Dashiell Silberg

Software Engineer

Kent, Washington, United States1 yr 2 mos experience

AI EnabledAI ML Practitioner

Key Highlights

Expert in flight algorithms and simulations.
Developed innovative cable-driven robotic arm.
Strong background in mechanical analysis and design.

Stackforce AI infers this person is a skilled aerospace engineer with a focus on robotics and mechanical analysis.

Contact

Skills

Core Skills

Mechanical AnalysisFinite Element Analysis (fea)Research

Other Skills

NastranHigh Performance Computing (HPC)Computer-Aided Design (CAD)SimulinkOrbital MechanicsSoftware DevelopmentArtificial Intelligence (AI)Rigid Body DynamicsNumerical SimulationGitBashModal AnalysisFlex-body DynamicsPython (Programming Language)MATLAB

About

I spend every waking minute building something. At work, that's flight algorithms and simulations for the world's most advanced rocket. At home, it's whatever the heck I feel like learning about!

Experience

Stoke space

GNC Engineer

Jan 2025 – Present · 1 yr 2 mos · Kent, Washington, United States · On-site

The aerospace corporation

Flight Software Systems Intern

May 2024 – Aug 2024 · 3 mos · El Segundo, California, United States · On-site

Northrop grumman

2 roles

Guidance Navigation and Control Intern

Jun 2023 – Aug 2023 · 2 mos · Chandler, Arizona, United States · On-site

Mechanical Engineering (Loads and Dynamics) Co-op

Jun 2022 – Dec 2022 · 6 mos · Chandler, Arizona, United States

Worked in the loads and dynamics group within the launch vehicles business unit. Performed modal, coupled loads and flex-body separation analysis on multiple vehicles. Analysis drove design of crucial flight hardware and autopilot systems.

NastranHigh Performance Computing (HPC)Mechanical AnalysisFinite Element Analysis (FEA)

Purdue polytechnic institute

Cable-Driven Robotics Researcher

Aug 2021 – Apr 2022 · 8 mos · West Lafayette, Indiana, United States

Performed research in the field of cable-driven robotics alongside PhD candidate Ruoyi Li under Dr. Diao Xiumin in Purdue's school of mechanical engineering technology. Our research encompassed the development of an inexpensive, novel cable-driven robotic arm. Our primary objective was to develop a cost effective, robust and modular transhumeral prosthetic. Cable driven robotics are well suited for this role, as they are inherently more compliant and low-mass than industrial solutions, making them safer and more comfortable for the user.

ResearchComputer-Aided Design (CAD)Mechanical Analysis