Tanvi Bedekar

Leverage strong technical expertise while solving on-site technical and commissioning issues, such as electrical, wiring, parts, and PLC code fine tuning based on site conditions. Maintain strict attention to detail when designing, coding, and testing PLC, motor motion control, and AC drive software. Render technical support in programming fully automated warehouse control systems. Prepare and revise detailed bills of materials and purchase requisitions for parts. • Took part in multiple multi-million-dollar projects, by developing PLC code, commissioning, and troubleshooting complex equipment, such as Motor Driven Rollers (MDR), Sorters, Diverts, Merges, Lifts, Spirals, and VFDs. • Implementing communication strategies like Ethernet, EtherCAT, PROFINET, PROFIBUS, and ASI. • Commissioning of KUKA CarryPick Robots for warehouse automation. • Working with integration of controls with the ASRS systems. • Maintained customer satisfaction through flawless writing and commissioning PLC code at various customer sites. • Developed a sound ability to build positive relationships by utilizing good communication and teamwork skills.

Undertook a multifaceted role involving development of PLC code, electrical machine drawings, bills of materials, and request for quotes. Enhanced technical skills and knowledge of manufacturing concepts while participating in diverse projects.

Guaranteed project compliance with specifications while preparing PLC code, electrical machine drawings, bills of materials, and request for quotes. Ensured accuracy and attention to detail when assessing validation documents, such as risk assessment (RA) documentation. Optimized machine designs based OSHA safety codes.

Designed PLC Based Automation Solutions for Batch monitoring and Process control using Siemens PLC S7 300, Totally Integrated Portal & Simatic Step 7 Manager. Also designed an interactive Human Machine Interface (HMI).

Designed a Micro-controller based ‘Waveform Generator using MATLAB. Also developed a scheme for generating user defined waveforms from available signal data.