8 Can Protocols Jobs

We are looking for a skilled Battery Management System (BMS) Engineer with a solid understanding of BMS architecture, components, and safety features. The ideal candidate should have experience in failure analysis, problem-solving, and Li-Ion batteryassembly, including cylindrical, pouch, and prismatic cells, along with expertise in LV and HV battery system handling. The role involves developing and integrating new processes in the New Product Development Stage (NPDS), including design for assembly (DFA), design for safety (DFS),design verification analysis (DVA), ergonomics, and cable routing. You will work on BMS architecture, including SOC, SOH, cell balancing, fault detection, safety controls, and protection algorithms, and have a deep understanding of thermal management, energy management, and life optimization algorithms. Experience with communication protocols such as RS485, Modbus, and CAN is essential, along with the ability to implement custom communication protocols provided by BMS manufacturers. The role also requires proficiency in preparing SOPs, work instructions, and quality checklists. Familiarity with battery chemistries like NMC and LiFePO4 and an understanding of their impact on BMS behavior are required. Knowledge of functional safety standards (e.g., ISO 26262) is a plus. Additionally, the ability to integrate BMS data into higher-level systems or dashboards for monitoring and control is crucial for this role. Responsibilities Design, develop, and test embedded software and firmware for BMS applications. Integrate and configure BMS hardware including microcontrollers, sensors, and communication interfaces (CAN, UART, SPI, I2C). Implement state-of-charge (SOC), state-of-health (SOH), and cell balancing algorithms. Collaborate with hardware engineers to design PCB layouts and perform hardware-software co-validation. Work with cross-functional teams to ensure compliance with electrical, thermal, and mechanical battery requirements. Develop diagnostic tools and support root-cause analysis of field issues. Document software design, validation protocols, and change logs. Skills Required Solid understanding of Battery Management Systems (BMS) architecture, components, and safety features Failure analysis and problem solving capabilities. Good experience in Li-Ion battery assembly(cylindrical, pouch, prismatic cells), adhesive dispensing, electrical assembly , production engineering and Knowledge of quality check points in battery assembly. Knowledge of LV and HV battery system handling. To develop new processes and integrate in NPDS : DFA, DFS, DVA, Ergonomics and cable routing. Experience in BMS architecture, SOC, SOH, cell balancing, fault detection, safety controls and protection algorithms. Knowledge of thermal management, energy management, and life optimization algorithms. Experience in RS485/Modbus/CAN protocols for communication with BMS and peripheral devices. Proficient in preparing SOPs, work instructions, and quality checklists. Ability to read and implement custom communication protocols provided by BMS manufacturers. Added Advantage: Knowledge of functional safety standards (ISO 26262 or similar) is a plus. Qualifications: B Tech in ECE/EEE Experience: 2 + years of experience in battery management system Location : Technopark , Thiruvananthapuram Skills: soc,quality checklists,problem solving,work instructions,design for safety (dfs),custom communication protocols,li-ion battery assembly,cable routing,prismatic cells,battery management systems (bms),fault detection,soh,new product development stage (npds),ergonomics,cylindrical cells,design for assembly (dfa),cell balancing algorithms,soh algorithms,state-of-health (soh) algorithms,state-of-charge (soc) algorithms,cell balancing,dva,functional safety standards,dfs,modbus,dfa,life optimization algorithms,safety controls,energy management,pouch cells,hv battery system handling,lv and hv battery system handling,can protocols,sops preparation,battery management system,design verification analysis (dva),rs485,failure analysis,protection algorithms,bms architecture,lv battery system handling,soc algorithms,thermal management Show more Show less

You are a skilled Battery Management System (BMS) Engineer with a solid understanding of BMS architecture, components, and safety features. You have experience in failure analysis, problem-solving, and Li-Ion battery assembly, including cylindrical, pouch, and prismatic cells. Your expertise extends to LV and HV battery system handling. Your role involves developing and integrating new processes in the New Product Development Stage (NPDS). This includes design for assembly (DFA), design for safety (DFS), design verification analysis (DVA), ergonomics, and cable routing. You will be working on BMS architecture, focusing on SOC, SOH, cell balancing, fault detection, safety controls, and protection algorithms. A deep understanding of thermal management, energy management, and life optimization algorithms is essential for this role. Your experience with communication protocols such as RS485, Modbus, and CAN is crucial. You must be able to implement custom communication protocols provided by BMS manufacturers. Proficiency in preparing SOPs, work instructions, and quality checklists is required. Familiarity with battery chemistries like NMC and LiFePO4 and knowledge of their impact on BMS behavior are necessary. Knowledge of functional safety standards (e.g., ISO 26262) is considered a plus. You should also be capable of integrating BMS data into higher-level systems or dashboards for monitoring and control. Your responsibilities will include designing, developing, and testing embedded software and firmware for BMS applications. You will integrate and configure BMS hardware, including microcontrollers, sensors, and communication interfaces. Implementing state-of-charge (SOC), state-of-health (SOH), and cell balancing algorithms will be part of your tasks. Collaboration with hardware engineers, compliance with requirements, and developing diagnostic tools will also be crucial aspects of your role. Documenting software design, validation protocols, and change logs is also expected. Your qualifications should include a B Tech in ECE/EEE, and you should have at least 2 years of experience in battery management systems. The location for this position is Technopark, Thiruvananthapuram. Your skills should encompass various aspects related to BMS architecture, NPDS, thermal management, state-of-charge algorithms, and more as mentioned in the job description.,

