Log 9 Materials is using its core competence in Graphene nanotechnology to develop advanced energy storage technologies from electrode materials, cell to pack level. Our Rapid Charging Battery packs (Read more) solve the challenges in adoption for the 2W and 3W electric vehicle platforms while our Aluminum Fuel Cell technology (Read more) is targeted towards the electrification of long haul, heavier vehicles.
Electrification of vehicles specially for commercial use ranging from 2W, 3W to LCVs to HCVs will not only have a significant positive impact on the environment, but it will lead to huge cost savings as well. However, different vehicle platforms have unique requirements and hence there cannot be a one-type fit all battery technology.
In this endeavor, we are building a team of Engineers and Technocrats to make India energy Independent.
Log 9 team stands for Innovation, Intellect, Integrity, Initiative and Individual Growth. Hence, we are looking for people who identify with the same set of values.
Unique chance to work at the cutting edge of technology in India, building solutions to solve global energy storage challenges.
Mechanical design and design changes of a module / subsystem / system
Design and development of Plastic Components (Injection Moulding & thermoforming) and Sheet metal components/sub-assemblies
Conduct DFM, DFA reviews with suppliers for plastics and Sheetmetal components
Creating 3D models, assembly and detailing including drawing conversions
Identifying the suitable materials for designs & creating & releasing BOM
Apply GD&T and perform Tolerance stack-up analysis for components/Sub-system
Lead DFMEA to ensure design and manufacturing issues are identified and risks mitigated
Work with supplier, procurement engineer to complete the Prototype
Working closely with all the other team members both R&D team members
Provide technical support to suppliers and other departments to fulfil project and production needs
Good understanding of BOMs, manufacturability, process design, process validation, assembly methods, design reviews and cost reduction methodologies
Quick learner with the ability to handle multiple tasks simultaneously, maintain focus and adapt to a variety of challenges
Ability to conduct detailed procedures in a time-constrained environment
Familiarity with battery energy storage systems
Experience in smart energy grids
Model and simulate control algorithms for grid-tie energy storage converters
Working with advanced Energy Storage technologies and pioneering the electrical management systems of the "supercapacitors" and “fuel cells”
Working with a cross-functional team comprising of scientists, engineers, and business analysts
Working for high growth, deep technology start-up funded by leading VCs like Sequoia Capital and Exfinity Ventures
Requirements and profile:
Bachelor’s degree from an accredited college/university focused on Mechanical, Casting or Industrial Engineering or related technical field with 8+ years of related experience Or Master’s degree with 6+ years’ experience is required
Minimum 5 years of experience developing battery systems, packs, or cells required.
Experience applying battery technology to battery modules and packs for full-vehicle high voltage systems required.
Knowledge of AIS and IP standards for battery is preferred
Knowledge of vehicle-level battery systems, including temperature sensing, current sensing, power switching, fusing, electromagnetic interference (EMI), & electrical connectivity required.
Detail-oriented, reliable, and self-motivated required
Would be a plus:
Proven record in start-up environment working with innovations
Exposure to a high paced working environment