RISHI SUBHASH KUMAR NAIR

• Designed and programmed modular control systems using Eclipse 4diac-IDE, adhering to IEC 61499 standards, to streamline process efficiency and scalability in industrial automation projects. Ensured that the system architecture allowed for flexible adaptation to various automation needs and could be easily integrated into existing industrial infrastructures.
• Developed detailed control panel schematics using AutoCAD Electrical, incorporating industry-standard electrical components to optimize power distribution and control system efficiency. Designed layouts for PLC wiring, ensuring safe, efficient, and user-friendly operation. Programmed and configured PLC logic controllers from Schneider, Omron, and Emerson PAC systems, leveraging MODBUS and OPC UA protocols to enable reliable and secure data exchange between the field devices, control systems, and supervisory control layers.
• Contributed to the creation of Digital Twin prototypes to simulate real-time manufacturing environments, allowing for the visualization and analysis of production processes. This enabled better decision-making by providing an accurate virtual representation of the manufacturing floor and its operations, thus facilitating enhanced process monitoring, predictive analytics, and continuous optimization of production line performance.
• Leveraged AVEVA software for industrial process monitoring and automation visualization, effectively integrating real-time data from various sensors and control systems to visualize and analyze production processes. Created dashboards and reports for performance tracking, helping identify inefficiencies and areas for improvement in the production environment.
• Played a key role in the development and implementation of a predictive maintenance system, analyzing real-time performance data from equipment and machinery to detect early signs of wear or malfunction. This proactive approach to maintenance allowed for timely intervention, reducing unplanned downtime and optimizing the life cycle of critical machinery. Worked with cross-functional teams to integrate predictive analytics with existing operations, ensuring the system was scalable and could evolve as new data sources and technologies emerged.
• Designed and assembled electrical circuits for various automation systems, ensuring compliance with safety standards such as NEC (National Electric Code) and IEC (International Electrotechnical Commission) to guarantee both safety and reliability. Incorporated redundancy in circuits to minimize the risk of failures and ensure continuous operation in critical automation processes.
• Authored detailed documentation including system specifications, process workflows, and maintenance protocols, contributing to clear, accessible knowledge transfer within the project teams. This documentation ensured that the automation systems could be easily maintained, updated, or modified by other engineers and technicians, promoting long-term scalability and ensuring consistent system performance across multiple projects.
• Collaborated with cross-disciplinary teams, including mechanical engineers, IT specialists, and process operators, to integrate new systems into existing production environments, ensuring that automation solutions were tailored to meet specific manufacturing needs. This collaborative approach ensured seamless transitions between project phases and enhanced the overall efficiency of the production line.
• Participated in system testing and debugging, identifying and resolving technical issues in automation systems. Applied rigorous testing protocols to ensure the robustness of all systems and performed commissioning and functional testing of installed systems, ensuring that all specifications were met and operational standards were achieved.

• Led banquet operations at The Ritz-Carlton, Singapore, overseeing all aspects of event logistics, staff coordination, and guest service, ensuring smooth and seamless event execution. Developed and implemented training programs for staff to elevate their service delivery, resulting in increased team performance and guest satisfaction.
• Managed high-profile events and executed detailed event planning processes, ensuring that each function met the hotel’s high standards of luxury service. Earned commendations for leadership, consistently exceeding guest expectations through attention to detail, proactive problem-solving, and a commitment to quality service.
• Oversaw suite operations and VIP guest satisfaction as the Suite In-Charge for the HSBC Suite during the Women’s Golf World Cup (2024), ensuring that all VIP guests received exceptional service in line with the event’s prestigious standards. Coordinated catering, staff services, and logistics to maintain a luxurious, seamless experience throughout the tournament.
• Spearheaded the coordination of logistics for the Red Bull Suite at the Formula 1 Paddock Club (2023), ensuring timely service delivery and efficient operational workflows. Managed the complex logistics of the event, ensuring that guests received a high level of service while minimizing downtime or operational errors.
• Developed and rolled out staff training programs focused on improving service quality, leadership, and teamwork. Provided ongoing support and guidance to team members, fostering an environment of continuous improvement and enhancing overall team performance.
• Managed cross-functional teams to ensure the smooth execution of multiple events simultaneously, resulting in higher guest satisfaction and repeat business. Collaborated effectively with event coordinators, chefs, and other departments to meet and exceed expectations.
• Fostered a culture of communication and collaboration, ensuring that all team members had a clear understanding of their responsibilities. Strived to make communication simple and effective by avoiding industry jargon, ensuring clarity and reducing misunderstandings, leading to improved team efficiency.
• Proofread all event-related documentation, including guest lists, event schedules, and service instructions, ensuring that all details were accurate, professionally presented, and error-free. This attention to detail contributed to flawless event execution and helped minimize risks associated with event operations.

