As a Treasury Manager based in Bangalore, your main responsibilities will involve developing and maintaining cash management processes for the organization. This includes tasks such as cash flow forecasting, planning, collections, disbursements, and managing financial institution relationships. You will also be responsible for reviewing funding needs and providing monthly reports on all treasury activities to senior management. In your role, you will need to analyze and perform appropriate hedging and funding activities such as Forex, swaps, loans, deposits, ECB, Debt, etc. Additionally, you will develop and distribute monthly executive information and reports, including dashboards to monitor the performance of the business. You will also be involved in managing corporate debt, credit facilities, and related activities, as well as proposing and approving treasury maneuvers. Furthermore, you will be responsible for assessing and managing treasury and banking systems, user access, and controls. You will also oversee cost reduction and process improvement initiatives to optimize interest on excess cash, reduce bank fees, etc. Managing Commodity and FX activities will also be part of your responsibilities, which includes funding execution, exposure evaluation, hedge recommendations, derivative documentation, monitoring, and reporting. Key Requirements for this role include experience with treasury and risk management systems, as well as web-based banking systems. You should possess strong business acumen, excellent communication, and project management skills. The ability to build strong cross-functional relationships, gain consensus, and drive initiatives to completion will be crucial. You should be able to organize and manage priorities effectively, work independently with little direction, and perform well in a fast-paced environment. Experience in building complex financial models and proficiency in Microsoft Excel and other Office applications are essential. An MBA from Tier I institutes, CA, or CFA qualification would be preferred for this role.,
As a Battery Pack Design Engineer based in Bangalore, you will be an integral part of the battery pack engineering team, focusing on addressing complex structural, electrical, and thermal challenges. Your primary responsibility will involve designing and developing components and assemblies for production, testing, POC, and ensuring the safety of highly integrated batteries. Your work will have a significant impact on the product direction, pushing Pravaig to become a leader in battery technology. Your key responsibilities will include: - Demonstrating expertise in structural, electrical, thermal, and mechanical battery systems. - Utilizing strong analytical and problem-solving skills for mechanical engineering analysis. - Leading battery design and development projects, with a preference for 3-D CAD experience. - Familiarity with sensor instrumentation and data acquisition systems is advantageous. - Analyzing and managing test data from large data sets. - Applying knowledge of statistical analysis and design-of-experiment techniques. - Possessing excellent written, verbal, and presentation skills to effectively communicate with management, peers, and suppliers. - Adapting to a dynamic and fast-paced work environment. - Conducting vendor qualification for manufacturing processes. - Expertise in designing for various production processes such as injection molding, extrusion, metal stamping, die castings, sheet metal, and weldments. - Ensuring the preparation and release of all 3D data, drawings, and part specifications. Required Skills: - Strong problem-solving and analytical skills with knowledge in battery cell design and material characterizations. - Taking ownership of Battery Pack components, overseeing engineering development from concept to production. - Integrating mechanical designs with high voltage electrical systems within a multidisciplinary environment. - Proficiency in DFM, DFMEA, PFMEA, and DFA methodologies. - Ability to interpret engineering/manufacturing drawings and good knowledge of GD & T. - Familiarity with various materials used for Battery Packaging & Electric Vehicles. - Results-oriented with proven creative and critical thinking abilities. - Maintaining flexibility and composure in ambiguous and rapidly evolving situations. - Awareness of engineering standards and automotive regulations. - Comfortable with initiating and leading projects.,
As a Simulation Engineer, you will be responsible for performing simulation activities using CAE Tools to deliver validated results in line with design targets. Your role will involve setting NVH targets for passenger cars and developing an NVH target achievement plan. Additionally, you will conduct Noise Transfer Function (NTF), Vibration Transfer Function (VTF), and Acoustic Noise Transfer Function (ATF) analyses using CAE tools. You will also be involved in performing Transfer Path Analysis (TPA) for complete vehicles and sub-systems through simulations. Your expertise will be crucial in addressing High/Mid/Low-Frequency issues at Component, Trim body, and Full vehicle Levels (Vibration & Acoustics). Furthermore, you will conduct correlation studies with Physical tests and provide support during Tests. To enhance performance requirements of structures, you will engage in optimization studies and drive continuous improvement. Automation activities will also be a part of your responsibilities to reduce CAE lead time. The ideal candidate for this role should have 2-4 years of experience in NVH simulation engineering. If you are passionate about utilizing CAE tools to achieve design targets and improve performance through simulations, this role is perfect for you.,
