Technology Quality

At Tata Technologies we make product development dreams a reality by designing, engineering and validating the products of tomorrow for the worlds leading manufacturers. Electrical Drive Unit to be located in Gaydon.
Our Engineering Research and Development department (ER&D) is a fast-growing function within Tata Technologies Limited that is assembled to work on exciting projects globally for multiple customers. It comprises highly specialized engineers across Automotive, Aerospace and Industrial Heavy Machinery.
You will be first point of contact for external stakeholders associated with Electric Drive Unit (EDU) design changes. This opportunity supports the assembly of the whole unit and how it interacts with other components to be a complete drive unit to not only meet but supersede customer expectations on vehicle performance during the vehicles lifecycle. You'll also have the opportunity to ensure that the design has the capacity to achieve the target attributes and that component design change requests are compatible with the assembly process
This opportunity is best suited to someone with knowledge of the sub systems of an EDU and who has experience of managing the resolution of business, technical and process issues within a Project Team environment.
Whilst not essential it is highly desirable to have a good working knowledge of product creation and delivery, change control, product definition and change management processes and be degree qualified in a relatable field.
Customers, Project / Program Manager, Chief Engineer, Engagement Manager, Account Managers, Regional Leadership teams and Heads of Departments, team members, partners and vendors, industry experts, external organisations, agencies and statutory bodies
Assist and contribute to the generation of targets and verification methods that are driven by Customer, Function Requirements, Failure Modes and Effects Analysis, (FMEA)
Provide technical support and assistance across the operational team on topics relating to the integration and harmonisation of multiple interconnected components including issue resolution and objective data analysis
Design and delivery of Charging/Battery Management ECU Part4 Technical Safety Concepts, Hardware and Software safety requirements and their implementation.
Delivery of hardware, software and test system designs for the Power HiL (PHiL) test rigs
Document interface control document for both internal and network architecture.
Supporting Functional Safety and Cyber Security analysis of electric drive unit architectures and identifying mitigation strategies to meet system safety goals.
Identifying requirements for cascade to elements beyond the system boundary (e.g. sensors, electrical architecture, ECU base software etc).
Define network communication requirements for the systems. Submit requirements into the networks design process with documentation and providing support throughout the approvals process.
Hands-on participation in prototype and vehicle build phases and issue management
Provide expert guidance on HV safety standards, design best practices, and regulatory compliance.
Conduct detailed failure mode and effects analysis (FMEA) to identify potential risks and develop mitigation strategies.
Oversee the testing and validation of EDU components, including electric machines, inverters, and gearboxes.
Design and implement simulation models to predict EDU performance, identify potential issues, and optimize system design.
Validate simulation results with physical testing, ensuring correlation and reliability of the models.
Design and implement simulation models to predict EDU performance, includingmotor modeling, identify potential issues, and optimize system design.
Develop and executecalibration strategiesfor EDU components to ensure optimal performance and compliance with regulatory standards.
Analyze and adaptgear ratiosto meet vehicle performance objectives while ensuring efficiency and reliability.
Validate simulation results with physical testing, ensuring correlation and reliability of the models.
Design and implement simulation models to predict EDU performance, including motor modeling, identify potential issues, and optimize system design.
Develop and execute calibration strategies for EDU components to ensure optimal performance and compliance with regulatory standards.
Analyze and adapt gear ratios to meet vehicle performance objectives while ensuring efficiency and reliability.
Collaborate with mechanical engineers to define mechanical requirements, including housing design, thermal management, and structural integrity.
Oversee the mechanical design process, ensuring compatibility with electrical components and efficient packaging.
Work closely with suppliers and manufacturing teams to ensure successful EDU assembly and build.
Degree in Engineering, preferably related to Automotive, Electrical engineering.
focusing on BEV (EDUs, Inverters, e-machines, transmissions, thermal management for EDUs)
this must include competitors intelligence, optimization and design for efficiency, testing for efficiency and in-vehicle strategies.
Relevant experience in system definition, system architecture development, requirements specification, design/performance modelling, systems integration, system assessment and acceptance
Suppliers management experience, concise reporting skills
The EDU Subject matter expert is preferred to have experience using below tools & Software which are commonly used in EDU development. These tools cover various aspects of the development lifecycle, from requirements management to testing and deployment:
Requirements Management:
or Jira : For capturing, documenting, and managing requirements throughout the project
Workflow automation and process management tool.
Finite element analysis and thermal simulation.
or Vector CANoe : Control system development and testing.
Calibration and parameterization of control units.
Design and CAD:
or SolidWorks : Mechanical design and 3D CAD modeling.
Software Development:
Integrated Development Environments (IDEs) for coding.
Version control and source code management.
Calibration and Testing:
Network analysis and simulation tool.
Automated testing.
Project Management:
or Trello : Task tracking and agile development.
Microsoft Project
: Scheduling and resource planning.
Microsoft Office Suite
: Quality Assurance:
Data-driven monitoring and software performance optimization.
Code quality analysis.
Functional safety standard for automotive systems.
AWS Cloud9
: Microsoft Azure
: Low-code software development environment.
Takes personal and organizational risks to do what is right and achieve organizational success, and supports others who do so.
Identifies and analyses information to make decisions and solve problems.
In return for bringing your expertise to our business we offer a competitive salary along with excellent benefits including:
Pension Scheme
25 Days Holiday
Private Health Care
Employee Assistance Program
Group Life Assurance
Childcare Vouchers
Private Health Cash Plan
If you are passionate about bringing innovation to the projects you work on and want to join a global company, then this is the place for you.