Key Accountabilities and Responsibilities: Collaborate with development teams utilizing CI/CD pipelines and containerization technologies (e.g., Docker, Kubernetes) and help them deploy cost effective solution Deployment & integration of tools like IBM Turbonomic and Cloudability to monitor and optimize cloud expenditures. Implement tagging, resource allocation, and governance best practices across cloud platforms. Conduct periodic audits of cloud resources to identify and eliminate inefficiencies. Stay up-to-date on pricing models, new services, and best practices for AWS, GCP, and Azure. Build automated deployment pipelines & IAC Required Skills and Qualifications Hands-on experience on GCP cloud platform Knowledge of FinOps practices would be advantageous. Expertise in managing cloud costs for GCP, AWS and Azure environments. Familiarity with CI/CD pipelines, containerized applications, and DevOps workflows. Certification in GCP cloud platform is preferred. Preferred Skills Experience with scripting and automation (Ansible, Terraform) for managing cloud resources. Knowledge of cloud governance frameworks and ITIL processes. Ability to communicate effectively with both technical and non-technical stakeholders Experience with tools like IBM Turbonomic and Cloudability would be advantageous.
Key responsibilities of the role will include: Provide effective test & defect triage solutions for android and QNX system. Analyse software logs to root cause defects and provide RCA. Understand the gaps based on issue creep and provide required test solutions to bridge the gap. Build a good system SW understanding of the system and garner one point of contact on first level of analysis. Drive complex defects E2E with analysing, root causing and fix with the relevant stakeholders. Present project / issue status to management in various forums confidently with a data driven approach. Daily defect management, liaising with various product owners to ensure glidepath trajectory in line with programme timings. Work with multiple stakeholders within and outside organization to expedite RCA and fixes for the defects. Attend daily agile start-ups to plan the activities for the sprint. Addressing vehicle issues, work with the integration teams to root-cause Plan 5x5 events and stakeholder sign-off events for SW delivery Ensure all vehicle assessment feedback is triaged, working with the SMEs Regular engagement with suppliers.. Previous Experience / Knowledge and skills: 5+ years of experience in test and defects triage and working with cross cultural workforce in software industry (with at least 6+ years in automotive based company) A bachelors degree in electrical engineering (or related discipline) from reputed college / university Should have good working experience for vehicle cockpit domain. Good System & SW knowledge of android & QNX based systems. Experience in Agile way of working. Must have deep understanding of product development in technology domain preferably Automotive Cockpit Strong problem solver Good communication skills Able to analyse data & data presentation. Desirable - 6 sigma green belt Good knowledge in SDLC / V model Experienced in the management, application, use of JIRA, AIMS, eFDVS, FMA quality processes, DFMEA, engineering release processes, checkpoint / gateway reporting. Experienced in reporting project / programme status at senior forums Strong experience on SW OS platforms (atleast one) - Android, QNX, Linux A proven record for recognising and developing talent within the organisation to help foster staff development and company loyalty. Team player, able to work effectively over multiple departmental / COC barriers to deliver effective business solutions. Natural problem-solver with structured approach to problem solving in a technical environment using FMEAs, fishbone, IS IS-NOT methods Proven ability to work on own initiative, prioritize workload demands personally and for wider team Must be flexible, able to apply skills/experience to a number of different tasks and able to work from different locations where required. Excellent communication skills. Show more Show less
