• Direct and oversee planning, scheduling, and production of all Bu Graphene services and products with responsibility for a team of twenty-eight staff members.• Develop and implement production strategies to ensure efficient and cost-effective production operations that meet stakeholder and customer demands.• Analysing production data at the onset of production as well as identifying trends and opportunities for process improvement.• Collaborate with different key departments throughout the company to facilitate a coordinated and ongoing communication strategy that ensures optimal sharing of information and resources.• Set standards and respond to customer satisfaction targets ensuring delivery of products.• Oversee preventive maintenance in operations with ongoing direction to the Line Supervisor and Maintenance team regarding any predictive or corrective maintenance requirements.• Ensure compliance requirements are identified and adhered to in close collaboration with HSE officers for HSEMS regulations and best practices.• Oversee the implementation and optimization of the company´s Microsoft Dynamics ERP system to streamline workflows, meet production requirements, and improve data accuracy.• Manage post-product launch production capabilities and inventory analysis to ensure we meet customer demand.

• Led and managed mechanical design projects, overseeing all aspects of the product design (EMC) process from concept to production.• Created and implemented production and process planning through ERP software.• Oversaw and evaluated CFD, PCB heat transfer, stress, and other mechanical system simulations and experimental validation.• Drafted the operational framework to implement an ISO-compliant configuration management plan to monitor the product life cycle.• Mentored and trained junior mechanical design engineers to enhance their skills and productivity.• Hold multiple USA and European design patents.• Successful launch of a product in the retail market.

• Based on special projects, conducted site surveys of military aircraft to obtain measurements for the general arrangement of components and equipment.• Developed and maintained design standards (ASME Y14.5) and procedures, ensuring compliance with industry regulations and customer specifications.• Prepared and presented technical reports to stakeholders, communicating project progress and outcomes.• Conducted research and analysis to identify potential design improvements and collaborated with cross-functional teams to implement changes.• Successfully completed multiple projects related to integrating sensors, cameras, and radars

• Designed and developed mechanical systems and components using CAD software.• Responsible for CAM programming to machine mechanical components using CAM software.• Created manufacturing and production plan for machined and sheet metal parts.• Provided technical expertise/solutions to both clients and internal engineering functions.• Provided cost and time estimation for special military projects.• Completed various subcontracted projects with excellent customer satisfaction

• Trained clients in using laser optics measurement system (2DPIV, 1D LDV) and constant temperature anemometer.• Designed jigs and fixtures in accordance with client requirements.• Mapped potential customers, generated leads, and acquired new clients.• Managed installation and servicing and provided technical support to clients across India.• Completed installation and commissioned various integrated measurement systems with customer satisfaction.

• Designed and developed unmanned aerial vehicles for military and commercial applications.• Collaborated with cross-functional teams, including aerodynamics, controls, and software engineering, to ensure successful project completion.• Conducted wind tunnel testing on the UAV model.• Made advanced prototypes using composite materials, including wood, glass, and carbon fiber.• Managed interns from various universities and supervised their projects.• Co-authored and published a research paper on the active control of flow separation using an electroactive polymer-based dimple actuator in the scientific publication Asian Congress of Fluid Mechanics, 2014.