• Curated a database of over 50,000 members, driving strategic outreach initiatives and leveraging multimedia content to boost engagement and enhance member interaction through forums and digital communities.• Implemented automation and API integrations for robust data validation and contact enrichment, broadening outreach and tailoring leads, resulting in a 75% increase in leads from potential members and sponsors.• Established partnerships with industry platforms, orchestrating cross-branded advertising campaigns, securing seven new business partnerships and extending global reach, elevating annual revenue by 15%.• Cultivated strong relationships with over 60 new sponsors in lab automation and biotechnology innovation sectors, drawing more than 100 industry professionals to major events in Munich, London, Pennsylvania, and Los Angeles.• Led and managed a global team across multiple continents, achieving consistent branding and strategic alignment, fostered a highly collaborative and productive team environment, executing over 50 successful events.

• Deployed comprehensive laboratory automation systems in MSAT/R&D and GXP QC/Production, using platforms including Vantage, Evo, Fluent and Ambr, streamlining previously manual or semi-automated workflows.• Collaborated with Tecan to design and manufacture custom RoboColumn cooling blocks, on-deck sonication for fixed tips, and other components for Tecan Evo, expanding throughput from 8 to 96 column purifications per day.• Engineered and deployed custom SiLa2 compliant robotic systems integrated with internal LIMS, automating data capture, boosting data integrity and process efficiency, while guaranteeing robust operation and compliance.• Conceptualized and enacted centralized Sharepoint-Based knowledge hub for automated systems assistance, providing crucial help and troubleshooting resources for robotics and LIMS inquiries, thereby elevating the support framework and response efficiency across multiple Sanofi locations and laboratory teams.• Integrated data reporting from OSISoft Pi Servers, API integrations with Elemental Machines, and via custom developed integrations based on Gyrolab xPand SDK, ensuring compliant and seamless data flow.• Implemented high-throughput laser-etching based sample labeling, developing a custom print driver and queue for LIMS integration, decreasing required labor from over 30 hours of burdensome, error-prone labeling tasks to a process requiring under 7 minutes of hands-on time.

• Engineered and validated a novel electrochemiluminescence siRNA quantification assay, lessening variability by over 10%, widening detection range by 120x, and reducing overall cost per sample versus traditional colorimetric methods.• Integrated Design of Experiment (DOE) methodologies to transfer multiple manually established and validated assays to high-throughput environments via benchtop and large-scale liquid handling.• Consulted on strategic acquisitions of laboratory devices, including plate readers, plate washers, and other high-throughput equipment, aligning with laboratory needs and achieving a 20% reduction in operational costs.• Spearheaded integration of two benchtop liquid handler platforms, including Agilent Bravo and Integra Assist Plus, reducing siRNA quantification times >30% and streamlining cell screening processes by >80%.• Led method development for automated tissue homogenization and equipment integration, developing an incorporated workflow leading to raw tissue to readout in less than 4 hours (previously 2.5 days).• Implemented comprehensive sample labeling and barcoding systems in preparation for lab automation, improving data integrity and decreasing study preparation time by over 98%, saving 48 hours per study.• Coordinated laboratory device integration with LIMS to facilitate seamless data transfer and workflow automation, resulting in a 20% growth in daily sample processing capacity and developing efficient laboratory productivity.• Worked closely with liquid handler manufacturers to expand automation systems, raising throughput and productivity while coordinating with laboratory operations to optimize lab space for new equipment.

