1. Validate and design control systems, process flows, and control panel layouts for new and existing projects and equipment.

2. Design and review electrical schematics and assist with hardware selection and architecture. Translate functional requirements to system configuration.

3. Develop the vision, complex robot pathing, and PLC programs to automate control processes.

4. Work with assembly and mechanical engineers to ensure all setups and alignments are properly completed. Create documentation and support system testing and installation.

5. Problem-solving, including the identification of risks and mitigation strategies through testing and troubleshooting.

1. Design a next-generation smart automation system using Bright Robotic Cells.

2. Design and implement automation solutions, including control systems and design, connection diagrams, and other electrical schematics.

3. Collaborate on high-level system designs, lead control design reviews and factory acceptance testing. Also, work with cross-functional teams to deploy and support a successful production line.

4. Design and implement highly efficient and complex robot pathing programs using HMI programming to automate the processes using both Fanuc and Nachi Robots.

5. Develop and program complex vision systems to increase the efficiency and repeatability of the system.

Graduate, University of Maryland: Master of Engineering in Robotics

1. For the Planning of Autonomous Robots course, did a review paper on 3 types of path planning algorithms.

2. The topic of motion planning and path planning were discussed along with the types of algorithms.

3. Then, the focus was shifted to the 3 stated algorithms. Right from what they are, how they are used to their pseudo codes and pros and cons were all discussed.

4. Along with the basic algorithms, the modified versions of these algorithms was also discussed in detail.

5. This review paper helped me understand the concept of path planning in detail.