Professional Experience

Working as Scientific Director at Stereo Rasayan, we combine scientific expertise with practical industry insight to deliver reliable, high-quality solutions. Our commitment to innovation and quality ensures that every product aligns with national and international standards, supporting sustainable growth and efficiency for our partners.

Whether it’s boosting crop productivity through biostimulants or providing specialized nanomaterials for industrial applications, we strive to create value for our customers by transforming science into practical solutions. 

• Successfully developed - compatible, cost-effective, and easily scalable with a high-purity achievable approach VPSZ coagglomeration method for cocrystallization of energetic materials.

• Coagglomeration method also showed the higher importance of coformers molecular ratio, preparation, selections, etc. Also, studied their influence on the thermochemical and detonation properties of obtained cocrystals.

• Scale-up trials have been made; 1 - 2 Kg batches results found with tremendously improvised properties as compared to earlier traditional cocrystallization methods with uniform size crystallization.

• Some of obtained Cocrystals employed in propellants found improvements in mechanical and performance properties.

• Synthesized polyaniline (PANi) and its modified forms used as potential fluorescence turn-off sensor to the detection of energetic materials and their composites & cocrystals.

• Results comparative study carried out with our earlier reported works of other doped PANis.

• Work also collaborated with electrochemical cyclic Voltammetric study to understand the electron environments of PANis.

• This work makes a significant contribution towards spectrochemical sensor futuristic electronic nose for EMs.

• Worked on joint topics; Sensing of energetic materials via fluorescence quenching, Cocrystallization of energetic materials and nanomaterials for interdisciplinary applications.

• Preparation and characterization of metal nanoparticles, and their surface functionalization.

• Catalytic activity these nanoparticles studied employing them in as burn rate modifier in rocket propellant.

• Simultaneously, also studied improvisation of crystal morphology of energetic materials by cocrystallization.

• Different methods for cocrystallization were tried which further helped solve industrial problem of crystal defects which was strongly influencing in enhancement of impact sensitivity these materials.

• Involved in teaching and mentoring activities of Master students, prepared various transition metal oxide nanoparticles and their interdsciplanary applications investigated.

• Joined this giant pharmaceutical organization during campus interview held in Dept. of Chemistry, Karnatak University.

• Worked as laboratory data creator Cipla LIMS Software adoption for standard operating procedures(SOPs) and Instruments operating procedures(IOPs) Quality Assurance complaints etc. from March 2016 to Nov 2016.

• Active participation data compliance during USFDA audit in April 2017.

• Extracted ar-turmerone from curcumin oil by column chromatography and preparative HPLC methods.

• Extracted molecule confirmed purity further by analytical HPLC, and  molecular structure by spectroscopic (Mass, NMR & FTIR) characterizations.

• Further, Molecules employed for biological activity studies.