• Reviewing CNC designs for pre-production errors, eliminating design flaws to reduce raw material waste by 25%.• Translating work orders and blueprints into machining parameters and plans.• Checked completed programs by running simulations and tests while preparing geometric layout of designs using task-specific software.• Applying accepted geometric dimension and tolerance (GD&T) standards to projects to maintain sound structural integrity.• Developing streamlined tool paths and fabrication methods to reduce production time of countertops and vanities by approximately 20%.• Working closely with clients to establish specifications and system designs.• Preparing documentation for machine controllers to guide setup and operation.

• Shared resources, opportunities and activities to support mentee's learning and development.• Established trusting relationship with mentee by maintaining professionalism and honoring confidentiality.• Met mentee formally, informally, in-person and virtually to offer support.• Mentored over 20 students individually to assist in overcoming obstacles, make proper choices to stay focused and adjust to college life.• Worked with individuals to help understand and overcome personal, social or behavioral problems affecting educational or vocational situations.• Helped students develop organizational, time management and study skills.• Identified issues that hindered student academic achievement.• Planned and promoted career planning presentations, work experience programs and career workshops.

• Created engineering documentation for manufacturing processes, equipment specifications and change notices.• Performed root cause analysis and implemented corrective actions.• Performed regular production studies and machine analysis to identify any quality and process problems.• Conducted trials to determine equipment and machine performance capabilities.• Analyzed product and process and provided actionable solutions for changes to processes, products or quality standards.

Studied total deformation and equivalent stress developed in a modified Savonius hydrokinetic turbine rotor during its operation. Along with this, reaction forces and reaction moments were analyzed for appropriate support selection.The project was carried out using ANSYS Fluid Flow and Static Structural.

Optimised the profile of a Vertical Axis Wind Turbine Rotor to enhance starting torque extraction from the flow.The simulations were carried out using FLUENT CFD Package.Result: A 26.87% increase in static torque generation was calculated with the modified rotor profile.

• Gathered, arranged and corrected research data to create representative psychrometric graphs and charts highlighting results for presentations.• Utilized job-related software to perform descriptive and multivariate statistical analysis of data.• Developed and implemented process flow improvement and standardization projects.• Tested and assembled air-conditioning system components.• Performed analysis on compressor designs and prototypes in development stage.• Drafted 2D and 3D designs, using both Revit and AutoCAD software.