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Nick Spivak

nick.spivak@rutgers.edu | linkedin.com/in/nick-spivak

Education

Rutgers UniversityNew Brunswick, NJ
Bachelor of Science in Aerospace EngineeringExpected May 2028

GPA: 3.61 | Dean's List: Fall 2025 | Graduating one year early

Completed: Statics, Differential Equations, Multivariable Calculus, Calculus II, Analytical Physics IA and IB, General Chemistry I and II, Engineering Economics

In progress, Fall 2026: Dynamics, Mechatronics, Mechanics of Materials, Computer-Aided Design in MAE, Introduction to Aerospace Engineering, Analytical Physics IIA

Spring 2027: Thermodynamics, Fluid Mechanics, MAE Measurements with Lab, Aerospace Structures, Design of Mechanical Components

Research

Undergraduate Researcher, Lunar Lava Tubes2026 to Present
Rutgers University, advised by Prof. Haym BenaroyaNew Brunswick, NJ
  • Read over forty papers on lunar habitats, lava tube structure, pressurization, and autonomous robotics to select a research direction.
  • Proposed lava tubes as the research domain and had the direction accepted by my advisor.
  • Narrowing toward characterizing whether a lava tube can hold pressure as a habitat, through rock mass strength, ceiling stability, seismic response, and meteoroid damage.
  • Work aligns with NASA's Human Spaceflight Mission Directorate and its Moon Base program.

Projects

Solid-Motor Rocket: Build, Flight, and Recovery Analysis2026
Personal projectNew Jersey
  • Built and flew a solid-motor rocket across multiple flights, and built a reusable launch pad for it.
  • Modeled the vehicle in OpenRocket to predict apogee and select motors across several flights.
  • Lost the vehicle to a recovery failure, traced the root cause, and rebuilt the recovery and preflight process around it.
  • Pursuing Tripoli Level 1 certification, attempt scheduled September 5, 2026, with ground ejection testing first.
Personal projectNew Brunswick, NJ
  • Designed a welded aluminum space frame in SolidWorks across five revisions, for a 215 kg single seat aircraft.
  • Ran six static and buckling studies in SolidWorks Simulation, and enlarged the arm tubes after a member reached yield.
  • Chose eight T-Motor V13L motors in coaxial pairs, and split the 24S battery into two independent packs to halve per-pack current.
  • Built a 1:5 scale model, which showed the CAD cut lengths were not manufacturable as drawn.

Skills

Proficient: SolidWorks, OpenRocket, Java

Moderate: SolidWorks Simulation (FEA), MATLAB, Simulink, Python

Experience

Server's Assistant, Cracker Barrel, Mount Arlington, NJ, Aug. 2023 to June 2025.

Rocks & Ropes Facilitator, YMCA of the Rockies, Granby, CO, June 2025 to Aug. 2025.