Working with Wize Computing Academy while offering project-based and student-oriented approach to teaching computer coding and robotics to young learners and the creators of tomorrow. All this as a part of the aftercare enrichment program at various schools in Flower Mound, Southlake, Coppell, Irving, Carrolton, Colleyville, and Keller- TXAs a part of being with Wize Computing Academy, we follow CSTA’s K-12 Computer Science standards and adopt best practices for creative learning used by MIT Media Lab:Computational ThinkingCollaboration - Work as a Team and Use a Playful Approach Towards LearningUsing Communication DevicesUnderstanding Community, Global & Ethical ImpactLearn by Making ProjectsOur approach with Wize Computing Academy is project-based learning, with projects specific to student’s age and expertise. We use a variety of tools to teach coding and robotics to kids aged 4-16 years old:MIT Scratch for animations, games and storytellingMIT App Inventor for Mobile application developmentBlockly for block-based codingThimble for Web Development - HTML5, JavaScript and CSSLego WeDo , Mindstorms EV3 & VEX Robotics for roboticsMinecraft Modding - to create Minecraft Mods using codeParrot Education Drones to code and control dronesInteractive Programming in Python3D Design and Printing

Through this program I have been teaching to the students to learn how computers and computer systems work, how to design and build programs, how to work with robots and design interfaces to operate them. The students are trained till they will develop their ideas using technology, and create a range of digital content. Kids create new projects, work as a team, participate in hackathons and present ideas and creations to the class on a regular basisAll the programs are Project-based and student-oriented approach to teaching computer coding and robotics to young learners and the creators of tomorrow.

Responsible for scheduling auditions at multiple sites, creating reports, on boarding participants.Interview and recommend placements of candidates from both internal and external sources.Interface effectively with all participants and the committee members of the NATA.Make phone calls to association members, participants and executives.Receive selection letters from committee members to process for qualified candidates.Submit result reports for participants.Maintain and promote positive and professional working relationships at all levels in all duties assigned.

Volunteered in setting up the computer lab and in the installation of the software and accounts.Provided technical help in setting up the kids accounts and explaining the same.Submitted reports for understanding the software to new students.Served as a liaison between teachers, students, parents and management.Assisted the administration in organizing various school events.Assisted the HR department in handling the monetary accounts which included receiving the donation letters, organizing as per the classes, and distributing the earned rewards to the students.

Assisted the association members and the entire team by collaborating and aiding them in setting up organization.Assisted Web developer in special projects that included analyzing of different ideas and documents related to web designing and assisted in collaborating the work between different departments of the organization and HR team.Participated in requirements analysis, verification sessions and in tracking and management of the committee positions.Participated in performance improvement discussions, and committee recognition programs.

Developing product test solutions for High Performance Analog integrated circuits. Providing advice on "design for testability", test throughput enhancements, and identifying and eliminating tester limited yield issues when appropriate. Interfacing with manufacturing as required. Participating on New Product Development Team required and evaluating new test systems for future applications. Collaborating the entire team of Designers, Test Engineers, Product Engineers to achieve the goal of completion.Collaborating with business manager to promote efficiency and affordability of the team Working as a team lead and organized team meetings and enhanced the collaborated team work.Always striving to complete the set goal on or before time.

• Developing manufacturing capability for a specific product or group of products from product definition and planning phases through release to Production.• Primarily focused on test development, test validation, product qualification, and preparation for product transfer into manufacturing environment.• Defining test plan and executing on the development of a complete production ATE solution at wafer probe and final test. • Developing, debugging and documenting complex test software and hardware, as well as implementing new test methods to establish product performance and enhance testability.• Providing test throughput enhancements, and identifying and eliminating tester limited yield issues when appropriate.• Validating the ATE results by correlating the same on the bench using demo boards.• Acting as the central resource for design, process, manufacturing, test, quality and marketing as products move through the development cycle into high volume production.

• Test program development and support for Storage Products ASICs, Read Channels, SOC and test chip ICs• Test plan development, hardware and software for design verification and production testing of ASICs Read channels, SOCs, and SATA test chips on ATE test systems• Testing, troubleshooting, verification and validation of various mixed-signal logic design chipsets for storage and other applications• ATE test vector development for analog, digital and integrated IP portions of device• Supporting customer specific requirements (e.g. specific characterization and qualification requests, evaluating returned material, and identifying potential reliability problems)• Test enhancement/Production test data analysis for yield optimization and test cost reduction• Coordinating offshore manufacturing sites to ensure a rapid ramp up of production ICs• Characterizing new designs for manufacturing robustness and compliance with device specifications

• Responsible for all aspects of SOC design (block level):o RTL coding (Verilog/VHDL)o Synthesis (DC compiler)o Timing closure. Pre and post layout Static timing analysis (Primetime). Crosstalk analysis (PrimetimeSI)o Coordinated all block level layout activities such as floorplanning and clocktree synthesiso Formal verification (LEC)o Back-annotated timing simulations using NC-Verilog