Katherine Lee Email & Phone Number

Greater Boston Area

• Eight years of consulting experience. Engaged customers with core Ab Initio technologies, including product architecture, data management, data governance, ETL processes, and software performance.
• Expert on integrating Ab Initio technologies with platforms such as DBMS, Hadoop, Cloud. Solved complex problems across areas including Data Catalog, Metadata Hub, SQL-to-graph conversion, authentication/authorization.
• Specialized in planning, deploying, and configuring large-scale Ab Initio software stacks and web applications in complex environments.
• Solved over 1,000 support requests and resolved production issues during emergency situations, demonstrating strong problem-solving skills and quick decision-making.
• Led the development and implementation of a customer's in-house replica environment, which significantly enhanced operational efficiency and reduced turnaround time by 20%, leading to faster and more accurate.
• Acted as a key communicator, explaining complex technical problems to customers and providing valuable feedback between customers and developers.

Cambridge, MA, USA

• My research explored star formation processes, focusing on how stars gain their final masses. I analyzed large-scale survey data from the Submillimeter Array (SMA) to study the evolution of outflows, fragmentation, and.
• Led the MASSES project and surveyed all known protostars in Perseus.
• Collected, cleansed, and managed large-scale survey data from the Submillimeter Array
• Extracted, interpreted, and analyzed complex continuum and line data to study fragmentation and outflow dynamics in protostellar systems.
• Investigated misalignment of outflow axes in proto-multiple systems and compared findings with turbulent fragmentation models
• Developed column density and temperature maps using Herschel data for regions in Perseus and Serpens

College Park

My research focused on studying star formation with the CARMA Large-Area Star-formation Survey (CLASSy). Specific goals of the project involve characterizing internal structures and kinematics of star-forming cores, investigating the relation between dense cores and their natal clouds, and testing theoretical star formation scenarios. The target regions.

Urbana-Champaign, Illinois Area

My research focused on the earliest stages of massive star formation, including structures and kinematics of starless cores, filamentary structures in star-forming regions, and protocluster formation.+ Analyzed large data sets from multiple telescopes including CARMA, Hubble, Spitzer, IRAM.+ Developed analyzing and visualization tools using IDL, Python.

Urbana-Champaign, Illinois Area

As an observer at the radio telescope, observers are responsible for running the telescope. Here were my main work. + Governed projects scheduling, controlled telescope operations, monitored data quality.+ Assisted and tested hardware and software developments.+ Developed troubleshooting skills on technical problems.+ Coordinated onsite staff to accomplish.

Doctor Of Philosophy (Phd), Astronomy And Astrophysics

Bachelor'S Degree, Physics