RF/Microwave circuits and devices

- Executed tasks that required complex problem solving above theexpectations for a Co-op student and outperformed other interns,highlights include (1) maintaining the power system function andfoundation for its future upgrades by creating 39 system inspection,renewal, and load relief scopes based on system conditions and (2)justifying analysis on system load/cost forecasts to perform possibleload transfer for future connections based on regulations, codes andstandard practices of engineering design- Increasing efficiency and improving user experience by simplifyingmulti-day manual processes into an automated workflow as a side ofdesk project. Used Python to call external APIs within an Alteryxworkflow, and visualize results in a Tableau dashboard resulting in an80% improvement in the process- Prioritized processing 44 customer requests for underground,overhead, and network connections to minimize customer wait time

- Led a research project from conception to completion using Amirafor MRI Data collection, and the R programming language for dataanalysis to evaluate the effects of prenatal and postnatal surgery oninfants with Spina Bifida- Collaborated with the professor, hospital clinicians, and engineeringstudents to prepare abstract as first author for the Society forMaternal-Fetal Medicine conference- Designed prototypes using AutoCAD and performed 3D printing withthe appropriate choice of material; completed in one-third of theassigned time leaving ample time for design improvements regardingstructural integrity and precision- Evaluated alternatives based on literature analysis and maderecommendations to team surrounding MRI GlucoCest techniquesimulations using MATLAB to optimize radio frequency pulseparameters for fetal GlucoCEST imaging

- Diagnosed specific meters issues (hardware and software) using the elimination method to determine the type of repairment required. -Repaired meters alone and reported to the manager for location, type issue, method of handling as well as the final result for updates.- Familiarized with DPT, Ventek, Cale, and Zeag equipment in order to diagnose as well as repair.

- Used Excel for data loading and data analysis. - Analyzed monthly work order of the meter department to have the data for the monthly charges for all the site managers. - Manipulated raw data from the patrol officer to determine the productivity of each office.

- Designed tests for product risk management- Learned R to analyze statistic significance of the results- 3D printed simple components for the developing device- Contacted industrial factories for special product requests

• Participated in designing and building of a biomedical device• Used Arduino and C programming to build basic electronic systems• Involved with discussions between electrical and mechanical team to build compatible electrical part of the project• Designed device to meet client satisfaction

• Communicate with director regarding floor plans before and during recording• Check for equipment, e.g. microphones and earpieces• Relay instructions between director and the floor using talking back system• Give cues to performers

• Prepare for and monitor surgery such as setting up surgical area, monitoring and reporting patient’s state during the procedure • Attend to post-surgery routines• Restrain animals for medical procedures such as taking X-ray, draw blood, IV admission, patient examination, etc. • Consult patients for medical services alongside technicians• Maintain patient records using Microsoft Word, Excel, and PowerPoint