Job Purpose (Significance Of The Role & Objectives) We are looking for a test engineer who will work on a team to help further the understanding of battery performance. They will develop test plans to evaluate battery behaviors and determine the main variables involved in the findings. You will be able to analyze large amounts of test data, dissect modules and pack to identify/confirm degradation mechanisms, report on the results, and follow up by executing the additional design of experiments to continue research of a given phenomenon. Roles And Responsibilities Execution and maintenance of battery tests using life cycle equipment, temperature/humidity chambers, and other fixturing. Should be able to execute and supervise thermal and mechanical tests like overheating, thermal shock, thermal propagation, Drop test, nail penetration, vibration, mechanical shock, and Water immersion. Write test plans, propose the design of experiments, and summarize results in test reports. Use test data to optimize module and pack lifetime by adjusting usage parameters such as charge/discharge rates and ambient conditions. Use data manipulation skills and data visualization techniques to convey test results to other engineers. Knowledge of MATLAB or other software to parse large datasets is beneficial. Create a model to simulate battery performance at the beginning of life and as the cell ages. Perform cell-level dissection analysis to analyze mechanisms of energy and power losses. Be a member of a cross-functional product development team to help determine the ideal cell chemistry and design for electric vehicle applications. Plan, set up professional DAQ, and execute cell/battery pack testing including performance, durability, and fleet validation tests. Troubleshoot and resolve issues that arise during testing. Experience in sensor instrumentation and data acquisition systems. Desired Candidate Profile Experience working with cell chemistries understands the tradeoffs of different designs and is up to date with current technology. Knowledgeable about the degradation mechanisms of batteries. Experienced with the handling of both low and high-voltage lithium-ion battery systems. Expert communicator, capable of concisely presenting highly technical test data to internal and external stakeholders, and cross-functional teams. Instrumentation, Coding, Reliability Testing, JMP software knowledge, DOE process optimization, Quality management, Attention to detail, characterization, and validation, and Previous experience with battery testing on proving grounds. A strong understanding of Li-ion battery systems. A strong understanding of battery testing regulations and standards. Strong knowledge of battery testing instruments and tools. Experience setting up experiments to achieve desired testing results. Excellent communication skills and team-oriented attitude. Comfortable with initiating and taking ownership of projects. Key Competencies Result-oriented/Goal driven. Strong interpersonal skills. Self-motivated, passionate about learning, and takes initiative with a problem-solving attitude. Highest level of integrity (teamwork, confidentiality, ethics, and integrity are the pre-requisite for the role). Sense of ownership and pride in his/her performance and its impact on the company's success. Show more Show less
Job Purpose (Significance Of The Role & Objectives) To ensure that every vehicle and battery produced meets stringent quality and safety standards by inspecting materials, monitoring production processes, validating final products, and ensuring regulatory compliance. The role also involves identifying andanalysingg defects and working collaboratively across departments to resolve quality issues. Key Objectives Reduce defect detection time by 20% over the next 6 months. Achieve a 98% First Pass Yield (FPY) in the assembly line. Key Responsibilities And Deliverables Inspect incoming materials to ensure they meet required specifications. Conduct in-process inspections to detect defects early during manufacturing. Perform final inspections on vehicles/batteries to verify quality and safety compliance. Document inspection results, non-conformities, and corrective actions taken. Prepare and submit quality reports to management. Ensure compliance with industry standards and regulatory requirements. Support tasks assigned by the Reporting Manager. Coordinate with internal teams for project and departmental activities. Maintain and implement documentation for assigned quality-related projects. Collaborate with QA, SCM, NPI, Design, Engineering, and Production teams. Contribute to reducing defect detection time by 20% in the next 6 months. Aim to achieve 98% First Pass Yield (FPY) in the assembly line. Collaborate with: QA, SCM, NPI, Design, Engineering and Production team. Desired Qualifications: Required Qualifications, Knowledge, and