I specialize in factory automation, AMHS (Automated Material Handling Systems), and lights-off manufacturing, enabling businesses to achieve high productivity and operational efficiency. With expertise in robotics, traceable production lines, and material flow automation, I focus on delivering end-to-end automation solutions for FAB manufacturing and industrial automation.
Passionate Industrial Engineer Specializing in Automation and Manufacturing Excellence.
With 8+ years of experience in industrial automation and robotics, I specialize in end-to-end automation solutions for FAB manufacturing. As a Senior IE & Automation Engineer at Tata Electronics, I optimize AMHS for uptime and reliability. Previously, I worked with Universal Robots and MiR, providing technical support and automation solutions. Passionate about innovation, I help enhance productivity and efficiency in automated environments.
Core Skills:
Expert in leveraging advanced tools and strategies for optimal manufacturing and project outcomes.
Expert in leveraging advanced tools and strategies for optimal manufacturing and project outcomes.
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Highlights of My Career and Key Contributions in Product Management
A Senior Industrial Engineering & Automation Engineer with expertise in optimizing AMHS performance, troubleshooting systems, and driving continuous improvement in semiconductor manufacturing. Skilled in cross-functional collaboration, vendor management, and ensuring high uptime and process efficiency for automated systems.
A versatile professional with expertise in managing projects, supporting international customers, and collaborating across departments to implement solutions. Skilled in training, troubleshooting, and maintaining documentation while building strong partner relationships and identifying business opportunities.
Directed end-to-end automation in semiconductor manufacturing, boosting production efficiency by 30% through strategic equipment sourcing, installation, and stakeholder collaboration. Managed vendor performance and optimized production layouts, resulting in significant operational improvements.
Led new product development and qualification for high-precision robotic systems, achieving a 25% boost in efficiency and a 30% improvement in product precision. Reduced pre-development time by 20%, enhanced cost-effectiveness by 15%, and increased interdepartmental cooperation by 20% through robust communication and technical reporting.
Directed end-to-end automation in semiconductor manufacturing, boosting production efficiency by 30% through strategic equipment sourcing, installation, and stakeholder collaboration. Managed vendor performance and optimized production layouts, resulting in significant operational improvements.
Improved cleanroom Stocker project timelines by 20%, enhanced cross-departmental collaboration by 15%, and boosted procurement proficiency by 25%. Achieved a 30% improvement in material acquisition through strategic planning and supervised successful installation, addressing implementation challenges effectively.
Key projects led by Baboo Dhanabalan, focusing on automation, product development, technical sales, and innovation in engineering.
Successfully deployed and set up a fully automated factory for Panel Level Packaging (PLP) semiconductor manufacturing. Negotiated contracts and managed budgets, leading to substantial operational improvements. Provided technical guidance that increased production efficiency by 30%, oversaw vendor teams to enhance overall efficiency by 30%, and optimized production line layouts for a 30% boost in efficiency.
Deployed an automated material transfer system using AMR, enhancing production efficiency by 30% and improving operator efficiency by 80%. Played a key role in project planning, base design, on-site programming, and deployment, providing technical guidance throughout.
Designed and developed a customized automated palletizing application using a Cobot arm, creating a standalone system for easy redeployment. Managed the project through conceptual design, proposal preparation, base design, on-site programming, and deployment.
Addressed real-world challenges to enable natural movement in robots using custom software, aiming to replicate human motion in humanoid robots through vision-captured movement data. Focused on the design, fabrication, and fine-tuning of the robot’s center of gravity (COG) for various postures.
Developed a portable solution for high-risk maintenance on high-power lines, aimed at providing a cost-effective method for inspecting power lines. My role involved the design, fabrication, and fine-tuning of the flight system.
Developed a standalone solution for lift and thrust measurement in mechanical birds to provide a cost-effective method for assessing ornithopter efficiency. Focused on the design, fabrication, and fine-tuning of the test rig.
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