6 Ecu Testing Jobs

As an Automotive Over-the-Air (OTA) Software Update Professional, you will be responsible for researching technologies required for developing Automotive OTA software update systems, studying customer needs, benefits to OEMs, and creating a business case for OTA. You will collaborate with internal stakeholders such as Product Planning, Quality Assurance, and other Design/Development teams. Your role will involve designing the architecture of Over-The-Air Software Update Systems to accommodate different vehicle E/E architecture variants across the vehicle lineup. You will need to understand and explain the advantages, disadvantages, limitations, and risks associated with various OTA architecture options. Additionally, you will be creating requirements and specifications for an End-to-End OTA system to be implemented across various in-vehicle systems/controllers and over cloud infrastructure. Documenting architectural concepts, feature/function flow diagrams, and design implementations will also be part of your responsibilities. Furthermore, you will support the deployment of requirements and specifications with internal and external stakeholders, including Tier-1 suppliers. Resolving conflicts between stakeholders through explanation of system requirements and necessary deliberations will be crucial. You will ensure the performance quality of the overall system through validation at Unit, Integration, System, and vehicle levels. Establishing testing/validation infrastructure and procedures, analyzing root causes of reported issues, and ensuring compliance with relevant regulations and guidelines will also be key aspects of your role. Your technical competencies should include knowledge of Over-the-Air Software update technologies, automotive E/E Architecture, Connected Vehicle architecture, Telematics feature/functions, computer networking, OSI model, OTA server components, in-car function components of OTA, security and regulation requirements, and more. Understanding controllers function in a vehicle environment, knowledge of Micro-controller, Micro-processor, SoC devices, multi-core platforms, Hypervisor, embedded software architecture and development, automotive OS, software structure for embedded systems, cybersecurity, software development lifecycle, verification & validation, diagnostics & communication protocols, tools, standards, and languages like Japanese will be advantageous. Educational Requirement: - Essential: B.E/B.Tech in Electrical Engineering/Electrical & Electronics/Electronics & Communication - Desirable: Masters/Other advanced degree/certifications in Automotive/Embedded Electronics, IoT, Cloud, or Cybersecurity If you possess the required technical competencies and educational background, and are interested in playing a key role in designing and implementing Automotive OTA software update systems, this position could be a great fit for you.,

As an Automotive Over-the-Air (OTA) Software Update Professional, your primary responsibilities will include researching technologies necessary for developing Automotive OTA software update systems. You will be tasked with studying customer needs, benefits to OEM, and creating a business case for OTA. Collaboration with internal stakeholders such as Product Planning, Quality Assurance, and other Design/Development teams will be essential. Your role will involve designing the architecture of the Over-The-Air Software Update System based on different vehicle E/E architecture variants across the vehicle lineup. You will need to understand and articulate the merits, limitations, risks, and demerits associated with various OTA architecture options. Additionally, you will be responsible for creating requirements and specifications for an End-to-End OTA system to be implemented across various in-vehicle systems/controllers and over cloud infrastructure. Documenting architectural concepts, feature/function flow diagrams, and design implementation will be part of your duties. You will also support the deployment of requirements/specifications with internal and external stakeholders, including Tier-1 suppliers. Resolving conflicts between stakeholders through system requirement explanations and necessary deliberations will be crucial. Ensuring the performance quality of the overall system through validation at Unit, Integration, System, and vehicle levels is a key aspect of this role. You will establish testing/validation infrastructure and procedures, analyze root causes of reported issues, identify countermeasures, and implement them. Adherence to a secure-by-design approach throughout the concept, architecture, design, and development stages is imperative. Your role will also involve identifying and ensuring compliance with relevant regulations, laws, and guidelines applicable across various geographies. Evaluating alternate approaches/systems through workshops and Proof-of-Concept projects, as well as tracking and reporting project status to senior leadership, will be part of your responsibilities. In terms of competency requirements, you should have expertise in OTA technologies, automotive E/E architecture, connected vehicle architecture, telematics, computer networking, OSI model, security, hardware components, software development, cybersecurity, verification & validation, diagnostics, communication protocols, tools, and standards. Knowledge of relevant standards such as ISO 24089, ISO/SAE 21434, ISO 26262, and ISO 27001 is essential. Proficiency in languages like Japanese would be an added advantage. For this role, a B.E/B.Tech in Electrical Engineering/Electrical & Electronics/Electronics & Communication is essential, while additional certifications or advanced degrees in Automotive/Embedded Electronics, IoT, Cloud, or Cybersecurity would be desirable.,

Skill set Expert in Python; others - Matlab plant modeling experience, ECUTest Tool Domain knowledge EV, MBSE Job Description To be a part of the EV software development team by learning and understanding the battery simulator or BECM module/features involving in developing plant model software, Software tools or HIL/battery simulator tool development. Expertise in Python scripting knowledge is must. Matlab with plant modeling experience is preferred. Good to have - ECU Test tool experience and script debugging and validation skills. Interested Candidates kindly share your updated CV to paarkavi_ganesan@satven.com

Dear Candidate, We are seeking a highly skilled and detail-oriented E&C - Verification. The ideal candidate will have hands-on experience in both manual and automated testing environments, with a strong background in embedded systems and ECU-level testing. Key Responsibilities: Preparation and setup of test environments (manual and automated test benches) Design and execution of test cases based on requirement documents Conducting bench testing, black-box testing, and functional testing Low-level embedded software testing including ECU board bring-up, debugging, and validation Simulation of ECUs using electronic components Hands-on usage of lab equipment such as multimeters, oscilloscopes, function generators, and load boxes Working knowledge of sensor and communication interfaces Strong understanding of communication protocols like CAN , J1939 , and Serial communication Proficiency in automotive software tools such as Vector CANalyzer / CANoe Scripting and automation knowledge using CAPL Development and maintenance of V&V plans and test cases Desired Candidate Profile: Experience in automotive ECU validation and testing Strong analytical and debugging skills Familiarity with industry-standard tools and protocols Passion for quality assurance and embedded system reliability Interested one`s can share their cv at swati.shikha@mounttalent.com or can reach me 9560495550.

Manage the customer relationship in terms of Software (meetings, reports...), Project & Risk Management. Define and track the planning & Goals progress for the SW project.. Build a technical answer to Request for Quotation. Estimate SW Validation Testing effort. Expertise in HIL, ECU testing. Expertise in Solving Technical Problems. Hand on Experience on Field Bus: CAN, LIN and UDS. Hands on Experience on Vector tools (CANOE, CANDELA, CAVDIVA), CAPL, VT Studio, Conformance Test (LIN & CAN). Should have practical knowledge on Progr. Language (C, C++), Electronic: digital & analog. Hands on Experience on ASPICE process, Iterative & Incremental Life Cycle. Practical knowledge on SW Configuration, Change Management & Quality Assurance. Know- how on the concepts - build a software requirements specification, build a software architecture, build a software for delivery. Know-how on the concepts of Modular & object oriented* Design, Embedded SW & RTOS, Development Environment (emulator, cross compiler...) Should be able to solve Technical Problem. Should be from Automotive background with good communication skills.

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.