Responsibilities:• Work closely with R&D, PD, and Tech-Sales Teams.• Lab planning, management, and documentation (DIN:ISO9001).• Product Development and Testing.• (ECHA, REACH) European Regulatory Compliance Documentation (SOPs, SDS, HSE, etc). • Data handling, analysis, visualization, and reporting.

Project title: "Development of testing methods for comparing newly formulated product performance when interacting with cold atmosphere braced heat exchanger surfaces under corrosive environments".Tasks:• Batch-making of different oil and water-based coolants formulations for electrochemical, storage and stressed aging tests exemplifies efficient handling of laboratory infrastructure for product manufacturing.• Conducting sample preparations, pre and post-performance tests analysis of heat exchanger (SEM-EDX, XRD, XRF, Corrosion) and coolant formulations (ICP-OES, Dielectric, FT-IR, HPLC/MS, UV-Vis, pH, Viscosity, Rheology, etc) shows intelligent utilization of laboratory operations for product testing.• Developing novel analytical testing methodologies, demonstrating a keen ability to think outside conventional approaches and contribute to the progression of defined project.• Playing a pivotal role in the design and construction phase of the equipment/apparatuses, showcasing a hands-on mentality and strong grasp of engineering principles and a commitment to creating efficient, robust, and reproducible testing apparatus, and doing repairs whenever needed.• Conducting pilot runs, and trials of the developed equipment, validating its functionality, and making necessary adjustments for optimal performance.• Actively participate in the execution, data analysis, and technical documentation of comprehensive testing procedures, to gather valuable insights for ongoing research initiatives.

Responsibilities:• Responsible for planning, executing, and analyzing comprehensive laboratory tasks/R&D tests related to automotive fluids and interacting materials.• Facilitated precise characterization and analysis to identify the stability of metal parts being immersed in oil-based coolants at several test conditions and related oils similar to the standard practical application conditions.• Gained hands-on experience in sample preparation, metallography, microscopic surface layer analysis (SEM-EDX, Confocal Microscopy, LSM, etc), performance & stability analysis (Rheology, Viscosity, ICP-OES, Pyr-GC/MS, HPLC-MS, QTOF-MS, FT-IR, UV-Vis Spectroscopy, Karl-Fischer titration, TAN/TBN, pH, dielectric property measurement, etc).• Developed & optimized new product formulations, batch-making, data collection, high-precision analysis,reporting and presentation of results.

Responsibilities:• Studying waste streams to investigate the best possible recycling solutions.• Developing innovative digitalization model to improve business performance by using modern tech.• Unlocking digital transformation by data integration to optimize business operations.• Database management and development.• Working directly with the CEO.

Tasks:• Prepared polymer-based formulations with raw materials/chemicals for batch preparation.• Developed thin film coating on semi-conductor (SiC) wafer by Spin-Coating technique.• Performed sample imaging and analysis by AFM, SEM & LSM.

Data generation & Implementation of Machine Learning AI Model (ANN) on general interface model targeting intergranular fracture as a major characteristic behavior to study the grain boundary for predicting material behavior.• This numerical modeling serves to predict the damage response or crack propagation phenomenon such as deformation and fracture effectively when the cohesive zone (CZ) element technique is embedded at grain boundaries.• Derived numerical model on Python, generated relevant dataset, utilized Deep Learning approach (feed-forward neural network) for model training on generated datasets, conducted rigorous model validation, and enhanced model performance to optimize the model's efficiency and accuracy.

Responsibilities:• Responsible for developing, implementing, and monitoring effective inspection & testing methods to ensure the quality of various motorbike parts (Metals, Plastics, Rubbers) and assemblies across all production streams.• Identified and troubleshoot product failures by extensive part failure analysis to prepare QA documentation (RCA, FMEA, 7 QC tools, 5WHY, Risk Assessment, etc) as per QMS and TQM standards.• Worked with internal suppliers and international customers to facilitate product/process validation.• Conducted internal quality audits within the company and of suppliers.• Faced external quality audits and successfully implemented SQM, VIP, ISO 9001, and ISO 14001 in the company.

Responsible for supporting construction material management and documentation.• Helped in calculating construction materials according to technical drawings. • Supported in managing inventory and procurement of construction goods. • Analyzed, documented, and prepared technical reports of Soil Tests (Compaction, Moisture Content, Specific Gravity, Standard Penetration, etc), Reinforcement Steel Bars Tests (Tensile and bending), and Concrete Tests (Compressive Strength).

"Hydrothermal growth of vertically aligned ZnO Nanowires (thin film coating)" aiming for the application in electrocatalysis and photovoltaics.• Developed a distinctive laboratory-based recipe for the growth of ZnO Nanowires.• Conducted batch production of ZnO nanowires coated samples, ensuring consistency and reproducibility.• Synthesized nanowires by hydrothermal technique and attained precise control over size, orientation, and adhesion to various potential substrates.• Prepared samples for advanced characterization techniques such as SEM, XRD, XRF, IR, and UV/VIS.• Conducted thorough analysis of collected data to draw meaningful conclusions from complex datasets.