Scott Blender
Tagline:Aerospace Engineering Ph.D. Student at Rensselaer Polytechnic Institute
Troy, NY, USA
About Me
Hi everyone! I am a second-year Ph.D. student in Aerospace Engineering at Rensselaer Polytechnic Institute, supervised by Dr. Sandeep Singh. My research synthesizes machine learning, controls, and optimization to address spacecraft autonomy and the design of space-based cislunar satellite constellations.
I have completed coursework in orbital mechanics, controls, machine learning, numerical computing, parallel and scientific computing in C++, and numerical design optimization. Additionally, I have done internships at Wells Fargo, Amtrak, and PPL. At Wells Fargo, I developed neural networks to classify on-the-run US treasuries. At Amtrak, I wrote a Python script to automate superelevation adjustments based on year-to-year changes in track geometry and to produce key visualizations and metrics for force-based sensor measurements. Lastly, at PPL, I developed a Power BI dashboard to classify transmission process risk quantitatively, enabling managers to assess project status on a simplified platform.
Education
Doctor of Philosophy
from: 2024, until: presentField of study:Aerospace EngineeringSchool:Rensselaer Polytechnic InstituteLocation:Troy, NY
DescriptionAwarded Rensselaer Graduate Fellowship due to undergraduate merit and promise to do well in graduate school.
Bachelor of Science
from: 2020, until: 2024Field of study:Mechanical EngineeringSchool:Temple UniversityLocation:Philadelphia, PA
DescriptionAwarded the Theodore P. Vasallo award for merit and service while enrolled in the College of Engineering. Founded and served as the President of Temple Data Science Community, an organization centered on promoting student involvement in interdisciplinary data science. Served as the Chassis and Suspension Lead for Temple Formula Racing, where I helped design, validate, and fabricate all chassis and suspension components of a single-seat race car. Served as a Resident Assistant, helping connect first-year students to the campus community and ensuring they had the resources they needed to be successful. Conducted undergraduate research in the Temple Neuroeconomics Lab, where I studied how dynamic causal modeling can be applied to corticostriatal activity during risk and reward processing.
Publications
Uncertainty-Aware Guidance for Continuous Thrust Transfers Using Gradient Boosted Decision Trees
Conference PaperPublisher:AAS/AIAA Astrodynamics Specialist ConferenceDate:2025Authors:Scott BlenderSandeep Singh