• Developed and optimized a novel iteration of RNAi colorimetric ELISAs to detect compounds in a range of tissue homogenates and fluids utilizing benchtop liquid handlers to standardize and increase consistency of assay processes 10-fold and expanding detection range by 30%.• Deployed a comprehensive site-wide animal and sample barcoding system, integrating it with a digital surgical documentation system to cut study durations by over 50% and heighten overall laboratory infection control, ensuring accurate tracking and faster processing in compliance with regulatory standards.• Directly integrated balances using LabX and LIMS-connected balances, for direct reporting of compound, animal, and extracted tissue measurements, enhancing data accuracy and process reliability across different personnel.• Employed ceramic flame-proof labeled compound management system to ensure clear, durable identification.• Established a digital cage card system and custom software for detailed tracking and management of mouse populations, ensuring every animal was accounted for accurately in compliance with IACUC standards.• Implemented benchtop liquid handlers to standardize and increased consistency of assay processes, particularly for applications requiring precise stop solution additions, drastically decreasing coefficient of variations (CVs) in standard curves and widened detection range in novel iterations of RNAi colorimetric ELISAs.

• Conducted pivotal research on extracellular matrix and basal cell differentiation in Barrett's Esophagus, resulting in a peer-reviewed publication cited by over a dozen articles and peer-reviewed article citations.• Enhanced biomarker screening utilizing Luminex bead-based instruments, through applying high-throughput strategies to expand testing from 40 samples a day to over 300 samples per day.• Utilized advanced biomarker analysis tools, including Luminex bead-based instruments, to enact high-throughput screening processes for organ-on-a-chip research supporting efficient analysis of multiple biomarkers.• Collaborated with Emulate Bio to engineer a new open-top organ chip, expanding research capabilities for esophageal models, facilitating more accurate physiological simulations.• Fulfilled novel strategies for testing organ chips by integrating advanced sensors, such as TEER, pressure, and temperature sensors, to improve accuracy and reliability of experimental data.• Spearheaded LIMS and database system integration, handling over 7,000 Luminex data points and 300 images, streamlining communication and data sharing, leading to institute-wide adoption due to amplified efficiency.

CAS BI 203 CELL BIOLOGY, Uwe Beffert PhD• Taught two dissertation sections of Cell Biology I: including topics in cellular organization and function, biological molecules, flow of genetic information, membranes and subcellular organelles, and cell regulation.• Aided in exam proctoring, grading, and course material development for over 150 Boston University students.

• Developed high-throughput COVID-19 testing protocols, integrating Hamilton Microlab STAR liquid handlers, leading to high-throughput processing capacity to over 5,000 tests daily.• Aided in establishing and maintaining GLP and GXP compliant protocols, ensuring sterility and safety ofincoming samples, and troubleshooting issues related to sample viral deactivation.• Optimized Hamilton Microlab STAR operations, collaborating with repair personnel to diminish samplerejections and improve barcode reading, utilizing custom parts to improve pipetting accuracy, and variability.• Conducted laboratory tours for regulatory bodies and media, showcasing operational safety and transparency.• Trained and oversaw CLIA-compliant archiving, enabling rapid retrieval of over 175,000 stored samples,developing innovative methodologies, utilizing ZPL scripting for enhanced long-term sample traceability.• Oversaw consumable inventory and QC testing of new equipment, upholding stringent regulatory standards.

• Provided a welcoming shopping environment and engaged with customers in a warm and friendly manner. • Utilized a deep understanding of technology and customer service to recommend appropriate products and solutions tailored to individual customer needs. • Assisted customers with purchases, assisting other team members especially those in customer service with returns and online order processing and fulfillment when needed in the front of the store.• Committed to continuous learning to stay updated with product features and technology trends to ensure the best recommendations and solutions to be presented to the unique requirements of customers. • Maintained a well- cleaned and tidy department, ensuring products were easily accessible and presentable to customers especially during closing and opening shifts as well as regular cleaning and fronting of product throughout the day on high-touch devices and products.

• Examined implications of polymorphic DNA repeat length and specific gene instability in manic and depressive bipolar disorders in 30+ patient blood samples using SageELF, ddPCR, PCR, and qPCR.• Formulated preliminary proof of concept data utilizing 12 patient-derived samples for gene target barcoding for multiplexing to allow for high-throughput screening and analysis of genetic interactions. • Served as one of 75 COVID-19 pandemic response employees tasked with symptom checks, PPE distribution, equipment deployment, and daily mask distribution and attestation at all hospital entrances.