 CGPA: 2.85/4.0 

Modules & Technical Expertise

As a Mechatronics Engineering graduate, my academic journey has provided me with specialized knowledge and hands-on experience across several key areas, equipping me to work on complex, high-precision systems. Key areas of expertise include:

• Wafer Manufacturing & Cleanroom Technology: In-depth understanding of semiconductor fabrication processes, cleanroom operations, and quality assurance for high-precision environments.
• CNC Operations & CAD/CAM: Proficient in utilizing CNC machines for manufacturing, coupled with advanced CAD/CAM tools for designing precise components and systems.
• 3D Printing & Machine Vision: Skilled in the use of 3D printing for prototyping and machine vision systems for quality control and automation.
• Industry 4.0 Technologies: Expertise in Industry 4.0 applications, such as IIOT, edge computing, and digital twins, that optimize manufacturing efficiency and ensure real-time monitoring and predictive maintenance.
• Semiconductor Technology: Specialized in wafer fabrication, photolithography, etching, deposition techniques, and semiconductor processing technologies that are fundamental to modern electronics.
• Digital Twin & IIOT (Industrial Internet of Things): Hands-on experience in creating digital replicas of manufacturing environments for real-time process simulation and optimization.

Highlighted Projects

I have applied my technical expertise through a series of innovative projects that showcase my ability to blend design, automation, and data analysis with practical engineering solutions. Some of my most notable projects include:

• AI Camera Stabilization on Track Robot: Designed an AI-based stabilization system for high-speed robots in dynamic environments. The project focused on enhancing real-time tracking and stabilizing image capture for sports analytics and autonomous navigation.
• Carpark Monitoring System: Developed a smart, sensor-based carpark management system prototype. This project incorporated real-time data processing, machine learning algorithms, and user-friendly interfaces to optimize space utilization and improve parking lot management efficiency.
• Autonomous Line Tracking Robot: Built and programmed an autonomous robot capable of tracking lines with high accuracy using ultrasonic sensors for obstacle detection. The project focused on sensor integration, control algorithms, and optimizing the robot's response to changes in the environment.
• Bluetooth Speaker: Designed a compact Bluetooth speaker system, incorporating wireless communication protocols and advanced audio technologies to deliver a high-quality sound experience. The project emphasized circuit design, signal processing, and optimizing power consumption.
• USB Desk Lamp: Created an energy-efficient, USB-powered desk lamp, designed with an emphasis on minimalistic aesthetics and practical functionality. This project utilized LED technologies, circuit design, and compact power systems to deliver both efficiency and style.
• Metal Smartphone Holder: Engineered a smartphone holder designed for mass production. The project utilized CAD software to create a functional and aesthetically pleasing design while ensuring manufacturability and cost-effectiveness.
• Data Visualization & Analysis: Applied KNIME and Tableau for advanced data analytics. This project involved collecting and processing large datasets to generate actionable insights, aiding decision-making in a variety of industrial processes.
• HMI Programming: Developed and implemented structured text programming for Human-Machine Interface (HMI) systems, focused on providing intuitive user interfaces for controlling automated systems in industrial environments.

Industry Engagement

To further my knowledge and stay updated with cutting-edge advancements, I actively engage in professional workshops and events that focus on both technical skills and industry trends:

• Nextspace: Participated in a hands-on workshop that explored the latest developments in automation and manufacturing technologies, gaining insights into future trends and innovative solutions.
• Cogent Data Hub: Engaged with data-centric technologies, learning how real-time data integration, analytics, and cloud platforms can drive business optimization and enhance manufacturing processes.
• IC Process Integration: Attended an intensive seminar on semiconductor integration processes, focusing on the complexities of wafer fabrication, photolithography, and etching for high-performance semiconductors.
• Industrial Transformation Asia-Pacific 2023: Participated in a high-profile industry event that showcased the latest advancements in automation, robotics, and the transformation of industrial processes across the Asia-Pacific region.
• Engineering Expo: Gained exposure to cutting-edge innovations in robotics, automation, and Industry 4.0 technologies, enhancing my understanding of current trends and the direction of future manufacturing technologies.

Overall Percentage: 97%

CGPA: 10/10