Pfizer Externship via ExternI study computer science at CSULB and have completed a Pfizer Advanced externship focused on AI document insights and data extraction.
Portfolio includes coursework and work completed during the Pfizer Advanced externship, focused on document insights, data extraction, and related AI techniques.
Implemented a C++ sorting program using 16 worker threads to process designated segments of integer arrays; compared the threaded workflow with sorting logic on test inputs. Used std::thread, std::mutex, and a shared swap counter to coordinate execution and protect updates to shared state; investigated compilation and runtime behavior.
Built a Raspberry Pi-based data acquisition prototype integrating temperature, humidity, and light sensors; wrote Python polling and timestamped logging routines. Analyzed sensor readings in MATLAB and troubleshot calibration drift to improve data accuracy; coordinated hardware/software integration in a four-person team. Documented the system architecture, setup, and results and presented the prototype to faculty reviewers.
I study computer science at CSULB and have completed a Pfizer Advanced externship focused on AI document insights and data extraction.
I am Christina Marangopoulos, a junior Computer Science student at California State University Long Beach pursuing a bachelors degree. I have limited formal work experience and I completed the Pfizer Advanced: AI-Powered Document Insights & Data Extraction externship as part of my learning path.
Externships
Pfizer Advanced: AI-Powered Document Insights & Data Extraction Externship
Pfizer
Experience
Computer Science Tutor
Cypress College, Cypress, CA · Aug 2022 - Jan 2025
Server
Ouzo & Feta, Huntington Beach, CA · Aug 2023 - May 2024
Education
California State University, Long Beach
B.S. Computer Science · Class of 2028
Skills
Implemented a C++ sorting program using 16 worker threads to process designated segments of integer arrays; compared the threaded workflow with sorting logic on test inputs. Used std::thread, std::mutex, and a shared swap counter to coordinate execution and protect updates to shared state; investigated compilation and runtime behavior.
Built a Raspberry Pi-based data acquisition prototype integrating temperature, humidity, and light sensors; wrote Python polling and timestamped logging routines. Analyzed sensor readings in MATLAB and troubleshot calibration drift to improve data accuracy; coordinated hardware/software integration in a four-person team. Documented the system architecture, setup, and results and presented the prototype to faculty reviewers.