• Utilized in utero electroporation (IUE) to overexpress mC4 and investigate implications of complement system in prefrontal cortex (PFC) hypoconnectivity, contributing directly to a published study.• Performed and created comprehensive surgical records for more than 17 survival procedures and was responsible for revisions of SOPs related to drug administration, injections, perfusions, and tissue fixation.• Executed cryo-slicing, immunostaining, and two-photon excitation microscopy imaging for 30+ mice.• Trained a custom artificial intelligence model for mouse tracking in collaboration with three other researchers to assist in open field and elevated plus-maze assay analysis.• Conducted mouse brain live-tissue sectioning for 90 live-cell immunofluorescence-guided micro-dissections.• Served as a peer facilitator for four graduate and two undergraduate students, arranged lab tours, ensured a smooth laboratory transition, and explained proper lab SOPs.• Organized procedures for mouse tissue storage and utilization, reducing tissue waste by 40% by improving sample inventory.

• Led implementation of new ticket sale systems to increase efficiency of logistical processes• Collaborated with 7 colleagues on updating South Station Command Center improving real-time communication of train status, leading to increased safety and efficiency on all Commuter Rail Lines• Conducted implementation of Microsoft Office 365 for real-time data transmission between key personnel and reduced latency time for filing new train schedules by over 3 hours

Researched social evolution of non-breeding strategies in anemonefish and larval dispersal evolution of neon gobies. Research demonstrated temporary fates will be tolerated by anemonefish non-breeders due to future possibility of inherited territories. Additionally, larval dispersal success of neon gobies was shown to decline as a function of distance from larval dispersion source. • Supervised routine neon goby and anemonefish husbandry and juvenile rearing.• Maintained daily logs of water quality, chemistry and organism health through clutch patterns, ensuring optimal experimental conditions.• Produced experimental observations and data analysis for clutch health experiments.• Sustained rotifer clutches including tank maintenance and daily population counts.

Under the direction of Coral Reef Ecology Professor, Randi Rotjan PhD:Investigated distribution of algal species in coral reefs in Turneffe Atoll, Belize. Research had implications in monitoring reef health and reef restoration effectiveness. • Collaborated with Fragments of Hope restoring and monitoring coral reefs on-site in Turneffe Atoll, Belize.• Undertook all responsibility for speciation and classification tasks for algal samples.• Authored and managed a database of algal species with respective locations in and around Turneffe Atoll.

Under the direction of Sensory Biology Professor, Jelle Atema PhD:Researched effects of dissolved caffeine on American eel behavior, recapitulating spikes experienced in the Boston Harbor. Demonstrated behavior, sociability and food intake perturbation after caffeine administration. • Managed daily American eel husbandry and experimental data collection• Completed water sample analysis daily via UV Visible Spectroscopy for measuring caffeine concentration• Collaborated on the development of a computer vision system for data collection in conjunction with Professor of Computer Science, Margrit Betke PhD

• Provided thorough customer consultations for a variety of technical issues• Repaired and restored a variety of consumer electronic devices • Conducted user training on a variety of operating systems and applications• Marketing products and services to best meet customers needs

• Assisted the product development team in their Surface Laptop product• Provided marketing solutions and strategies for outreach in higher education markets• Represented the Surface brand in the launch event for the Surface Laptop

• Coordinated with users in order to provide advanced end-to-end technical support• Implemented various equipment and service changes to improve efficiency, security, and usability• Oversaw server backups, security protocols, user help systems, and user education initiatives to enhance network security, education, and corporate productivity• Programmed PowerShell and Python scripts for task automation including systems specifically designed for local secure data transition from older equipment• Spearheaded the company rebranding initiative and consulted on website and print media designs