Suvayan Nandi

I am leading initiatives that bridge technology and industry, enhancing operational efficiency and innovation in the field of Physical AI. • Developing custom solutions for robotics applications in collaboration with global partners, like Intel, Meta, Uber, Intel, nVIDIA, Alphabet etc. • Contributing to NASSCOM, CII SIGs, advocating policy frameworks to the Government of India for building sovereign Physical AI datasets and national training bases, including a roadmap targeting ~6 million datasets annually. • Conducting extensive field operations studies to identify automation opportunities and to operationalise data collection in manufacturing , construction and warehousing sectors. • Collaborating with universities in setting up CoEs to drive and nurture Physical AI ecosystem in India. • Contributing to advanced product development by helping bridging embodied AI platforms like cobot, quadruped and humanoid platforms with industrial applications, and by building a strong cross-geography vendor network (Taiwan, Japan, China, Germany, Denmark) to improve hardware cost efficiency.

I successfully led large-scale automation projects at Addverb across geographies, driving efficiency in warehouse operations. • Managed project budgets of around $15 million, ensuring financial accountability and strategic resource allocation. • Fostered collaboration among cross-functional teams to align project goals with overall business objectives. • Enhanced material flow and order fulfillment through effective process automation solutions.

I managed the robotics and automation initiatives at Addverb, driving efficiency and innovation in warehouse operations. • Led cross-functional project teams to deploy automated systems, ensuring adherence to timelines and budgets. • Conducted regular performance assessments to identify improvement areas and implement optimization strategies. • Collaborated with internal stakeholders to gather requirements and drive successful automation initiatives.

I contributed to the advancement of warehouse automation by leading the design and implementation of robotic systems. • Developed and integrated sensor technologies for object detection and quality control in automation systems. • Conducted feasibility studies to optimize layouts and processes, ensuring reliability and safety in operations. • Programmed AMRs for efficient navigation and interaction within the warehouse environment.

I successfully contributed to the design and development of an innovative cocktail dispensing machine, ensuring technical excellence and project alignment. • Designed control circuits for pumps and valves, achieving precise ingredient measurement and consistency. • Integrated sensors for monitoring liquid levels and flow rates, enhancing the cocktail dispensing process. • Collaborated with manufacturing teams during production to ensure efficient assembly and quality control.

I actively contributed to the product development of an automated cocktail dispensing machine, showcasing my technical and collaborative skills. • Developed 3D models and technical drawings using CAD software, ensuring design feasibility. • Programmed microcontrollers for control algorithms and user interface features, enhancing product functionality. • Presented the prototype to stakeholders, gathering valuable feedback for future improvements.

I actively contributed to control systems design and sustainability research during my internship. • Collaborated with engineers to troubleshoot control loop issues and optimize instrumentation. • Prepared technical documentation, including reports and specifications for PID control systems. • Analyzed survey data to derive insights on sustainable behaviors, supporting recommendations for the manufacturing sector.

I successfully optimized a production line at PepsiCo, enhancing its efficiency through strategic assessments and improvements. • Conducted detailed evaluations of workflow and equipment performance to identify inefficiencies. • Implemented lean manufacturing practices, including standardized work procedures and continuous improvement initiatives. • Developed and executed a proactive maintenance strategy to reduce downtime and enhance reliability.

I had the opportunity to work with ONGC, where I contributed significantly to data logging operations in the oil and gas sector. • Assisted in the design and implementation of data acquisition systems for remote monitoring. • Supported field visits to observe data logging operations, gaining practical insights into industry practices. • Collaborated with teams to prepare technical documentation, including user manuals and test reports.

I have studied about automation, robotics, sensors and actuators and have gained preliminary knowledge of mechanics. Other than that I have been doing numerous projects in the field of home automation, sustainability, neuroscience, aerofoil design, electro-oculography, DTMF, Arduino microcontroller, and hydraulics.