Natalie Alvarado
Physics Graduate | Entry-Level Engineer
Applied Physics & Electrical Engineering
Transforming complex science into innovative engineering solutions. Seeking opportunities in engineering, product development, testing, manufacturing, and hands-on technical problem solving.
Natalie Alvarado
Applied Physics & Electrical Engineering
Bridging Physics and Engineering Through Real-World Design
Hello, I'm Natalie Alvarado, a Physics graduate with a concentration in Applied Physics and a minor in Electrical Engineering. My background combines physics, electronics, fabrication, and experimental system development through research, capstone work, and hands-on engineering projects.
I enjoy building and testing real systems that connect theory with practical implementation with the use of instrumentation and signal measurment to prototyping, optics, and electromechanical design. My recent work includes designing and experimentally characterizing a 23-element 40 kHz ultrasonic transducer array, alongside projects in hardware development. I am currently seeking entry-level opportunities in engineering, testing, product development, manufacturing, research, or technical problem solving.
Resume
Professional Summary
Physics graduate with a minor in Electrical Engineering and hands-on experience in experimental testing, circuit design, instrumentation, electronics prototyping, fabrication, and engineering research. Skilled in laboratory measurement techniques, signal analysis, and system troubleshooting through capstone research and engineering projects. Experienced in communicating technical work through research presentations, tutoring, and STEM leadership. Seeking an entry-level engineering role involving testing, prototyping, product development, manufacturing, or multidisciplinary technical problem solving.
Contact Information
- Joliet, IL
- a.nataliealvarado@gmail.com
- +1 (815) 405-0475
- linkedin.com/in/natalie-alvarado25/
Technical Skills
Research and Presentations
Fermilab Mu2e Research Assistant
February 2024 - October 2024
Physics Department, Lewis University
- Research and design solutions for pixel cooling mechanism
- Present research findings bi-weekly to Dr. Hooper's research team.
- Read and design schematics for 3D printed solutions
IEEE Power Grid Presentation
December 2022
Annual Lewis University Electrical & Computer Engineering Day
IEEE See & Spray Presentation
April 2023
Annual Lewis University Celebration of Scholarship
Education
Bachelor of Science in Applied Physics, Minor in Electrical Engineering
Expected: May 2026
Lewis University
- Robotics Club - President (2024 - 2025), Vice President (2024), Secretary (2023), Member Since 2022
- IEEE Student Branch - Secretary (2022 - Present)
- Society of Physics Students (SPS) - Secretary (2021 - 2025)
- Physics Student Advisory Board - Member (2022 - 2025)
- Astronomy Club - Member (2021 - 2025)
Experience
K-12 Subject Tutor
January 2024 - October 2024
Elite Tutoring Place of Plainfield
- Tutor all academic subjects from Pre-K to High School, including Algebra, Physics, Chemistry, Biology, Geometry, Foreign Languages
- ACT/SAT Preparation
Girls Create with Technology Camp Assistant
June 2022 - May 2023
ECaMS Department, Lewis University
- Taught 6th-8th grade students Hummingbird & Snap! Programming
- Explained components and taught students how to assemble piper computers
- Led robot building using stepper motors, servos, LEDs, etc.
Professional Memberships
- IEEE (Institute of Electrical and Electronics Engineers), Member (2022 - Present)
- Optica (formerly OSA), Member (2021 - Present)
- American Physical Society (APS), Member (2021 - Present)
- National Society of Hispanic Physicists (NSHP), Member (2021 - Present)
Projects
I've designed and built projects ranging from a flight simulator chassis and 3D-printed helix wind turbine to automated circuits and materials experiments. My current work focuses on the design and experimental characterization of a 40 kHz ultrasonic transducer array, alongside additional projects in audio electronics, optical measurement, and control systems.
Contact
Contact Info
I'm always open to discussing opportunities, collaborations, or sharing more about my work in applied physics and engineering.
Location
Joliet, IL
Phone Number
+1 815 405 0475
Email Address
a.nataliealvarado@gmail.com
Get In Touch
Interested in connecting? Use the form below or reach out directly by email.