Experience Strong understanding of quality standards (ISO 9001, IATF 16949, etc.) Knowledge of battery components, manufacturing processes, and common defects Proficient in using quality tools such as 7QC tools, 8D, RCA, FMEA, and SPC Familiarity with inspection instruments and equipment (e.g., vernier calipers, micrometres, multimeters) Knowledge of safety and compliance requirements related to EV/battery systems Ability to read and interpret engineering drawings and technical specifications Understanding of production workflows and in-process quality control methods Key Competencies Behavioural: Result-oriented, goal-driven, with a strong sense of ownership High integrity and professionalism Strong communication and interpersonal skills Self-motivated, proactive, and adaptable Team player with a solution-focused mindset Technical: Visual & electrical inspection, torque tool handling Use of quality instruments and sampling plans Understanding of GD&T, welding symbols, color matching, surface finish Reading 2D/3D engineering drawings Supplier quality evaluation Show more Show less
Job Purpose (Significance Of The Role & Objectives) As a quality assurance engineer you are required to develop and implement quality plans and procedure for manufacturing , also should be aware about all the quality standards. Investigate and identify the root causes of quality issues. Implement corrective and preventive actions to address identified issues and prevent their recurrence. Key Responsibilities And Deliverables Develop and implement quality plans and procedures for New Product Introduction /Manufacturing. Conduct inspections and tests on raw materials, components, and finished products to ensure they meet quality standards. Identify and address non-conformities and deviations from quality standards. Create comprehensive documentation for quality issues and note the corrective actions that were taken. Maintain detailed records of inspection and test results. Prepare and update quality documentation, including inspection reports and quality manuals as per PRAVAIG standard/ISO standards. Recommend and implement changes to improve product quality and reduce defects. Work closely with design and engineering teams to understand product specifications and requirements. Collaborate with NPI/ production teams to address quality issues and implement corrective actions. Provide training to NPI/production and quality control staff on quality procedures and standards. Reject all products and materials that fail to meet quality expectations/as per drawing specifications. Read blueprints/Engineering drawings, plans, and specifications to understand the requirements of products Evaluate and monitor the quality of materials and components supplied by external vendors. Investigate and identify the root causes of quality issues. Implement corrective and preventive actions to address identified issues and prevent their recurrence. Provide support during customer audits and inspections. Technical Skills required: ISO 9001:2015 -QMS, Engineering Drawing, 7 QC tools, SPC & SQC, 8D, Metrology and Measurement Techniques, Coordinate measuring machines (CMM), Root Cause Analysis, PPAP, APQP, Internal Audit, NDT (VT, PT, MT, UT). Desired Qualifications: Required Qualification, Knowledge, and Experience: BE /Diploma Mechanical Engineering/Automobile/Production/Industrial or a related field is commonly required. Some roles may accept relevant certifications or an equivalent combination of education and experience. Experience: 04 - 07 years Key Competencies Result oriented/Goal driven. Proficiency in oral and written communication. Self-motivated, passionate about learning, and takes initiative with a problem-solving attitude. Highest level of integrity (teamwork, confidentiality, ethics, and integrity are the prerequisites for the role). Sense of ownership and pride in his/her performance and its impact on the company’s success. Ability to work clearly stated goals and reach hiring targets. Show more Show less
Job Purpose (Significance Of The Role & Objectives) As a Battery Prototype Engineer at Pravaig, you will play a critical role in developing Proof of Concepts (PoCs), functional prototypes, and pilot battery packs that closely resemble production-ready designs. You will work across mechanical and electrical domains to bridge the gap between R&D and production by bringing early-stage battery concepts to life in a structured, high-quality manner. Key Responsibilities And Deliverables Build PoC, functional prototypes, and pilot lots of Li-ion battery packs according to engineering documentation and production intent. Interpret and execute mechanical and electrical designs, including wiring layouts, component placements, and mechanical assemblies. Work from design documentation, schematics, and BOMs to assemble prototypes and ensure adherence to