About JLR: Innovative. Trusted. Pioneering. These three qualities have always summed up Jaguar Land Rover. They have been encapsulated within the performance, luxury and excellence of all our products. They are what every person working for us lives and breathes. From creating intelligent hybrids to building driverless vehicles, evolving existing technologies to discovering new energy storage, our ambition for the future of our vehicles and the industry beyond is endless. Brief Description about the role: Jaguar Land Rover (JLR) are developing state of the art automated driving systems for worldwide deployment. As part of JLR ADAS team your task will be to support the development of the future ADAS system generation, which will see our vehicle progressing to full autonomous driving, referred to as an L4+ autonomous driving system, by 2030. In order to fulfil this vision, JLR is working on specific software functionalities developments that aim to build in house software modules in order to maximise components reusability and robustness in the future landscape of autonomous driving. You are going to join a dynamic and ever-changing environment with daily challenges that will require strong capabilities in problem solving and ingenuity in thinking. You will find a welcoming and diverse environment, ready to support your knowledge growth and nourish your curiosity. Key Responsibilities of this role include: Undertake a variety of tasks and be able to work in a multiple disciplinary team, to mentor junior SW engineers and to clearly communicate findings through presentations and reporting Understand the requirements and come up with high-level design and decompose them in to detailed design. Mentoring junior software developers on design patterns, development best practices and DevOps trade-offs Ability to create a software detailed design and support their implementation in software and API interfaces required from internal teams Ability to develop complex software to satisfy design objectives Clearly understand API design for extensibility and portability of software across multiple implementations Excellent communication skills and liaise with the wider global teams within JLR Previous Experience: A total 8+ years of experience with a minimum of 3+ years of experience in application design and development Should have worked in a complex automotive project owning the responsibility for low level design, implementation and validation Experienced in design and development of software solution in AUTOSAR Hands on experience in programming languages like C/C++ Knowledge of Agile SW development process Hands on experience in developing systems based on various IPC mechanisms Good knowledge of Adaptive AUTOSAR based Communication and Diagnostic stack Experience in Automotive SW middleware platforms Strong understanding of software design and architectural patterns Good understanding on ISO26262 Show more Show less
As an Android Application Developer, you will utilize your strong knowledge of Android application development concepts to design and develop complex Automotive Android Applications. With expertise in Kotlin, Java, and C/C++ programming, you will be responsible for creating UI using Jetpack Compose and writing unit test cases using Mockito and Roboelectric. Your role will also involve understanding the latest Android Architecture Patterns and various Android frameworks/application design patterns. You should possess a deep understanding of Android System concepts, fundamentals of IPC, and OS concepts. Experience in Service Oriented Architecture (SOA) will be an added advantage. Your proficiency in software and hardware interactions, along with knowledge of Agile software development and ALM tools such as JIRA, will be beneficial. Key responsibilities will include designing and developing complex HMI applications for various JLR carlines, defining high-level designs and system interactions, managing functional and non-functional requirements, and collaborating with product owners and systems engineers. You will play a crucial role in identifying software components, defining quality attributes, and resolving technical challenges in your responsible areas. Additionally, providing technical guidance to junior engineers and supporting supplier sourcing decisions will be part of your role. To be successful in this role, you should have a minimum of 4-8 years of experience in Android application development, particularly in the Automotive domain. Strong programming skills, expertise in design tools, and a solid understanding of software design and architectural patterns are essential. As a Lead Android Framework Engineer / Android Architect, you will be tasked with leading the design and development of complex HMI applications for various JLR carlines. With a focus on high-level design, system interactions, and requirements management, you will work closely with product owners and systems engineers to translate customer needs into system requirements and designs. Your expertise in Android application development, strong programming skills, and understanding of Android Architecture Patterns will be critical to your success. Experience in 3D rendering engines and Service Oriented Architecture (SOA) will be advantageous. Your responsibilities will also include resolving technical challenges, defining quality attributes, and providing guidance to junior engineers. To excel in this role, you should have a minimum of 8-10 years of experience in automotive domains, with a background in Android application development. Proficiency in programming languages, design tools, and software design patterns will be key to fulfilling the requirements of this position.,
