• Achieved 30-35% cost savings in electrical components for machinery through strategic optimization and collaboration with the purchasing team, ensuring equipment competitiveness for international market introduction.• Enhanced project efficiency by developing robust and reliable automation programs, resulting in streamlined integration and reduced commissioning time for service engineers.• Minimized equipment downtime and service costs by ensuring program stability, leading to a reduction in service engineer commissioning days.• Integrated Industry 4.0 principles into automation processes, leveraging advanced technologies such as IoT and data analytics to optimize system performance and improve decision-making.• Provided technical training to service engineers, equipping them with the necessary skills to handle onsite operations efficiently, perform advanced troubleshooting, and optimize system performance.• Acted as a liaison between field service engineers and customers during machine breakdowns, swiftly identifying and implementing solutions to ensure minimal disruption and seamless operations.• Spearheaded team-building initiatives and coordinated cross-functional efforts to optimize project outcomes and support cost-saving measures.• Developed electrical drawing designs and managed SAP-related activities, including material procurement and BOM management, to ensure accurate documentation and alignment with project requirements.• Ensured compliance with ISO 9001:2015 standards by following all procedures for design, BOM management, testing, and documentation, contributing to high-quality deliverables.

• Enhanced operational efficiency by spearheading strategic retrofits and upgrades for automated systems in steelmaking, resulting in a 20% increase in production efficiency and streamlined processes.• Conducted comprehensive root cause analyses for recurring issues within automation systems, implementing long-term solutions that minimized equipment downtime and ensured continuous process stability.• Evaluated and integrated emerging technologies in automation engineering, such as advanced sensor systems and PLCs, providing strategic recommendations to support Electrotherm’s innovation initiatives.• Managed multiple automation projects across diverse business units, coordinating between design, engineering, and production teams to meet project timelines and budgetary constraints.• Collaborated with the engineering and technologies division to design energy-efficient automation solutions for induction and electric arc furnaces, contributing to Electrotherm’s leadership in sustainable manufacturing.• Acted as a technical resource for cross-functional teams, providing expertise and support during project execution to enhance system performance and operational uptime.• Ensured compliance with industry standards and best practices in design and documentation, contributing to high-quality deliverables in line with Electrotherm’s commitment to excellence.

• Worked closely with sales and Original Equipment Manufacturer (OEM) teams to gather and analyze project requirements, ensuring that the developed systems align with customer expectations and industry standards. This collaboration facilitated clear communication and understanding of project goals, ultimately leading to more effective solutions.• Specialized in designing and implementing Programmable Logic Controller (PLC), Human-Machine Interface (HMI), and Supervisory Control and Data Acquisition (SCADA) systems. Leveraged technical expertise to create tailored solutions that enhance operational efficiency and reliability in machine development projects.• Committed to delivering high-quality automation solutions that meet and exceed project specifications. Utilized best practices in system design and integration to ensure that the final products are robust, scalable, and capable of addressing the dynamic needs of various applications within the industrial sector.