotive applications. Troubleshoot and resolve issues with desktop applications, including integration issues with automotive systems and software. Optimize application performance for speed and efficiency, ensuring minimal latency during diagnostic processes. Ensure high-quality, maintainable code by following industry best practices for software development. Maintain comprehensive technical documentation for the tools and systems developed. Provide regular updates to the team and stakeholders on project progress and challenges. Work closely with other software engineers, automotive engineers, and project managers to ensure alignment on tool features and requirements. Continuously explore new techniques, tools, and methodologies to improve the quality and functionality of automotive desktop applications. Job Title: Specialist Engineer Education & Experience Experience: 4 To 6 Years Qualification: B.Tech / B.E. in Electronics/IT/CSE/ECE or MCA Knowledge and Skills Minimum of 3 years of professional experience in developing desktop applications with C# and WPF. Strong background in object-oriented programming (OOP) and design patterns. Familiarity with automotive diagnostics, CAN bus, OBD-II, and ECU communication protocols. Experience with automotive diagnostic software or hardware is a plus. Solid understanding of the WPF framework, MVVM design pattern, and UI binding concepts. Experience with data visualization and real-time data processing. Proficiency with version control systems like SVN /GIT. Familiarity with development environments such as Visual Studio. Experience with unit testing, debugging, and code optimization techniques. Strong analytical skills with the ability to troubleshoot complex issues in software applications and automotive systems. Excellent communication skills with the ability to work collaboratively in a cross-functional team environment. Ability to clearly explain complex technical concepts to non-technical stakeholders.

Job Description (Role & Responsibilities) Design, implement, and optimize efficient algorithms for complex software systems. Work on data structures, search algorithms, sorting, graph algorithms, and computational optimization. Develop algorithms for real-time processing, large-scale data handling, and system automation. Analyze and improve the performance, scalability, and efficiency of existing algorithms. Collaborate with software engineers, architects, and product teams to integrate algorithms into production software. Implement multi-threaded and parallel computing solutions for performance optimization. Work with databases, file systems, and networking protocols to enhance system performance. Conduct code profiling, benchmarking, and debugging to ensure optimized execution. Stay updated with the latest advancements in algorithm development and computational techniques. Education & Experience 1. Experience: Skilled (3-4 year) 2. Qualification: B.Tech CSE *Is as plus: UG/PG course on or similar to: Machine Learning / Deep Learning / Artificial Intelligence Knowledge and Skills Knowledge Strong foundation in data structures, algorithms, and computational complexity. Solid understanding of mathematical concepts such as linear algebra, probability, and optimization. Familiarity with ML and AI algorithms and their practical applications. Knowledge of numerical computing methods and performance optimization techniques. Understanding of software development lifecycle and agile methodologies. Awareness of hardware acceleration concepts (e.g., GPU, FPGA) for algorithm implementation. Skill: Proficient in programming languages like Python or C++ or Java . Hands-on experience with algorithm design and implementation for real-world problems. Familiarity with machine learning frameworks (TensorFlow, PyTorch, or similar). Expertise in data structures, graph theory , and computational complexity analysis. Experience with multithreading, concurrent programming, and distributed systems. Knowledge of database indexing , caching, and efficient query execution . Familiarity with file system structures, memory management . Strong debugging, testing, and documentation skills. Effective collaboration and communication skills for working with cross-functional teams.