ANANTHU SURAJAYAN

Motivated master's student with mechanical engineering expertise and a passion for education technology. Experienced in practical mechanical applications and actively involved in a startup focused on enhancing student learning through innovative human-machine interfaces during COVID-19 times.

Case study Cooperative and Autonomous systems-

• Presented a case study on Boston Dynamics' Atlas humanoid robot, emphasizing its use in search and rescue missions.
• Developed and put into action trial procedures to evaluate Atlas's effectiveness in made-up rescue situations.
• Found areas for development in Atlas's functionality and performance as well as its strengths and weaknesses by analyzing data gathered during the testing process.
• Demonstrated the potential of Atlas as a useful tool in humanitarian efforts and catastrophe response by presenting the professor with findings and suggestions.

Case Study Mechatronic System Simulation. Sensors and their applications in mechatronics-

• Conducted a comprehensive case study on a linear magnetic encoder system to evaluate its accuracy, precision, and reliability in measuring linear displacement.
• Designed experimental setups and protocols to assess the performance of the linear magnetic encoder under various operating conditions.
• Utilized MATLAB for data acquisition, analysis, and visualization, implementing algorithms to process raw encoder data and extract meaningful metrics.
• Investigated sources of error and noise in the encoder measurements, employing statistical techniques and signal processing methods to enhance data quality.
• Collaborated with colleagues to troubleshoot technical issues and optimize experimental procedures for accurate and consistent results.
• Documented findings and conclusions in a detailed report, providing insights into the capabilities and limitations of the linear magnetic encoder system.
• Presented results to stakeholders, including engineering teams and project managers, highlighting key findings and recommendations for future improvements.

Case study AR/VR in system engineering -

• Carried out a thorough case study in AR/VR technology, concentrating on the Unity experience's creation and design.
• Created a Unity3D virtual world prototype and included interactive features, animations, and user interfaces to improve user immersion.
• Implemented the logic and functionality for the virtual environment's animations, user interactions, and interactive parts using C# programming.

Case Study Cyber-Physical Production Systems using Additive Manufacturing-

• Oversaw the design and development of a duplex worm gear using Lua programming as the focus of an extensive case study in additive manufacturing.
• Developed techniques for the duplex worm gear design optimization using the Lua programming language, emphasizing improved efficiency, longevity, and performance.
• The duplex worm gear was modeled using Lua programming in IseSL platform.
• Used 3D printing technology to create high-quality, precisely-engineered parts while leveraging additive manufacturing processes to build the duplex worm gear.
• Evaluated the duplex worm gear's functionality and performance through extensive testing and analysis, confirming that it is appropriate for the intended uses.