As a Program Manager in the dynamic field of Cyber Security, I take pride in spearheading proposal efforts within my division. Leveraging my expertise, I orchestrate strategic initiatives, ensuring the seamless execution of projects from inception to completion. I collaborate with cross-functional teams to craft comprehensive proposals that address clients’ needs. My role involves not only effective project management but also cultivating a culture of innovation and adaptability in the face of emerging cyber challenges.

In my role as a Microscopy Laboratory Leader and Research Scientist within the Cyber division, I navigated the intersection of cutting-edge technology and scientific inquiry. With the dedicated Failure Analysis team, I conducted impactful research to uncover novel insights into microelectronics at the microscopic level. My leadership extended beyond traditional cybersecurity approaches, as I harnessed the power of microscopy techniques to analyze and understand the intricate details of digital vulnerabilities. Through innovative experiments and collaboration with experts, I contributed valuable data that informed strategic decisions. My tenure in this role was marked by a commitment to pushing the boundaries of Cyber research, utilizing advanced sample preparation techniques and microscopy as key tools to explore and mitigate potential risks.

- Led the preparation and analysis of samples by electron and x-ray microscopy to help customers solve problems and meet business needs- Utilized in-depth technical knowledge of Analytical Microscopy and Materials Science to help global customers - Collaborated with customers within all business units globally - Served as a technical consultant to business units to interpret images and characterize products and raw materials- Prepared research progress reports, including summarizing test results on assigned research projects- Ensured rigorous compliance to safety procedures and OC corporate policies- Volunteered with W.I.N at Owens Corning Outreach opportunities

- Prepares and analyzes samples for internal and external collaborators- Performs designated SEM/FIB, TEM, XMT, and XRD experiments- Performs descriptive statistical computations and prepares data- Prepares research progress reports, including summarizing test results on assigned research projects- Assists in preparation, design and construction of equipment- Plans, develops, designs and implements communication strategies to publicize and promote, on a continuing basis, facilities, research, services, and accomplishments of the CEMAS faculty, staff and students- Assists with internal and external communication in support of the CEMAS strategies and goals- Facilitates opportunities for CEMAS to host local K-12 school activities and participate in Outreach Forums and Research Expos

- Prepare samples for focused ion beam (FIB) foil extraction and characterization on transmission electron microscopes (TEM)- Perform experiments with/for internal and external collaborators- Collect, quantify, and analyze STEM SuperX XEDS data - Perform 3D reconstructions of FIB serial sectioning data sets using MIPAR™- Arrange and attend formal and informal meetings with professors, postdocs, and graduate students- Attended AAAUGM meeting in Boston, MA (October 2014) for Amira and Avizo 3D software users- Collected X-Ray Computed Tomography data sets and performed 3D reconstructions at the University of Manchester, UK (May and November 2015)

- Manufacture and characterize solid-state electrolyte membranes for use in a Lithium ion battery - Synthesize ceramic oxide powder to make solid-state electrolyte membranes- Use of microscopy (SEM and FIB) to analyze microstructure, interfacial impedance, and micro- mechanics of these solid membranes

- Taught MSE 250, Introduction to Materials Science and Engineering- Assisted teaching during laboratory sections- In charge of 2 lab sections (20 students each)

- Produced viable Lithium Titanate samples for electrochemical testing- Studied the mechanical properties of solid electrolyte membranes by analyzing cross-sectional FIB slices of nano-indentations- Duties included: patterning graphite paper using computer numerically controlled (CNC) drill, running a ball milling particle size study, imaging samples using the scanning electron microscope (SEM) and focused ion beam (FIB) microscope

- Developed ways to improve the conductivity of graphene layers as an electrode for Dye Sensitized Solar Cells. - Used Raman Spectroscopy and a Gamry potentiostat to characterize electrochemical properties- Trained on scanning electron microscope (SEM) to analyze surface features of exfoliated graphene nano-platelets