• Responsible for the functional design of proprietary reactor technologies and performance analysis of components, and mechanisms.• Leading engineering projects on process variability reduction and parameter optimization.• Work with external partners to oversee technology development and industrial design.

• Lead R&D projects in new product design, development and performance evaluation – including design modification & optimization, research on new materials, and processes to enhance the product's functional capability.• Conduct and participate in FEA projects (structural and thermal analysis) for design analysis and product evaluation.• Process improvements and implementation of new technologies.• Tooling design for injection molding of plastic parts and components. • Mentor-ship and coordination of design projects, including reviewing of 3D models/2D drafts, product testing and verification in a supervisory role for the junior engineers.• Supporting clients and manufacturing division with engineering solutions.• Engineering project management.• Decision making in current and long term process strategies, expectations and plans.• Working closely with customers, commercial team, tooling & process designer as well as product support team. • Preparation of quality control systems and technical documentation, including installation & maintenance manual, inspection & testing plan, and technical proposal to clients.

• Research and development in laser surface patterning and texturing• Development of process planning methodology for laser surface patterning and texturing• Thermal modeling of laser-material interaction and determined melting regime associated with process parameters.• Completed an IRAP project on the design and the manufacturing of machine components for industrial-grade air compressors • Part design for improved service life, fatigue strength, and reliability • Financial analysis and technical/economic feasibility study of engineering projects

• Research and development in laser polishing, machining, surface patterning and texturing• New manufacturing process development for automotive and biomedical industries • Designing of micro-molds, tooling & fixtures, micro-channels, and nozzles • Performance evaluation of prototypes by means of finite element analysis (FEA)• Optimization of process parameters in different manufacturing processes• Tool path planning and CNC based manufacturing of micro-components, customized molds, and dies

• Worked in an automotive and solar energy battery manufacturing plant • Organized and recorded section wise production for management information system (MIS) • Ensured operations as per process instruction and maintained records in line with ISO 9000 QMS requirements • Ensured compliance of EMS as per the requirement of ISO 14000 and company policy • Coordinated with quality assurance (QA) section to ensure quality as per standard

• Analyzed machine optimum parameter settings using Taguchi method of design of experiments (DoE) • Increased yield and productivity using capacity planning