 Developed an embedded system design based on Arduino to control liquid handling robot  Developed major control parameters protocols on FEA simulation of robot components in liquid handling process Designed and rapid prototyping of several medical devices including a high throughput versatile platform which is capable of viable enrichment of CTCs in atmospheric condition Designed and prototyped an Electromechanical liquid handling robot for immunofluorescence auto-staining (SolidWorks CAD designing, 3D printing, assembly, Arduino programming and circuit developing for automation, microfluidics benchmarking, and product packaging) Developed Cancer cell counting software (CyToTallyTM) driven by image processing and machine learning algorithms to accelerate the process of CTC enumeration and quantification Implementation of FDA regulatory (ISO 13485) on medical device projects Periodically conducting design review meeting with cross-functional team for design approval Coordinating procurement activities, including submitting purchase requisitions (PR) and ultimately ensuring delivery of all parts to arrive on time Reviewing the deliverables for Design Rule Criteria (DRC), Feasibility, Manufacturability and Fit & Finish. Conducting End to End Design from Conceptual to Final design Releasing Master Model and managing the Master Model based on changes Extensively working on different modules like SolidWorks modules like Modeling, Assembly, Sheet Metal, Mechanical/Electrical routing and drafting Working on continuous improvement projects (CIPs) related to field issues Pre-releasing the Completed Design Parts in Solidworks Enterprise PDM Teamcenter Engineering Design Validation for Form Fit Function (FFF) and technical reviewer for whole design team

 Designed and conducted rapid prototyping of a lab-on-a-chip platform for lipid profiling medical device Developed and pilot detailed design of an acoustophoresis platform for manipulating the microparticles (including electro-mechanical components along with acoustics wave generators, controllers and monitoring systems) Trained to conduct optical analysis of different materials and smart windows using UV-Vis tools and Optical spectrum analyzer Successfully trained for semiconductor device fabrications and their characterizations in cleanroom  Implemented Acoustic platform (design of transducers, interdigital transducer (IDT), enclosures, and other system components) Developed and patented novel Opto-Acoustics filter and Acoustic smart windows Successfully designed an acoustical cooling systems with high heat dissipation up to 2 kW/cm2 for sensing applications Acoustical designed of a flexible, transparent thin film for electronic cooling systems Experimentally developed an Acoustic method to create anisotropic transparent conductive thin film

• Conducted office hours to help students to understand and solve homework problems• Prepared and graded homework solutions.• Wrote weekly quizzes, posted their solutions online, graded quizzes and exams, kept record of the scores using excel• Collaborated with professors and other TA’s on course material and grading policies. • Accomplished an optimized computational cost algorithm for direct numerical simulations• Experienced in using TACC interactive visualization and data analytics system located in University of Texas, Austin.

• Accomplished and certified the trainings for CAD software in industrial scale• Thermal analysis and simulation on truck/bus cabin interiors to calculate the amount of energy necessary to maintain a desirable internal cabin air temperature while under certain environmental conditions• Conducted computational fluid dynamics simulation to understand the complicated flow patterns inside the cab while the HVAC system is operational. • Calculation of thermal load on the HVAC system for different scenarios using the thermal model and the results were compared to the benchmark.