Vikneswaran Rajamuthy

Experienced Materials Scientist with a PhD in Materials Science, specializing in nanomaterials for sensors and supercapacitors. My expertise in nanomaterial synthesis, electrochemical performance optimization, and charge retention is directly relevant to advanced materials used in solid-state drives (SSDs). While my research has primarily focused on energy storage and sensing technologies, the material properties I’ve worked with—such as enhanced conductivity, durability, and energy efficiency—are critical in the SSD industry. I am now seeking to transition into SSD manufacturing, bringing my advanced material science background to optimize next-generation storage solutions.

• Practical Decision-Making Using Data Science, National University of Singapore, 2022, 2023, Relevant coursework: Predictive Analytics, Decision Making Under Uncertainty, Optimization Models
• Advanced Materials Science Seminars, Various International Workshops and Conferences

• Carbon Nanodots for Energy Storage: Developed carbon nanodots with tunable photoluminescent properties to improve energy retention and conductivity in supercapacitors, insights that can be adapted to enhance signal processing and power efficiency in SSDs.
• Nitrogen-Doped Graphene: Synthesized nitrogen-doped graphene integrated with cobalt hydroxide nanoflakes, significantly improving electrochemical performance and conductivity, which have applications in boosting data transfer speeds and energy use in storage technologies.
• Nickel Phosphate-Silver Phosphate Nanocomposites: Researched nickel phosphate-silver phosphate nanocomposites, focusing on charge transfer efficiency and energy retention—factors that contribute to optimizing power consumption and longevity in electronic storage devices.

• Contributed to research papers on nanomaterial applications for sensors and supercapacitors, with potential relevance to SSD technologies.
• Participated in collaborative research on materials for energy storage and electronic components, contributing insights that offer potential advancements in solid-state drive performance.