Developing a computational model to analyze the interaction between droplet dynamics and environmental flow fields, focusing on evaporation and thermal effects. Utilizing OpenFOAM and ANSYS, this model aims to evaluate mitigation strategies to reduce the indoor transmission of airborne diseases.

Teaching & Instruction: Delivered comprehensive demonstrations of fluid dynamics experiments, guiding students through theoretical principles, experimental techniques, and data analysis processes.Lab Equipment Management: Managed the setup, calibration, and maintenance of laboratory equipment, ensuring smooth operation and functionality of pumps, flow meters, visualization tools, and computational fluid dynamics (CFD) software.Safety Compliance: Enforced safety protocols, conducted safety briefings, and supervised students to maintain a safe working environment, reducing the risk of accidents and ensuring adherence to safety guidelines.Research Support: Collaborated with faculty and students on research projects, assisting with experimental setups, data collection, and analysis to contribute to innovative research initiatives in fluid dynamics.Troubleshooting & Technical Support: Diagnosed and resolved technical issues with lab equipment, ensuring minimal disruption to lab sessions and maintaining a high standard of learning.Administrative Duties: Managed inventory, organized lab equipment, maintained accurate records of experiments and maintenance schedules, and prepared reports on lab usage and equipment status.

Led Pressure Measurement Experiments: Conducted and guided students through experiments using Bourdon Gauge, U-tube Manometer, and Inclined Manometer, explaining principles of fluid statics and accurate pressure measurement techniques.Facilitated Temperature Measurement Experiments: Demonstrated the use of Type K Thermocouple, NTC Thermistor, and Pt100 Thermistor for measuring water temperatures in different phases, teaching calibration and data interpretation skills.Supervised Heat Capacity Ratio Analysis: Guided experiments to determine the heat capacity ratio of air, assisting students in using pressure measurements and logarithmic calculations to understand thermodynamic properties.Analyzed Refrigeration Cycle: Explained the operation of a simple refrigeration cycle, helping students measure and calculate the Coefficient of Performance (COP) and thermal capacities of the system.Supported Hybrid Heat Pump System Experiments: Led experiments involving a hybrid heat pump and refrigeration system, instructing students on the differences between the two cycles using p-h diagrams.Maintained and Calibrated Lab Equipment: Ensured accurate results by regularly calibrating and troubleshooting thermodynamic lab equipment, such as manometers, thermocouples, and pressure sensors.Provided Data Analysis Training: Taught students how to use software tools like MATLAB and LabVIEW for data acquisition, analysis, and interpretation, enabling accurate thermodynamic calculations.Ensured Laboratory Safety: Established and enforced safety protocols for handling high-pressure and high-temperature equipment, conducting safety briefings, and ensuring a hazard-free learning environment.Supported Research Projects: Assisted faculty and students with research, offering technical expertise in experimental setup, data collection, and analysis, contributing to studies on thermodynamic efficiency and heat transfer.

• Design testing and integration for a mission management framework.• Integrate new and/or existing components as per requirements.• Incorporate design changes.• Develop test procedures to validate all requirements for a build, with mapping between requirements and test procedures.• Responsible for the development of integration test procedures to validate applicable requirements for a build, with mappings between requirements and test procedures.• Scheduling and coordination between system groups to carry out testing plan.• Make presentations and progress reports to discuss results with the engineering manager.• Responsible to carry out vehicle testing according to SAE Standards. • Identify, document and track defects using JIRA through correction and implementation.• Provide testing support to user acceptance (UAT) testing.

● Management of the Store. ● Deliver Exceptional customer service and Increase sales profit.● Management of financial, stock, and people.● Resolving day to day problems.● Create a self-planogram to promote upselling.● Maintaining OH&S.● Adherent to the guidelines of Responsible services of Alcohol and relevant legislations.● Register thefts and Team member incidents in the store.● Streamline stock management on a regular basis

• Implementation of design models according to business requirement.• Negotiation with suppliers for quotes and materials for high standard output.• Update the required Cad data in the Assembly.• Update the body parts by performing engineering detail activities using Solid works.• Re-design the kick stand to meet the requirements.• Owned and Designed the Subframe and Pillion foot peg using solid works for the SAVIC C-series café racer motorcycle. • Model the B surface for the Body parts of C-series. • Perform assembly operation to check of interference and modify the parts according to the requirement. • Review the parts and release it for Quoting.

● Involved in the aerodynamic design of the developed box fish and performed extensive CFD analysis for straight line and various yaw angle flow analysis. ● Optimized the vehicle design for better aerodynamic shape. ● Contribute to the business growth by actively marketing the CFD capabilities of the organization and developing project proposals for clients and R&D activities.● Improved the passenger comfort performance by conducting HVAC and cabin-airflow simulations. ● Review project proposals and plan project objectives, phase, and elements.● Schedule and monitor engineering tasks.● Manage the teams working in the project.● Create and communicate to the team members the client needs, performance standards for the project.● Liaised with various university teams for technical support.● Developed team player capabilities by working as a team. ● Developed effective communication skills by liaising with different university teams.

● Engineered the rear wing using SolidWorks to optimize aerodynamic performance.● Prepared and meshed the vehicle model in ANSYS Fluent, performing comprehensive CFD simulations.● Analyzed wake region development and predicted total vehicle drag through external aerodynamic simulations using ANSYS Fluent. ● Undertook Vibrational analysis study for the chassis using Hyper mesh and Nastran.● Carried out front crash analysis for the Foam and honeycomb model to determine stiffness of the impact attenuator.● Authorized for the manufacturing of the Aero parts (Cutting templates, Cut Prepreg material, Vacuum bagging, Curing, and De-molding).● Assisted other team members in the design, manufacturing, and assembly process fostering collaborative teamwork.● Achieved targets under pressure.● Developed team player capabilities by working as a team. ● Achieved a vehicle with less weight comparing the previous year's vehicle by improving its design.● Developed and optimized the aerodynamic system using the simulation results.

● Authorized for developing and implementing a new Standard Operating Procedure (SOP) of machines and displaying them on the shop floor.● Responsible for the Design, Development and Testing of new Auto ancillary parts by conducting root cause analysis● Authorized to maintain and manage the newly established machines and load them on the shop floor whenever there is a new machine brought in. ● Authorized for checking the working of the new machines and reporting errors as well as fixing them for the production line.● Lead and managed a team of four to carry out day to day activities to achieve the production.● Implemented cost reduction activities while maintaining high quality standards using KPI tools. ● Developed best practices to increase production capacity and quality by lean manufacturing methodology. ● Identified the activities which are unsafe and reported to the manager immediately. ● Always keep the workplace in a safe condition and followed the safety rules.● Achieved the production targets by improving the production activities and reducing the production cost. ● Successfully developed high levels of teamwork skills by engaging in different projects.● Accomplished production with high standards of quality.