As a business leader at Hythane Technologies, my role is focused on strategically driving the development and production of our hydrogen and hydrogen sulfide gas sensors. I work closely with the R&D and operations teams to ensure that our product development aligns with market needs and industry standards, while implementing advanced technologies in collaboration with BARC. I oversee the entire sensor production lifecycle, from planning and setting up testing facilities to managing supplier relationships and optimizing manufacturing workflows.By streamlining operational processes and ensuring quality at every stage, I help position Hythane as a leader in the gas detection market. My key focus is on aligning technical innovation with business strategy, ensuring that we not only meet production timelines but also scale efficiently to meet growing market demands.

Hythane Labs recently ventured into manufacturing of Hydrogen gas sensors and Hydrogen Sulfide Gas sensors. Both the equipment are essential to ensure safe detection of possible gas leakage. Check out the newly created Hythane Technologies page on LinkedIn for more details.Hydrogen being a highly flammable gas while hydrogen sulfide being highly toxic, handling such gases require proper safety equipment to detect any possible gas leakage. Our new venture provides a robust Indian product as a solution. Check out for updates on www.hythanelabs.com

I was a Teaching Assistant for a course on 'Computer Aided Applied Optimization'. Briefly I also taught Process Control Modelling using SimuLink and MATLAB.

My MTech thesis title being "Design and development of ceramic membrane filtration system for Micro plastic removal from seawater", I was here to research and obtain an on-plant training on production methods of ceramic membrane and coating strategies for pore size control.