Dhriti Chakraborty brings over a decade of expertise to critical engineering projects, showcasing excellence in complex technical domains, and global markets.
With a background in Instrumentation Engineering and Electronics, she has worked on diverse projects such as earthquake simulators, automotive infotainment systems, and components for critical sectors.
Chakraborty's role as an Application Engineer involves technical training delivery, documentation creation, and global technical support across various industries.
Her early career involved designing a water treatment plant for SAIL, India's largest steel producer, highlighting her ability to apply theoretical knowledge in practical, high-stakes environments.
Commissioning of industrial plants, like the SAIL project, is crucial for ensuring seamless transition and operational effectiveness.
Efficiency, scalability, and automation were key focus areas in the design of the water treatment plant, reflecting a long-term operational approach.
Chakraborty emphasizes the importance of adhering to standard engineering practices for critical applications to ensure safety, reliability, and legal compliance.
Materials selection plays a critical role in designing components for demanding environments, considering factors like strength, resistance, and cost-effectiveness.
Validating designs through structured testing and methodologies like DFMEA ensures reliability under extreme conditions in critical applications.
Chakraborty's project in the medical and space industries, where she achieved a 30% cost reduction while enhancing performance, demonstrates her strategic problem-solving skills.
Her career showcases a dedication to engineering excellence through technical leadership, multidisciplinary integration, and a commitment to delivering innovative solutions for critical industries.