The Opportunity Dreaming for tomorrow is about more than ideas and ambitions. We’re already building the next generation of vehicles, using brand-new technology and techniques. We’re doing more than dream, we’re creating the future of mobility and automotive for years to come. Key Accountabilities and Responsibilities Leadership and line management of our vehicle platform and energy platform software engineers deployed at our JLR TBSI located in Bangalore with a focus on capability development. Strategic development of our JLR India location, in alignment with our global strategy and other global leaders and including development of local partnerships. Delivery responsibility of JLR India owned embedded software products and tooling. Leadership and team work are vital for the role. You will have the ability to work seamlessly across organisational boundaries, influencing key stakeholder across the business. Delivering projects according to schedule is a priority with robust communication skills to report and be able to work under pressure. Knowledge, Skills and Experience Essential: Proven track record of expertise delivering automotive or related software solutions. Minimum of a Bachelor degree in a technological engineering or computer science. Minimum or equivalent of 10 years related experience in automotive or related embedded software Proven understanding of Model Based design using Simulink or equivalent e.g. (SCADA) Development experience of leading teams developing robust control algorithms – turning high level requirements into control code Experience with quality tools (P diagrams, FMEA etc.) to support creation of robust algorithms Proven leadership skills aligned to JLR’s Creator’s Code. Ability to build strong, valuable relationships at all levels of the business. Strong technical, communication and analytical abilities. Ability to produce timely, logical and concise work products. Ability to handle concurrent programs; Ability to work effectively independently, in a team or collaborative environment. Baseline knowledge of automotive electronic hardware. Baseline understanding of ISO26262 or equivalent Experience working within a quality managed environment (e.g. A-SPICE) Desirable: Master of Science degree in a technological engineering or computer science. Experience in automotive development (keywords – real-time, AutoSAR, automotive networks, etc). Experience of leading teams performing Data analytics , prognostic and diagnostic Competent with project management tools (waterfall and agile – e.g JIRA, Confluence or similar). Knowledge and experience of propulsion technologies Functional Safety (ISO26262) experience Personal Profile A good communicator who can explain complex ideas, lead meetings and presentations An effective team player, actively leads, develops and supports others. An individual who is results driven, demonstrates, tenacity, drive and perseverance, with the ability to deliver in a complex and demanding environment. An individual with the ability to combine a short term, pragmatic focus with longer term planning An individual who is resilient, energetic and enthusiastic, able to deliver results under pressure, whilst responding constructively to challenging new ideas and inputs An individual who is able to challenge existing thinking in a positive way whilst building credibility and trust through experience and personal style Flexibility to travel to other JLR / partner locations when required to assist in delivery of project objectives. Acts with freedom to take on and resolve technical / business challenges that are preventing successful delivery of the project/s. Ability to negotiate and manage conflicts. In constant connection with the market, new standards and legislation in the area. Engaged with the development methodology adopted by the company, following the required steps. Proven track record of leading development teams. Displays a proactive willingness to volunteer for work elements / projects outside job scope where the individual can contribute and it is a company priority. Freely and proactively shares knowledge with others.
