Owner for the design, development, and verification of multiple subsystems of a proof of concept DNA sequencerSubsystems:Real-time microsecond resolution EtherCAT PLC to control multi-axis gantryMultichannel liquid handling system Automated environmental containment enclosureConsolidated device script-based execution control and graphical user interfaceCreated online sequencing data management database and user interface, enabling cross site collaboration for more than 30 users across 3 sites in the US and China, a cost saving of at least $100k Integrated biochemisty user feedback for data management system, adding requested user features such as automated reports, while allowing traceability for each sequencing run back to manufacturing dataBuilt and delivered an automated imaging QC tool for Chinese manufacturing team to increase process turnaround time, reduce human errors, and increase process efficiency by more than 10 foldLead design validation testing and data analysis for sequencer instrument subsystem; demonstrated reliability and provided design improvement and peak operation condition feedbackDeveloped python software tools for automated analysis of device execution log as an evaluation matrix for instrument development, verification and validation activities Extended the validation capability of python based fluidic characterization method for future generation sensor development, speeds up data processing time from several weeks to several days with improved accuracy

Designed and constructed automated testing fixtures for design verification of sequencer fluidic consumablesCreated python software data analysis tools for video analysis of fluidic efficiency within sequencer flow cells during executionAssembly and testing of DNBLab E Gen 0 and Gen 1 sequencer subsystems for hardware verification Collaborated with biochemistry team to develop SOP and work-flow scripts for use with Gen 0 and Gen 1 sequencerDeveloped python software tools to automate data analysis of OQC testing images; transfered tools to manufacturing to allow them to easily monitor batch qualityPython analysis of large QC datasets to track system critical parameters and set QC test specifications

Construct and calibrate microfluidic device testing methods to allow modular testing of designsDevelop Python software for automated test data analysis including:  signal processing, image analysis, manipulation of large datasets, statistical analysis of multiple variables, professional graphical display of resultsDevelop and conduct verification and validation studies for product concept hardwareCollaboratively conduct microfluidics testing, from design of experiment to data analysisConduct and record microfluidics experiments using prototype hardwareConstruct, troubleshoot, investigate, and modify prototype hardware for testingCompose easy-to-read reports and presentations for stakeholders of various influence Document hardware adjustments, standard operating procedures, and technical reportsDiligently document experimental observations and insights

Classes:  Experimental Methods in Biomedical EngineeringOrganize and manage laboratory activities for graduate studentsLab topics include:  tensile testing, contact angle measurements, cell culture, motion tracking and gait analysis, gauge R&R

Classes:  Biomedical Engineering Fundamentals, Physiology for Engineers, Biomaterials, Introduction to Biomedical Engineering Design (Python)Guide students through lab work ensuring safety, correctness, and organizationCollaborate with other lab instructors to adjust or create lab activitiesPrepare all aspects for a weekly lab:  ordering equipment, preparing solutions, testing procedures, and assisting other lab instructors with difficultiesLab topics include:  spectroscopy, bioinformatics, ELISA, pulmonary function, ECG monitoring, survival analysis, and statistical analysis of experimental data

· Instructed students on material in which they are having difficulty· Helped students learn study skills and apply them to their current studies· Assisted students with their homework assignments· Monitored groups of up to 5 and help them with any subject grades 9-12

· Developed positive working relationships with teaching staff members and administrators· Followed detailed lesson plans· Led classroom of 30+ students through lessons, assessments, independent work· Incorporated programs (Microsoft Word, PowerPoint, Excel, and Prezi) into teaching methods· Demonstrated use of Cloud based storage such as Dropbox and Google Drive to students and teachers· Attended trainings on in class usage of document cameras, Smartboards, and relevant software· Monitored attendance using Powerschool software

· Planned a variety of practice drills and workouts to enhance physical strength and skills of players· Supervised 20 - 30 student-athletes during daily practices and enforced disciplinary consequences · Mentored individual players by advising techniques to improve decision-making in high stress situations

· Contributed to Professional Learning Community (PLC) in planning curriculum and teaching methods· Collaborated with other teachers to produce education aids· Planned daily lessons for 6th grade math, science, and narrative writing· Monitored students during testing

· Planned daily lessons for multiple classes of High School science including: AP Chemistry, Chemistry, and Conceptual Physics, AP European History, World History· Developed and administered assessments and vigilantly monitor testing for unethical behavior· Graded student work in a timely manner and managed grade book in detail· Developed teacher-student relationships in order to mediate disputes between students, help students with personal problems, motivate students of varying academic skill and diverse backgrounds to assume personal responsibility· Planned and wrote lessons plans for other substitute teachers· Consistently attended weekly meetings with Peer Learning Community (PLC)

· Maintained and supported user hardware through troubleshooting· Provided technical support and installation of user hardware· Consulted on hardware choice and Bluebeam Revu software usage instruction