Mandatory Skills system testing CAPL scripting (knowledge of programing concept has worked on writing CAPL script) CAN protocols Candidates should be able to design execute test cases Good to have: UDS Immediate joiners preferred Action Items: Consultants to share relevant screened profiles by EOD Candidates should be available for F2F in office for at least 1 interview

Role & responsibilities Deliver engaging lectures, Case Studies, Experiments and Projects and practical training sessions on Solar PV/ battery-powered vehicle propulsion systems, following the curriculum outlined in course descriptions. Preparing Course curriculum, Handbooks, Papers, Presentation, Manuals etc. For successful execution of training / Specialization Programs. Incorporate your own personal EV/ Solar field experiences into the class when answering student questions. Provide comprehensive instruction on the theory and basic design aspects of battery-powered vehicle propulsion systems, covering topics such as high voltage batteries, regenerative braking, and electric machine motor types. Emphasize safety protocols and procedures related to EV and hybrid maintenance, diagnostics, and EV battery systems. Instruct students on the operation of electric vehicle traction motors, including their types, functionality, and applications in electric vehicles. Cover power management, power inverters, AC to DC converters, and accessory systems, enabling students to comprehend the intricacies of power systems in electric vehicles. Conducting Mobilization and Awareness drive for various training program. Responsible for delivery of Hands On session delivery, Project based learning. Ensure the timely processing of classes, projects, assignments, internship and placements. Conduction of workshop, Training, Internship program (Offline / Online) at various locations, apart from their centres. Follow up with concern engineering institutions on outcomes and track proposal success ratio. Deliver the expert lecture/talk on EV module & project. Mentor and support the engineering students/professionals for EV projects as per course curriculum. Resolving Technical Queries, Counselling and Orientation, Webinars for Fresh Admissions. Maintaining the records of performance, evaluation, conduction of assessment, preparation for Job Interviews, Internship etc. Ensuring quality, execution and feedback of programs. Provide technical evaluation and support to assist client service/project managers. Perform related duties as assigned. Preferred candidate profile The ideal candidate will have a Bachelors degree in electrical engineering or similar with 1 to 5 years relevant technical experience. At least one-year experience as a trainer. Have a wealth of practical knowledge of EV Systems / Solar systems and the passion to want to share this knowledge through training and development. Strong Theoretical and Practical knowledge about EV and HEV System and Subsystems. Excellency in Model Based Development for EV with proficient skills in MATLAB Simulink, ANSYS, and Solid Works Etc. Excellency in Model Based Development for EV with proficient skills in MATLAB Simulink, ANSYS, and Solid Works Etc. Strong Theoretical and Practical knowledge EV battery modelling & Development, Prototyping, BMS with CAN protocols and BTMS etc. Strong Theoretical and Practical knowledge EV, HEV and ICE Vehicle Powertrain and transmission. EV Charging Mythology, Renewable energy based charging AC and DC. Fundamental Knowledge about IOT, AI and ADAS. Vehicle Control System. Vehicle Testing and Homologation Working with latest Automotive Technologies i.e. FCEV, ADAS etc. Excellent Communications Skills (Verbal / Written) Demonstrates the ability of multi-tasking, planning, project management and organizational skills. Demonstrated ability to specify learning objectives and outcomes. Develop and deliver assessments, course materials, and learning activities that are aligned with stated objectives and outcomes. Perks and benefits Competitive salary with performance-based incentives. Opportunity to work in a dynamic and growing industry. Collaborative and innovative work environment. Training and development opportunities. If you're passionate about sales and have a proven track record in sales and business development, we encourage you to apply and be part of a top training institute. Please send your CV to careers@certindia.ac .

