Kumarappan Muthuraman

1. Led the development of an innovative medical wearable device with a unique matrix design and breakthrough technology. 2. Oversaw end-to-end manufacturing processes, engaging with global vendors for injection molding, over-molding, ultrasonic welding, CMF processes, and collaborating with suppliers across China and India. 3. Designed and implemented factory layouts and SOPs, optimizing assembly workflows for enhanced efficiency and scalability. 4. Managed regulatory documentation for CDSCO and FDA compliance, ensuring smooth approval processes for market readiness.

1. Designed an automated cell counting device with full capabilities for performing Complete Blood Count (CBC) analyses. 2. Developed a cost-efficient, compact biochemistry analyzer optimized for high-throughput testing, supporting over 10 assays, including Glucose, HbA1c, Creatinine, HDL, LDL, Uric Acid, Total Protein, Urea, Triglycerides (TGL), and Iron. 3. Engineered a fully automated reagent processing line for precise reagent filling, sealing, and packaging to support blood test protocols. 4. Created pipetting systems for accurate sample aspiration, with volumes as low as 1 µL.

1. Developed automated microscopy system for high-precision cellular imaging. 2. Designed microscopic slides to enhance accuracy in cell counting. 3. Engineered automated pipettes for precise blood sample aspiration. 4. Led product design and manufacturing initiatives using medical-grade 3D printing materials.

1. Designed a high-speed gantry system with a travel speed of 1100 mm/sec and a vertical movement range of 800 mm. 2. Developed a high-temperature, large-format 3D printer for NextGeneration 3D Printers Pvt. Ltd., which has been running without service interruptions to date. 3. Engineered heavy-duty actuators for racing simulators capable of handling loads over 1-2 tons, contributing to the successful sale of an aircraft simulator to DRDO. 4. Designed various robotic systems, including a spider robot for stealth operations, an RC car for diverse terrains, and an RC aircraft. 5. Developed a PEEK 3D printer and printed dental implants for medical professionals. 6. Automated a 12-printer FDM farm at Falcon 3D, streamlining operations where orders automatically trigger printing, requiring human involvement only for packaging. This system has been operational for over a year without issues. 7. Designed a 90-degree curved gantry system to move the linear axis between X and Y axis, reducing costs by eliminating the need for dual-axis setups (saving on servo motors, endstop sensors, and linear rails). 8. Developed a robotic arm with suction and mechanical grippers for specialized operations.