1.Technical Expertise:Provide detailed technical support and guidance to the sales team and customers.Understand and communicate the technical aspects of our products and their applications in chemical and construction projects.Assist in the development and delivery of technical presentations and product demonstrations.2.Customer Support:Address customer inquiries and technical concerns promptly and effectively.Assist customers in selecting the appropriate products for their specific needs and applications.Provide troubleshooting support and resolve product-related issues3. Sales Collaboration:Work closely with the sales team to develop and execute sales strategies.Support the sales team in preparing technical proposals and quotations.Participate in sales meetings and customer visits as a technical expert.4. Training and Development:Conduct training sessions for the sales team and customers on product features, benefits, and applications.Stay up-to-date with industry trends, new technologies, and competitor products.5.Documentation and Reporting:Maintain accurate records of customer interactions, technical issues, and resolutions.Prepare technical documentation, datasheets, and user manuals.Provide regular reports on customer feedback, product performance, and sales support activities.

Researcher overseeing the developments of dielubes, hydraulic fluids, wax emulsions, graphite forging,aluminium fluxes, foundry coatings application testing of the above mentioned products, resolving customer complaints and product recommendation.

 Fabricate Hole transport material and Electron transport material layers with more suitable energy levels and design novel architectures for inorganic perovskite materials that can greatly promote the use of less-toxic as well as environmentally friendly metals, such as Sn, Ge, Bi, Ag, Ti, and Na thus substituting lead. Explore new progresses that can precisely control the compositions/microstructures of perovskiteand continue exploring new molecular materials as additives or interface-material so improve chemical stability, charge transport materials and electrode materials. Eliminate labile expensive organic components. Moreover, by eliminating expensive hole transport material and noble metal electrodes by carbon - based electrode, the cost will be significantly reduced. Thereby creating a mesoscopic perovskite solar cell (MPSCs), carbon as a scaffold. Evaluation of power conversion efficiency (PCE) and comparison analysis of other photovoltaics.