6 Charging Protocols Jobs

The position aims to develop attribute requirements based on market trends and deliver them for the assigned project, emphasizing the importance of attribute delivery for EV programs. As a team member in a group of 4-5 engineers, you will be responsible for delivering EV attributes across various projects. Your educational background should include a graduation degree in Engineering. In terms of skills and competencies, you should possess expertise in EV Architecture, along with knowledge of tools such as INCA, CANALYZER, and MATLAB. Additionally, a working understanding of CAN protocol and ECU interfaces, basic Powertrain simulations, HV functionality, charging protocols, problem-solving abilities, analytical skills, customer-centricity, and product development knowledge are essential. The ideal candidate should have 3-5 years of experience in new product development or validation, with hands-on experience on at least two programs. A solid grasp of current and future technologies in the EV domain and detailed knowledge of attribute definition, validation, futuring, and architecture benchmarking are required. Key Responsibilities: 1. Attribute, Technology, and Product Planning: - Responsible for attribute planning, development, and process improvement - Creation of requirement documents and work guidelines based on market trends - Development of technology demonstrators as proof of concept 2. Project Delivery: - Setting and balancing attribute level targets - Escalating and resolving technical issues - Meeting project timelines and attribute targets - Creating attribute status reports 3. Process and Productivity Improvement: - Releasing new requirements for attribute maturity - Identifying and releasing new test cases and parameters - Revisiting existing tests/methods to enhance productivity - Optimizing test time through digital validation 4. Product Sustenance: - Participating in quality initiatives and VAVE - Validating VAVE and creating validation reports In addition to technical skills, the role requires demonstration of Tata Motors Leadership Competencies such as developing self and others, leading change, driving execution, leading by example, motivating self and others, and customer-centricity. This position offers an exciting opportunity for individuals with a passion for innovation and a drive to excel in the dynamic field of Electric Vehicles.,

The Power Management Firmware Engineer will be responsible for designing and implementing firmware solutions for power management integrated circuits (PMICs) and systems. You will collaborate with hardware engineers to define power management requirements and specifications. Additionally, you will develop algorithms for power state management, sleep modes, and dynamic voltage/frequency scaling. Your role will involve optimizing firmware for performance, efficiency, and responsiveness to power events. You will conduct testing and validation of power management features, including power profiling and analysis. Furthermore, you will be required to debug and troubleshoot power-related issues in firmware and hardware interactions. As a Power Management Firmware Engineer, you will document firmware design, architecture, and development processes. It is essential to stay updated on industry trends and advancements in power management technologies. The ideal candidate should possess knowledge of power management ICs (PMICs) and related protocols such as I2C and SPI. Experience with energy profiling tools and power analysis techniques is required. Familiarity with battery management systems and charging protocols is a plus. An understanding of software development methodologies, including Agile, will be beneficial in this role.,

As the EV Vehicle Operations Manager, you will be responsible for leading and managing electric vehicle operations to ensure performance efficiency, minimal downtime, and optimal utilization. This role requires a combination of operational expertise, data-driven decision-making, and a deep understanding of EV systems and infrastructure. You will oversee the performance of the EV fleet across various locations, monitoring and optimizing routes and usage to enhance range efficiency and reduce idle time. Additionally, you will be tasked with managing the installation, maintenance, and expansion of charging stations, and collaborating with vendors to ensure charger uptime and SLA compliance. Implementing predictive maintenance protocols through telematics and IoT tools will be part of your responsibilities, along with maintaining service logs, warranty schedules, and downtime reports. You will also be involved in developing SOPs for EV fleet operations, charging cycles, and energy consumption, as well as working with tech teams to integrate fleet data into central dashboards. Engaging with OEMs, service providers, and battery swap partners, ensuring seamless parts availability, and compliance with manufacturer guidelines will be crucial aspects of your role. Your duties will also include tracking CO savings, battery lifecycle metrics, and energy utilization for sustainability and compliance reporting purposes. To excel in this role, you should possess in-depth knowledge of EV systems, charging protocols, and battery lifecycle, as well as strong skills in fleet analytics, telematics platforms, and routing tools. Effective vendor negotiation and stakeholder management abilities are essential, along with the capability to align operational goals with sustainability objectives and navigate data dashboards and mobility platforms. The ideal candidate for this position should hold a Graduate/Postgraduate degree in Operations, Automotive Engineering, or Mobility Systems, with at least 6-8 years of experience in fleet operations, preferably including a minimum of 2 years in the EV domain. Experience in collaborating with energy providers or battery tech vendors would be advantageous. This is a full-time position that requires in-person work at the designated location.,

The Power Management Firmware Engineer position based in Bangalore requires 4-9 years of experience. As a Power Management Firmware Engineer, your primary responsibilities will include designing and implementing firmware solutions for power management integrated circuits (PMICs) and systems. You will collaborate with hardware engineers to define power management requirements and specifications, develop algorithms for power state management, sleep modes, and dynamic voltage/frequency scaling. Additionally, optimizing firmware for performance, efficiency, and responsiveness to power events will be crucial. You will conduct testing and validation of power management features, including power profiling and analysis, as well as debug and troubleshoot power-related issues in firmware and hardware interactions. Documentation of firmware design, architecture, and development processes is essential. It is expected that you stay updated on industry trends and advancements in power management technologies. The ideal candidate should possess knowledge of power management ICs (PMICs) and related protocols such as I2C and SPI. Experience with energy profiling tools and power analysis techniques is required. Familiarity with battery management systems and charging protocols is a plus. An understanding of software development methodologies, including Agile, will be beneficial for this role.,

Electric Vehicle Charging System & Controls Engineer Responsible for the development, design, and implementation of EV charging system & controls Understand EV charging system, different methods/modes & its associated components (connectors, cable etc.) Knowledge of EV charging protocols (viz., CHAdeMO, CCS2) and experience of implementation Define the high level and detailed requirements for charging systems and controls for EV Integration of Charging functions with electric vehicle control unit Develop the charging functions and software, including logic development, MIL evaluation, HIL evaluation and vehicle level validation Functional Testing, System/Component Benchmarking, and database creation Know-how of essential tools required in software controls and diagnostics (CAN, DFMEA, DRBFM, UDS etc.) Working with stakeholders within the organization and outside (suppliers, consultants) for above development Knowledge of future trends in charging technology, driving innovation Technical/ Functional: Working experience of automobile powertrain system & controls Exposure to Hybrid / Electric powertrain and ECU system & control Design, development, Verification and Validation Experience of Model Based Design with Matlab Simulink/State flow Experience in testing at controller level (HIL) and vehicle level Exposure to appropriate Regulations and Standards of HEV/EV such as AIS 038, AIS 102 etc. Knowledge of ISO 26262 Hands-on experience of using HV measurement equipment

Role & Responsibilities: Responsible for development of Traction Batteries for EV and Fuel Cell EV New Product . Should have experience in Design & Development of Entire Battery Pack Experience required in HV aggregates integration, EV aggregates design and development, as well as testing of HV batteries and their systems. Good in Cell level, Module level, Pack level and String level Preferred candidate profile Looking for Engineering graduate with 3+ years of experience in EV Battery System, preferably from Automotive Industry Thanks & Regards, Ramiya ramiya.m@haarvard.com 9047007970