DFM (Design for Manufacturing), DFA (Design for Assembly), and DFS (Design for Serviceability) principles. Collaborate with cross-functional teams (design, thermal, BMS, supply chain) to integrate feedback and support rapid iteration. Apply knowledge of QC tools, DFMEA, process flow charts, and SOPs to support validation and design integrity throughout the build cycle. Operate tools such as torque wrenches, crimpers, spot welders, grinders, and hand/power tools with precision and safety. Understand high-voltage architecture, battery sub-systems, and electrical safety protocols for HV components and systems. Contribute to improving manufacturing feasibility by identifying design challenges during proto and pilot builds. Record accurate data on material usage, part issues, and design deviations and relay clear feedback to the R&D and design teams. Coordinate with procurement and vendors for prototype part sourcing, clarification, and on-time readiness of materials. Desired Qualifications: Required Qualification, Knowledge, and Experience 2–5 years of experience in battery pack prototyping (preferably in EV). Working knowledge of CAD tools, Microsoft Office, and reading mechanical drawings and wiring schematics. Understanding of battery assembly processes, sheet metal fabrication, welding techniques, and electrical layout standards. Comfortable multitasking between activities such as mechanical builds, electrical connections, documentation, and part coordination. Excellent verbal and written communication skills to document build processes and feedback clearly. Key Competencies Result-oriented/Goal driven. Proficiency in oral and written communication. Self-motivated, passionate about learning, and takes initiative with a problem-solving attitude. Highest level of integrity (teamwork, confidentiality, ethics, and integrity are the prerequisites for the role). Sense of ownership and pride in his/her performance and its impact on the company’s success. Show more Show less
What You’ll Do Build and own backend or full stack systems end-to-end—APIs, services, UIs, databases, infra. Integrate AI/ML into real-world applications—no demos, real deployments. Work directly with external specialists—think researchers, engineers, and founders. Prototype, experiment, iterate—fail fast, fix faster. Take ideas from 0 to 1 with minimal guidance and maximum ownership. What We’re Looking For Strong command over business communication and the ability to structure, design, and deliver impactful Strong coding skills in backend languages (Node.js, Python, Go, etc.). Front end experience (React, Next.js, etc.) is a bonus, not mandatory. Experience with APIs, databases, version control, and cloud deployments. Comfort working solo or in small teams—autonomy is key. Understanding of AI/ML systems or willingness to dive in and learn. Clear communication and a bias for action. Who You Are You’re a go-getter with a “just ship it” attitude. You don’t need a manager—you need a mission. You experiment, break things, and build better. You don't wait for permission. You care more about code, creativity, and impact than degrees.
Job Purpose (Significance Of The Role & Objectives) We are seeking an experienced Automotive Design Engineer with expertise in designing and developing interior subsystems, such as dashboards, floors, door trims, and pillar trims, from concept to execution. The candidate should have sound knowledge of plastic part design, sheet metal design, thermoforming process, design for assembly (DFA), design for serviceability (DFS), design for manufacturability (DFM), and design failure mode and effects analysis (DFMEA). The ideal candidate will have a strong knowledge of automotive regulations for interiors. This is a full-time position that requires creativity, attention to detail, and the ability to work independently and as part of a team. Key Responsibilities And Deliverables Design and develop interior subsystems, including dashboard, door trims, instrumental panels, pillar trims & their associated parts and mechanisms. Use CAD software to create 3D models and assemblies, perform motion simulations, and create technical drawings for manufacturing. Work on the Interior component packaging inside the vehicle using mannequin models to comply with ergonomic comforts as well as regulatory requirements. Perform benchmarking and reverse engineering activities to ensure our design meets and exceeds the existing standards. Vendor collaboration to convey our engineering requirements and ensure their implementation. Conduct DFMEA to identify potential design flaws and mitigate risks. Develop DFA and DFS strategies to optimize the assembly and serviceability of the products. Detailed documentation of processes, design reviews, change management, BOM, etc. Perform material selection and testing to ensure that components meet functional and aesthetic requirements. Attend project meetings, communicate progress, and provide technical support to other team members. Stay up to date with industry trends, new technologies, and best practices in automotive trim design. Collaborate with cross-functional teams, including engineering, manufacturing, and suppliers to ensure designs meet functional, aesthetic, and cost targets. Desired Qualifications: Required Qualifications, Knowledge, and Experience Bachelor’s or Master’s degree in Mechanical Engineering or a related field. 