• Leading the development of an Electric Propulsion Unit Certification Program Plan and creating document control processes.• Collaborating with regulatory authorities (CASA, FAA & EASA) and internal engineering teams to establish the certification basis following Part 21, 23 & 33.• Interpreting airworthiness requirements and advising various departments on all matters related to airworthiness and certification.• Representing the company in meetings with authorities as… Show more • Leading the development of an Electric Propulsion Unit Certification Program Plan and creating document control processes.• Collaborating with regulatory authorities (CASA, FAA & EASA) and internal engineering teams to establish the certification basis following Part 21, 23 & 33.• Interpreting airworthiness requirements and advising various departments on all matters related to airworthiness and certification.• Representing the company in meetings with authorities as well as participating in international working groups and committees.• Implementing AS9100D to manage and optimize organizational processes, ensuring leadership involvement, rigorous planning, and continuous improvement.• Applying AS6500 to address manufacturing management issues, including comprehensive planning, risk management, and quality assurance.Systems Engineering Duties:• Overseeing the systems engineering process for the electric propulsion unit, including requirements gathering, system architecture design, and integration activities to ensure certification compliance and alignment with organizational goals.• Conducting trade studies and analyses to evaluate alternative design solutions, considering performance, reliability, and cost impacts on the propulsion system.• Developing verification and validation (V&V) plans to confirm that systems meet airworthiness requirements, leading to efficient testing and quality assurance.• Working closely with supply chain and production teams to ensure alignment with AS9100D and AS6500 requirements, as well as systems engineering best practices.• Monitoring and analyzing performance metrics to ensure continuous improvement and adherence to quality, certification, and systems engineering standards. Show less

• Provide and support end-to-end mechanical component and system development for the Iron Flow Battery Program.• Contribute to the design, development and optimisation of Iron Flow Battery and related or dependent technologies.• Apply mechanical/fluids engineering knowledge and tools to solve design problems systematically and quantitatively.• Provide Design for Manufacturing input to engineering teams to collaborate in making componenets for the Iron Flow Battery Program.•… Show more • Provide and support end-to-end mechanical component and system development for the Iron Flow Battery Program.• Contribute to the design, development and optimisation of Iron Flow Battery and related or dependent technologies.• Apply mechanical/fluids engineering knowledge and tools to solve design problems systematically and quantitatively.• Provide Design for Manufacturing input to engineering teams to collaborate in making componenets for the Iron Flow Battery Program.• Design and build electrochemical cells and stacks. • Detailed engineering design and optimization of critical components affecting cell/stack performance, cost and durability• Create and maintain top-level assembly models, individual part drawings, and bills of materials. Show less

• Provide and support end-to-end mechanical component and system development for the Iron Flow Battery Program.• Contribute to the design, development and optimisation of Iron Flow Battery and related or dependent technologies.• Apply mechanical/fluids engineering knowledge and tools to solve design problems systematically and quantitatively.• Provide Design for Additive Manufacturing input to engineering teams to collaborate in making optimized parts for the Iron Flow Battery… Show more • Provide and support end-to-end mechanical component and system development for the Iron Flow Battery Program.• Contribute to the design, development and optimisation of Iron Flow Battery and related or dependent technologies.• Apply mechanical/fluids engineering knowledge and tools to solve design problems systematically and quantitatively.• Provide Design for Additive Manufacturing input to engineering teams to collaborate in making optimized parts for the Iron Flow Battery Program. Show less

• Design of various custom mounting systems for commercial and residential electronic equipment. • Preparation of drawings and specifications, design calculations, and detail development.• Utilize industry specific software and related technologies in design and analysis (AutoCAD, Fusion360).

• Managed project resources, progress, completion time frames, and budget while exceeding key operational performance targets.• Oversaw and directed management and operations for multiple locations/departments.• Orchestrated in improving business processes and ensuring optimum performance.• Effectively led and motivated team through COVID-19 lockdown.

• Developed efficient servicing and maintenance schedules to maximize profits and minimize downtime.• Improved the fleet operational efficiency by 15% through the use of a new fleet management tool.

• Provided mechanical design support to the product-development team usingSolidWorks for designing plastic injection moulds, sealing and cutting dies, and foundrycasting moulds.• Created detailed documentation for technical manuals and reproduced detailed drawings from sketches and reverse engineering.• Provided engineering and technical support to clients when needed, conducted detailed failure analysis, and managed correspondence.

GTRE is one of the pioneering organizations to design and develop gas-turbine engines for military applications under the Defence Research & Development Organisation (DRDO), Ministry of Defence, Government of India.• Carried out stress, vibration, and life analysis on turbine hardware and non-turbine engine structures.• Interfaced with the ground testing team to complete assignments involving engine performance characteristics and analysis of ground test data. • Designed and… Show more GTRE is one of the pioneering organizations to design and develop gas-turbine engines for military applications under the Defence Research & Development Organisation (DRDO), Ministry of Defence, Government of India.• Carried out stress, vibration, and life analysis on turbine hardware and non-turbine engine structures.• Interfaced with the ground testing team to complete assignments involving engine performance characteristics and analysis of ground test data. • Designed and developed a performance code on FORTRAN for the mean line design of a vaneless radial turbine. Show less

LCA-Production Group (LCA-PG) is the designated manufacturing unit under HAL for manufacturing the indigenously designed 4 generation aircraft – Tejas.• Increased knowledge of aircraft systems, flight test program procedures, documentation and regulatory requirements.• Coordinated and collaborated with members of stress, manufacturing, procurement, quality control, flight technologies and other departments as required for aircraft final assembly production line.• Gained knowledge of… Show more LCA-Production Group (LCA-PG) is the designated manufacturing unit under HAL for manufacturing the indigenously designed 4 generation aircraft – Tejas.• Increased knowledge of aircraft systems, flight test program procedures, documentation and regulatory requirements.• Coordinated and collaborated with members of stress, manufacturing, procurement, quality control, flight technologies and other departments as required for aircraft final assembly production line.• Gained knowledge of drop tank manufacturing and testing procedures as per military specifications. Show less

Engine Division has collaborated with engine manufactures like SAFRAN, Rolls Royce and Honeywell in the area of design, development, manufacture and maintenance on various aero-engine.• Working knowledge of gas turbine engines, various engine systems, engine components and their functions during engine operations.• Strong product knowledge of Rolls Royce Adour Mk 811 and Mk 871 engines final assembly and production processes.• Performed a root cause analysis on Rolls Royce Adour Mk… Show more Engine Division has collaborated with engine manufactures like SAFRAN, Rolls Royce and Honeywell in the area of design, development, manufacture and maintenance on various aero-engine.• Working knowledge of gas turbine engines, various engine systems, engine components and their functions during engine operations.• Strong product knowledge of Rolls Royce Adour Mk 811 and Mk 871 engines final assembly and production processes.• Performed a root cause analysis on Rolls Royce Adour Mk 871 engine for failure modes during engine operation.• Carried out airworthiness checks on engine testbed for both new and serviced engines to comply with the certification and regulatory standards. Show less