You will be responsible for programming industrial robots, specifically Fanuc robots, and integrating automated systems like vision systems, sensors, and conveyors. Your role will involve installation and commissioning of industrial robots, as well as knowledge of different robotic applications such as milling and adhesive dispensing. You should have experience in networking and communication of various automation architectures, including field bus/Profibus, and be familiar with robot tools, safety protocols, and configuration management. Additionally, you will be required to have expertise in PLC programming, mastering, OLP, debugging, and troubleshooting. Experience with external axis like turn tables, rails, and tool changers, as well as knowledge of Fanuc dual check safety and different robot safety and interference zones will be essential for this role. Your responsibilities will include creating functional programs for Fanuc industrial robots, configuring I/O, auto debugging, and troubleshooting, integrating automated sub-systems, generating and executing robotic milling application programs, as well as performing robot maintenance activities. You will also be responsible for technical documentation and implementing standard robotic application practices and documentation.,
As an Engineer in Bangalore, your main responsibilities will include product design and manufacturing interface, design for manufacturing, 2D detailing and GD&T, coordination between design and manufacturing, NPD process to SORP handover tooling and process, and supplier qualification. To excel in this role, you must possess good knowledge of different manufacturing processes, production line execution, and problem-solving techniques. You should also have the ability to comprehend processes and designs, along with skills in project management, scheduling, communication, and negotiation. Proficiency in software tools like UG NX/SolidWorks and AutoCAD is essential. It would be advantageous to have experience in concept design and development, as well as knowledge of plastics and various non-conductive materials. The ideal candidate for this position should have 4-6 years of relevant experience in the field.,
As a Senior Battery Test Engineer, you will be responsible for designing experiments and fixtures, conducting battery-related test work, and documenting the results. Your role will involve applying first-principal engineering to new applications and collaborating closely with a team to deliver high-voltage architecture. Your key responsibilities will include preparing DFMEA, DVP&R, conducting RCA & FTA, and providing necessary support to the design team, battery prototyping, and battery production team. You should have a diploma or a bachelor's degree in Mechatronic, Electrical & Electronics, Mechanical, or equivalent field with relevant experience in high voltage Li-ion battery pack validation. To excel in this role, you must have a strong understanding of electrical-overcharge, force discharge, short circuit, imbalance charging, and other validation aspects. Experience in developing DVP based on industry standards and internal requirements is essential. You should be skilled in tear down analysis, using tools such as DMM, Oscilloscope, vibration shaker, climatic chamber, and various battery testers. Your expertise in vehicle-level validation, BMS functionality validation, battery prototyping, and data logging will be valuable. A solid grasp of electrical theory, mechanical structural failure theory, and the ability to design fixtures and conduct basic fabrication are required. You should be comfortable working independently with minimal oversight and possess skills in data processing for CAN and temperature data. Overall, this role requires a proactive individual with a keen interest in battery technology, vehicle testing, and validation processes.,
As a Hardware Testing Engineer in Bangalore, you will be responsible for developing bring-up test plans for new boards based on PCB design files. Your role will involve performing board bring-up tests, including power/analog/digital, embedded controller, and power electronics circuitries. Additionally, you will prepare and conduct high current (up to hundreds of amps) and/or high voltage (up to 1000 V) development and characterization tests on prototype units. You will troubleshoot issues and propose solutions such as circuit malfunctions, switching noise coupling, and component overheating. Hands-on modification of circuit boards will be required to verify the proposed solutions. Furthermore, you will be responsible for preparing issue trackers and test reports. To excel in this role, you should have hands-on experience configuring, troubleshooting, and testing embedded controller and power electronics boards. Proficiency with electronics test equipment, including power supplies, electronics loads, oscilloscopes, current and voltage probes, function generators, impedance analyzers, and frequency spectrum analyzers is essential. Experience with board rework and component soldering is also required. Familiarity with high voltage testing safety practices and industry-standard communication interfaces such as JTAG, CAN, and Ethernet will be beneficial. You should be able to read and interpret component datasheets, PCB schematics, and layout designs effectively. Ideally, you should have 1-3 years of relevant experience to succeed in this role.,