2 - 4 years of experience in automotive interior design and packaging. Proven experience working with mannikin models in CAD assemblies. Strong proficiency in CAD software, preferably CATIA or Siemens NX. Create and manage design documentation, including BOMs, GD&T, and engineering change orders. Hands-on experience with DFA, DFS, DFMEA, and DFM methodologies. Sound knowledge of sheet metal and plastic part design Knowledge of injection molding and thermoforming processes. Knowledge of Automotive Regulations. Understanding of ergonomic requirements like hand reachability, visibility, headroom etc. Key Competencies Result oriented/Goal driven. Excellent communication and interpersonal skills. Ability to work independently and as part of a team. Self-motivated, passionate about learning, and takes initiative with a problem-solving attitude. Highest level of integrity (teamwork, confidentiality, ethics, and integrity are the pre-requisite for the role) Sense of ownership and pride in his/her performance and its impact on the company’s success.
Job Purpose (Significance Of The Role & Objectives) We are seeking an experienced Automotive Design Engineer with expertise in designing and developing interior subsystems, such as dashboards, floors, door trims, and pillar trims, from concept to execution. The candidate should have sound knowledge of plastic part design, sheet metal design, thermoforming process, design for assembly (DFA), design for serviceability (DFS), design for manufacturability (DFM), and design failure mode and effects analysis (DFMEA). The ideal candidate will have a strong knowledge of automotive regulations for interiors. This is a full-time position that requires creativity, attention to detail, and the ability to work independently and as part of a team. Key Responsibilities And Deliverables Design and develop interior subsystems, including dashboard, door trims, instrumental panels, pillar trims & their associated parts and mechanisms. Use CAD software to create 3D models and assemblies, perform motion simulations, and create technical drawings for manufacturing. Work on the Interior component packaging inside the vehicle using mannequin models to comply with ergonomic comforts as well as regulatory requirements. Perform benchmarking and reverse engineering activities to ensure our design meets and exceeds the existing standards. Vendor collaboration to convey our engineering requirements and ensure their implementation. Conduct DFMEA to identify potential design flaws and mitigate risks. Develop DFA and DFS strategies to optimize the assembly and serviceability of the products. Detailed documentation of processes, design reviews, change management, BOM, etc. Perform material selection and testing to ensure that components meet functional and aesthetic requirements. Attend project meetings, communicate progress, and provide technical support to other team members. Stay up to date with industry trends, new technologies, and best practices in automotive trim design. Collaborate with cross-functional teams, including engineering, manufacturing, and suppliers to ensure designs meet functional, aesthetic, and cost targets. Desired Qualifications: Required Qualifications, Knowledge, and Experience Bachelors or Masters degree in Mechanical Engineering or a related field. 2 - 4 years of experience in automotive interior design and packaging. Proven experience working with mannikin models in CAD assemblies. Strong proficiency in CAD software, preferably CATIA or Siemens NX. Create and manage design documentation, including BOMs, GD&T, and engineering change orders. Hands-on experience with DFA, DFS, DFMEA, and DFM methodologies. Sound knowledge of sheet metal and plastic part design Knowledge of injection molding and thermoforming processes. Knowledge of Automotive Regulations. Understanding of ergonomic requirements like hand reachability, visibility, headroom etc. Key Competencies Result oriented/Goal driven. Excellent communication and interpersonal skills. Ability to work independently and as part of a team. Self-motivated, passionate about learning, and takes initiative with a problem-solving attitude. Highest level of integrity (teamwork, confidentiality, ethics, and integrity are the pre-requisite for the role) Sense of ownership and pride in his/her performance and its impact on the companys success. Show more Show less
