AMIT KUMAR BEDAKA

Key Responsibilities: 1. Execute and help team for a forward-looking product roadmap that aligns with the company’s mission. 2. Ensure product strategies are technically viable. 3. Create and maintain innovative and cutting-edge product designs by applying advanced engineering principles. 4. Act as a bridge between design and engineering teams, ensuring the seamless integration of aesthetics and functionality in all products. 5. Integrate the latest research and technologies into the product development process to maintain a competitive edge. 6. Mentor and develop the design team, fostering a culture of continuous learning and technical excellence.

Key Responsibilities: 1. Developing algorithms for an indoor positioning system. 2. Developing and implementing VSLAM system using stereo camera. 3. Testing and validating the system and optimizing its performance. 4. Responsible for ensuring that the system meets the project goals and requirements. 5. Responsible for managing the project budget and timeline, as well as providing regular progress updates.

1. Project: Design and Development of Software to Extract Propeller CAD Model Information for Autonomous Inspection. (June 2020 - April 2022) Key Contribution: 1. Design and developed a customized software to perform propeller inspection. 2. Design and developed algorithm to extract CAD information from a propeller model. 3. Tested the software with the inspection system. 4. Overseeing the project deliverables and effectively communicating progress to stakeholders. 2. Project : CAD-based offline programming software for welding applications using 6-D and 2-D robots. (April 2019 - May 2022) Key contribution: 1. Designed and developed an offline programming software for welding applications. 2. Designed and developed path planning algorithms for 6-D and 2-D robots. 3. Tested the developed algorithms with the developed software to perform welding tasks. 4. Managing project deliverables and timelines, and presenting progress updates to stakeholders.

1. Project: Automatic robot path integration using three-dimensional vision and offline programming. (Jan. 2018 - Nov. 2018) Key Contribution: 1. Developed offline programming platform to integrate with a vision system. 2. The developed system implemented with the DENSO 6556E industrial manipulator. 2. Project: Designed and developed an autonomous robot-guided inspection system based on offline programming and RGB-D model. (Sep. 2017 - May 2018) Key Contribution: 1. Designed and developed offline programming system for AOI inspection. 2. Developed Path planning and path generation algorithms to perform a required simulation for a 6 axis manipulator. 3. Developed an algorithm to select the user-defined position for automatic optical inspections. 3. Project: Designed and developed flexible offline programming (OLP) platform for glue dispensing application. (Mar. 2016 - Jan. 2017) Key Contribution: 1. Designed and developed an OLP platform using OPEN CASCADE libraries. 2. Developed an algorithm to generate robot path using CAD features. 3. Implemented with DENSO 6556E industrial manipulator to check the performance.

1. CAED and Physics lab for Engineering 1st year students. 2. Robotics Lab for Engineering 4th year students.

It is a great opportunity for me to worked as In-charge HOD cum lecturer in an Engineering college, which help me to improve my technical and management skills with bunch of confidence. I have got a good hands of experience in establishment of new mechanical laboratories.

It was an excellent opportunity for me to expand my engineering knowledge. I've explored with machine design, thermal engineering, CAED, and building mechanics.