About JLR: Innovative. Trusted. Pioneering. These three qualities have always summed up Jaguar Land Rover. They have been encapsulated within the performance, luxury, and excellence of all our products. They are what every person working for us lives and breathes. From creating intelligent hybrids to building driverless vehicles, evolving existing technologies to discovering new energy storage, our ambition for the future of our vehicles and the industry beyond is endless. Skills, experience, and qualifications: Essential: • Perform Power Electronics Systems Engineering and Failure Analysis for electrified powertrain projects, ensuring robust design and issue resolution. • Apply strong technical knowledge of chargers, converters, inverters, electric machines, batteries, thermal management, EMI/EMC, and mechanical systems. • Act as the Electrical SME for HV powertrain systems - developing and maintaining high-voltage electrical schematics and block diagrams. • Coordinate and manage electrical specifications across multiple system components and engineering teams. • Conduct electrical modelling and simulation for power electronics and powertrain integration (e.g., MATLAB/Simulink). • Drive system-level requirements engineering and ensure verification through traceable validation methods. • Root cause investigations and corrective/preventive actions for quality issues using structured methodologies like 8D. • Support DFMEA development, Functional Safety (ISO 26262) activities, and overall powertrain integration. • Contribute to the design and release of HV system architectures across electrified powertrain platforms, including production-intent programs. • Provide technical support during system-level testing and analyse rig test results to guide system improvements. • Bachelor’s degree in Electrical or Electronics Engineering. Desirable: • Master’s degree in Electrical or Electronics Engineering. • 8+ years of hands-on experience in high-voltage power electronics systems. • Direct experience with BEV, MHEV, and PHEV powertrain architectures and technologies. • Familiarity with complex high-voltage system design and compliance with applicable regulatory requirements. • Proficiency in specifying and designing low- and high-voltage hardware, including protection and diagnostic systems. • Experience using simulation/analysis tools for thermal performance, reliability, and durability verification. • Solid understanding of automotive product development processes, including design release cycles. Ability to interpret and create detailed electrical schematics and system wiring diagrams
You should have a strong knowledge of Android Application development concepts and experience in developing complex Automotive Android Applications. Your programming skills should include Kotlin, Java, and C/C++. Additionally, experience in developing UI using Jetpack Compose and writing unit test cases using Mockito and Roboelectric is required. Understanding of the latest Android Architecture Patterns, various Android frameworks/application design patterns, Android System concepts, fundamentals of IPC and OS concepts, and Service Oriented Architecture (SOA) will be an added advantage. It is important to have good knowledge of software and hardware interactions within your area of expertise, a sound understanding of system interactions, and a basic understanding of Agile software development and ALM tools such as JIRA. You should be able to guide your team and partners in delivering features by coordinating with all stakeholders and staying up-to-date with the latest innovations and technological trends in the industry. Your key responsibilities will include designing and developing complex HMI applications for various JLR carlines, defining high-level design and system interactions for defined use cases, managing functional and non-functional requirements, translating customer/business needs into system requirements and high-level designs, reviewing and signing off low-level designs, identifying software components and assigning requirements, defining quality attributes for subsystems, defining acceptance test cases, resolving technical challenges, providing technical guidance and mentoring to junior engineers, and supporting supplier sourcing decisions. In terms of previous experience, you should have a minimum of 5-8 years of experience in Android application development, with a focus on complex onboard automotive projects. Experience in Android application development in the Automotive domain, strong programming skills in Kotlin, Java, and C/C++, expertise in design tools (preferably Enterprise Architect), and a strong understanding of software design and architectural patterns are required.,
Role Overview: You will focus on writing secure code and developing functions to prevent security breaches and maintain system integrity. Your responsibilities will include implementing cyber security principles such as encryption, key management, and firewall rules. Proficiency in C and C++ is essential, along with a strong background in these programming languages. Additionally, you will need in-depth familiarity with POSIX standards, specifically in Linux or QNX environments, and experience with hardware, particularly Qualcomm BSP or similar platforms. The role will require extensive hands-on experience with embedded devices or related fields, as well as a solid understanding of cryptographic principles. Key Responsibilities: - Establish, evaluate, and continuously improve cybersecurity standards to ensure robust protection and compliance with industry best practices. - Design, implement, and maintain effective security solutions to protect systems against potential threats and vulnerabilities. - Systematically document, organize, and analyze security-related information to enhance overall security posture. - Develop, document, and institutionalize comprehensive best practice software guidelines, practices, and procedures for cyber security. - Work directly with in-house teams and Tier 1 suppliers to guide, support, and ensure compliance with cybersecurity guidelines. Qualification Required: - Strong programming skills in C and C++ with the ability to write efficient and reliable code. - In-depth familiarity with POSIX standards, specifically in Linux or QNX environments. - Extensive hands-on experience with hardware, particularly Qualcomm BSP or similar platforms. - Solid understanding of cyber security principles, including cryptography, key management, firewall configurations, and software integrity. - Comprehensive experience in software development, covering various stages of the software lifecycle.,