As a Test Engineer, you will be responsible for conducting and maintaining battery tests using various equipment and fixturing. You will oversee thermal and mechanical tests, analyze test data, propose design of experiments, and summarize results in test reports. Your role will involve optimizing module and pack lifetime, creating models to simulate battery performance, and performing cell-level dissection analysis to identify energy and power losses. Additionally, you will collaborate with a cross-functional product development team to determine the ideal cell chemistry and design for electric vehicle applications. You will plan and execute cell/battery pack testing, troubleshoot issues during testing, and utilize your expertise in sensor instrumentation and data acquisition systems. The ideal candidate for this role should have experience working with different cell chemistries, be knowledgeable about battery degradation mechanisms, and possess expertise in handling low and high-voltage lithium-ion battery systems. Strong communication skills are essential for presenting technical test data to stakeholders and cross-functional teams. Proficiency in instrumentation, coding, reliability testing, and quality management is desired, along with previous experience in battery testing on proving grounds. Key competencies for this position include being result-oriented, goal-driven, and possessing strong interpersonal skills. You should be self-motivated, display a problem-solving attitude, and uphold the highest level of integrity. Taking ownership of projects and demonstrating a sense of pride in your performance will be crucial for contributing to the company's success.,
The Electrical Engineer at Pravaig is responsible for the design, development, and execution of core battery electrical system components and assemblies. You will define, document, and design battery pack and battery module bussing and wiring components, overseeing the validation of those components and assemblies. As an effective candidate, you are comfortable applying technical knowledge to innovative designs, driving the resolution of challenges, and taking ownership of new product development activities. Your key responsibilities include technical ownership and delivery of electrical and electronics design throughout the development cycle, providing engineering support for the development of electronic hardware systems, and supporting prototype and engineering build during the development phase. You should have expertise in contactor control, pre-charge, EMI, EMC, electrical power distribution, electrical interference, high-voltage junction boxes, and functional safety. Additionally, you will be involved in component definition, sizing, selection, and design of cell electrical interconnections & bussing, module and pack high current and high voltage electrical interconnections & bussing, fusing, sensing, and control circuitry. Collaboration with vendors to develop custom components, working with the mechanical engineering team to develop battery modules and protection control systems, and supporting the final assembly site for proper integration of the battery into the final system are also part of your responsibilities. Conducting rigorous failure analysis, root cause analysis, corrective action, and effectively communicating with cross-functional internal stakeholders on issues is essential. You should have the ability to enhance the high-voltage and high-power battery pack electrical and electronics architecture and ensure successful integration with other subsystems within the drivetrain. Acting as a mentor and advisor to Design Release Engineers (DREs) on the team is also expected. Desired qualifications for this role include strong electrical and electronics fundamentals, experience in safe implementation and selection of high-current carrying cables and high-voltage cables and busbars, expertise in DFM, DFMEA, PFMEA, and DFA, and a basic understanding of CAD tool skills such as SOLIDWORK or UG NX. Strong leadership skills, proactive behavior, a bachelor's or master's degree in electrical engineering, familiarity with developing a product from concept to production, micro-controller hardware implementation, excellent written and verbal communication skills in English, and demonstrated knowledge of electrical tests and equipment are also required. Prior experience in HV EV charging systems is a plus. Key competencies for this role include being result-oriented and goal-driven, self-motivated, passionate about learning, taking initiative with a problem-solving attitude, maintaining the highest level of integrity, having a sense of ownership and pride in performance, and the ability to work towards clearly stated goals and hiring targets.,
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