To managing projects to make sure the proposed plan adheres to the timeline, budget and scope also including planning projects in details, setting schedules for all stakeholders and executing each step of the projects

Dyna biotech deals with manufacturing, Automation and Validation of Biotech Equipment. Now its started new branch SV biotech and agrocluster plant in pune.

Extensive breadth of experience in Mechanical engineering and solar power site evaluation. Excellent grasp of solar power schematic development. Strong ability to draft and interpret solar power design plans. High proficiency in Auto CAD and Microsoft Office Suite. Sound familiarity with solar power engineering industry safety rules and regulations. Superior ability to implement mechanical structural. Managing operational level requirement (client and Site Visits, Site feasibility & climate selections, Solar Systems Design and complete execution. Scheduling, Drawing, installation, manual, check list, Project commissioning, review all the quality and standard, and safety testing document. Knowledge on ms project, word, excels, Auto CAD. Also Design and execution of engineering project. Direct contact to vendors and supplier. Outstanding oral and written communication skills. Paper and patent writing skill.

DIAT is a very prestigious government institute for research. I was work as a Junior researcher on the project ‘’Development of CuInSe2 (CISe) ink and Nano-particles by chemical methods for its applications in the solar cell as an Absorber Layer” and Synthesis of different type of metal oxide (i.e. Zinc oxide, titanium oxide, aluminium oxide etc.) and its based Nanofluids for heat transfer application or Degradation of dye.

on this session i am working on "Study of Zinc Oxide Nanofluids for Heat Transfer Application"project. This paper describes preparation of zinc oxide (ZnO) based nanofluids in polymer matrix. The rheological properties of nanofluid were studied and were applied in heat transfer application. Heat transfer application of aqueous based ZnO nanofluid was tested and it was observed that, the presence of ZnO nanofluid effectively reduces the temperature propagation in a sono-chemically heated system. It is observed that the heat absorption capacity was increased by about,30-40% for the ZnO containing nanofluid. For the preparation of nanofluids as synthesized ZnO nanoparticles were utilized after characterization by, various modern tools such as UV-visible, Raman spectroscopy, XRD, SEM, Particle size analysis, and TGA studies. The average particle size of as prepared ZnO nanoparticle was in the range of 19 to 30 nm and XRD analysis revealed .hexagonal crystal structure