Desirable Experience & Knowledge: Automotive software architecture and experience in the following areas: Software development process experience (Autosar / Non-Autosar) Cybersecurity development cycle implementation knowledge (Concept / Product Development / Post Development) [SHE / HSM etc.] Must have knowledge of NIST, RSA, AIS standards for random number generation, crypto algorithms, certificates, key management, and implementation of in-vehicle networks Implementation experience of secure boot, secure diagnostic, secure logging, secure debug, etc. Role: Assessment of the activities done for design, development, and evaluation of automotive controllers for cybersecurity and functional safety specifications Responsibilities: Automotive cybersecurity specification checking during development (RFQ, SOR, SPEC, CHECKLIST, TARA etc.) Cybersecurity development project management checklist and adherence Vehicle CS concept development and risk management analysis documents checking and assessment Assessment of the activities for ECU level CS testing evaluation (IDS, IDPS, and ECU fuzz) Vehicle functional safety analysis (HARA) Technical / Functional: Experience in creating software specifications for automotive electronic controllers and vehicle networks (LIN, CAN, ETH, BLE etc.) Knowledge of diagnostic communication protocols e.g., KWP2000, UDS etc. Understanding of vehicle level testing of electronic controller's software Proficiency in CANOE software usage Knowledge of OTA (Over The Air) protocol Working knowledge of ISO 21434, ISO 26262, AUTOSAR standards Knowledge of automotive cybersecurity regulations for EU, JP, and India (UNR and AIS) Desirable: Automotive OEM experience: Vehicle design and development cycle Hands-on experience in electronic component CS development Understanding of automotive cybersecurity development life cycle and infrastructure Behavioral: Effective team player having positive attitude Study industrial trends (global and domestic) and apply it in work-related areas Planning and coordination of activities with various stakeholders Good interpersonal, communication, and presentation skills

Role and Responsibilities: Must have experience in test automation and HIL setup Should be able to mentor team members for technical blockers Should be able to perform requirement review & test cases review to have maximum test coverage Should have strong knowledge of CAN communication protocol Should have strong knowledge of scripting language like CAPL and Python Should have experience on UDS. Should have used CANalyser, CANoe or any other tools for CAN bus analysis Should be able to analysis vehicle CAN logs Should be aware of SDLC and STLC Should be aware of black box testing techniques Work experience in EV domain will be added advantage Knowledge of HW understanding will be added advantage Should have good communication and inter personal skills. Must Have Qualifications: Strong automotive background with working knowledge of vehicle networking protocols Strong analytical skills Experience in creating customized test automation and HIL setup Understanding of CAN protocols Understanding of CAPL, python or any other scripting language ISTQB foundation level certification Behavioral Competencies: Innovative Opportunity Sensing and driving innovation. Strategic Thinking Envisioning future, creativity and systems thinking. Passion for innovation Out of box thinking Emotional connect, - ownership & accountability and drive for results. Highly motivated, analytical, self-believer, focusing on core knowledge & innovative thinking.

Role & responsibilities • Understand customer requirements as a system and allocation of system requirements to system elements and subsystems, overseeing the refinement of lower-level requirements flowed down to other engineering COCs. • Analyses requirement to create system design Specification /conceptualisation, ensure system architecture and subsystem design align with operational concepts. Create and control systems engineering artifacts such as system requirement specification documents, Requirements Verification Traceability Matrixes (RVTM), Interface Control Documents (ICD), architecture diagrams, Prepare test cases, test plans, test procedures, and test reports. Oversee and review system-level integration testing, and requirement verification, ensuring compliance with established requirements and project SOR. Ensure Validation and homologation requirements are fulfilled. Collaborate with stakeholders, internal and external, to communicate technical concepts, resolve problems, and influence decision-making on technical matters. Prepare technical reports, system documentation, and test plans while ensuring clarity and compliance with project requirements Technical Competence: - • Understanding of Electric Vehicle ECUs for various functions. Good Knowledge on Hardware and Software components of ECUs. • Manufacturing process and EOL requirements for EV components/Power train. • Hands on Experience of understanding CAN protocols (SAEJ1939,ISO14229, ISO 11898) ,CAN bus architecture and IVN requirements. • Hands on experience in developing CAN matrix and CAN dbc for Powertrain . • Hands on experience in using CAN tools for debugging and analysis.(CANalyser, CANoe..etc) • Understanding on Structured SW architecture, OTA, FOTA, Flash Boot loader,EOL..etc. • Good understanding of EMI/EMC and Electrical requirements, Design aspects and Validation requirements. • Experience on using testing equipment like HIL set up, DSO, Multimeters, RLC meters, Logic analyser Spectrum analyser, Function generators and CAN tools like CAN Analyser, CANoeetc • Understanding of existing and upcoming charging protocols. • Knowledge of Various Cell chemistries and cell characterisation, parametrisation understanding • Exposure to HV systems and understanding of HV safety • Understanding of Functional safety, Cyber security would be added advantage • Understanding of Problem solving tools like fish bone, why-why analysis , 8Ds, would be added advantage. Other Skills:- • Strong analytical and problem-solving skills • Good inter-personal communication skills • Passionate to learn new technologies and tools • Excellent written and verbal communication skills • Team player, Agile, leadership skills and drive for result

Seeking a System Engineer with 5–7 yrs experience in EV systems, architecture, and validation. Must have hands-on with EV components, CAN tools, DOORS, DVP&R, and testing. Strong in problem-solving, communication, and technical documentation.