Santosh Ashok Konduskar

1. Integrated hardware components and developed a ROS2-based navigation system for autonomous tugger trains used in warehouse logistics environments.

1. Collected and analyzed logistics workflow data to identify inefficiencies and proposed optimization strategies. 2. Conducted feasibility assessments and collaborated with product and deployment teams to enhance warehouse performance. 3. Supported fleet sizing, deployment calculations, and technical documentation, contributing to RFQ and implementation phases.

1. Led and mentored a team of junior solution engineers, enhancing their technical capabilities through a training program. 2. Developed customer-specific solutions for 15+ clients annually across roles via performance calculations to optimize equipment configurations, supporting €5.8M+ in successful proposal wins. 3. Sped up procurement by preparing clear RFQs and evaluating supplier bids, cutting vendor selection time and improving project timelines while lowering costs.

1. Increased operational efficiency by designing customized warehouse solutions using CAD layouts, resulting in faster order fulfillment and reduced handling costs for e-commerce and FMGC clients. 2. Coordinated with cross-functional departments to configure and price solutions effectively. 3. Analyzed industry trends annually to inform the design of 3 warehouse automation products that cut robot count by 40%, lowered overall offer prices, and were deployed at 5 major client sites.

1. Create detailed CAD layouts for the robotic palletizer and conveying systems, supporting senior engineers in technical proposal preparation. 2. Developed 3D models and animations to showcase warehouse solutions, cutting design review time by up to 20%, speeding client approvals by 25%, and supporting 5+ successful proposals.

1. Managed end-to-end project execution of 13 robotic palletizing systems, resolving issues that boosted automation efficiency and cut manual labor for clients. 2. Ensured 95% on time project delivery by developing detailed plans and addressing risks early, resulting in improved client satisfaction and smoother execution.

Focus: Simulation of Mechanisms, MATLAB/Simulink, Hydraulics, Manufacturing Technology Grade: 1.7

Focus: Mechanical Problems in Mechatronics, Robotic Vision, Rapid Control Prototyping, Automation Control, Design of Robot Workplaces, Sensor Systems, Development of Mechatronic Systems Grade: 2.1

Focus: Industrial Electronics, Mechanical Measurements and Control, Mechatronics, CAD/CAM/CAE Mechanical Vibrations, Theory of Machines, Machine Design Grade: 1.9

Grade: 1.7