• Design and implement a circuit/schematic based on a well-defined set of requirements• Search for and select digital/analog parts based on customer requirements & industry standards• Create test methods for engineering and production validation and verification• Work on development of embedded code and PC graphical user interfaces written in C and Visual C#• Understands analog feedback circuits and buffering• Solve, design, and implement logic problems in circuit/schematics• Participate in all phases of a project’s life cycle, including system architecture design, schematic creation, parts selection, advise design engineers during PCB layout, firmware development, system integration, system verification and transitioning projects to other engineering teams or the manufacturing department• Identify new customer/vendor requests and be able to infer potential technical impact to original SOW and/or Spec, and documents these requests• Maintain current and accurate design records, including regularly using the company firmware repository and releasing documents and firmware• Prepare material and participate in internal design reviews including system architecture, component selection, schematic creation, schematic reviews, layout reviews, code verification, and specification compliance• Communicate effectively using both oral and written communication during internal design reviews, and confidently answer questions and provide expertise on the subject• Able to lead a project from the DE perspective. Has ability to balance multiple challenging projects and support operations personnel as issues arise during build• May lead or set the direction for work by technicians and designers• Able to estimate project tasks durations and resource needs• Ensure that projects are completed accurately and on time. • Ensure company compliance in accordance with AS9100.

• Design, simulation, and evaluation of electrical circuits and products including but not limited to microcontrollers, FPGAs, data convertors, signal conditioning, power conversion circuits, printed circuit boards (PCBs) based on specifications.• Create test methods for engineering and production validation and verification.• Assist in the development of embedded code and PC graphical user interfaces written in C and Visual C#.• Participate in all phases of a project’s life cycle including system architecture design, schematic creation, parts selection, advise design engineers during PCB layout, firmware development, system integration, system verification and transitioning projects to other engineering teams or the manufacturing department.• Maintain current and accurate design records, including regularly using the company firmware repository and releasing documents and firmware.• Prepare material and participate in internal design reviews including system architecture, component selection, schematic creation, schematic reviews, layout reviews, code verification, and specification compliance.• Ensure effective communication among all parties involved in a project. Provide feedback on resources required to complete assigned tasks.• Ensure that projects are completed accurately and on time. • Extend and maintain professional and technical knowledge by attending educational workshops; reviewing professional publications; establishing personal networks; seeking mentoring.• Provide engineering support to the test and production departments, as required.• Ensure company compliance in accordance with AS9100.

Managed multiple listings and an inventory of over 1,000 products for fulfillmentManaged own accounting and finances and distribution of profitAnalyzed product factors such as return on investment and product rank and consulted partner for decisions on investmentUtilized varying software such as Tactical Arbitrage, FBA Wizard, AMZScout to research hundreds of thousands of products.Filed taxes via 1099 for businessAchieved an Inventory Performance Index score of 931/1000

Experimented with complex fluids by applying stress from varying external factors to better understand the mechanical response of amorphous materialsCreated a new motor oscillator using Arduino, timing belts, stepper motors, drivers, and othersmall electronic components under minimal directionCreated thorough experimental procedures for future researchers Collaborated in the design, manufacture, and test of experimental equipment and instrumentationUsed MatLAB to collect and analyze data Manufactured instruments and evaluated for viability based on a certain set of parameters Increased the efficiency of experiments and consistency of results using novel motor oscillation device

Designed the front-end interface of a website using Adobe Photoshop and ShopifyCommunicated to management to discuss the necessary changes to be made to the website including sizing, color, transitions, sidebars, and other aesthetic variances Analyzed customer needs and translated into technical requirements Recommended and implemented performance improvements

Derived novel equations to model theoretical neutrino existence Performed complex calculations using Mathemetica as part of analysis and evaluation of data

Used solder paste inspection machines, pick and place machines equipped with smart feeders, optical inspectors, and reflow ovens in the Surface Mount Technology line to print motherboardsModified physical parameters of manufacturing equipment to streamline compatibilityDiagnosed hardware shortcomings and refurbished Google PixelbooksConducted outgoing quality control tests on Google PixelbooksInstalled electronic components to update firmware in Google Virtual Reality handsets