Channing Bloedel

SDSU · MECHANICAL ENGINEERING

Channing Bloedel

Mechanical engineering student · aspiring systems engineer

Brookings, SD·SDSU Class of 2028·NASA RASC-AL
Contact:
TRAVEL JOURNAL

Out exploring.

Photos from the places I’ve visited and the people I’ve shared them with.

RESUME

My engineering work.

Projects, internships, education, and the tools I use.

Resume PDF View or download my resume

I’m a mechanical engineering student at South Dakota State University, interested in the systems that make space missions work. I like getting into the practical details—from how a rover moves to how hardware holds up. I’ve explored those questions through NASA design competitions and hands-on engineering work.

MISSION LOG — NASA RASC-AL COMPETITION HISTORY
"TERMITE"Aug 2026 – Present

Team Leader

Systems engineering competition to design a lunar transit pathway construction mission. Leading a team of 15 from kickoff through delivery.

"SELENE"Mar – Jun 2026

Design Lead

Designed a refrigerated and ambient storage container to hold lunar surface core samples for a sample-storage mission to the Moon. Also designed and prototyped the core drill that attaches to the front of the FLEX rover.

Best in Theme — Finalist
"NOVA"Sep 2024 – Jun 2025

Mobility Sub-Team Leader

For the NASA RASC-AL competition, I led the mobility sub-team in designing and analyzing a lunar maintenance and servicing rover. I designed and performed FEA on the rover mobility system using SolidWorks, ANSYS, and ADAMS View. The team developed a concept to repair lunar infrastructure, transfer utilities, move payloads, and survey and navigate the lunar surface.

Best Prototype — Finalist
NOVA lunar rover concept · Drag to explore

SUSPENSION TEST

NOVA rover suspension test

COMPETITION GOALS

NOVA was designed to support sustained lunar operations through these mission goals:

  1. Repair existing lunar infrastructure, including solar panels, habitat modules, communication arrays, and other rovers.
  2. Connect umbilicals for fluid, data, and power transfers.
  3. Transport payloads up to 800 kg around the lunar base.
  4. Monitor the surrounding lunar environment using vision, optics, and sensors.
  5. Autonomously navigate the lunar surface, traversing slopes up to 20° and obstacles up to 0.2 m.
  6. Define NOVA’s process from Earth to Moon, including its development timeline, launch, and tasks.
NOVA bridge structure design
NOVA bridge structure
NOVA rover main system callouts
NOVA rover system callouts
WORK EXPERIENCE
Mechanical Design Intern · AeroflyOct 2025 – Oct 2026

Built digital twin models of 15+ electrical substations in Autodesk Inventor from ReCap scan data; led quality control and streamlined workflow across teams.

Lab Services Reliability ME Student · DaktronicsApr – Sep 2025

Ran reliability testing on power supplies for LED displays; led failure-analysis investigations and documented findings for engineering teams. Designed parts in Creo.

District Technology Assistant · Lead-Deadwood SchoolMay – Aug 2024

Managed surplus of 200+ hardware devices and imaged technology for ~450 students.

EDUCATION & TOOLS

EDUCATION

South Dakota State University

B.S. Mechanical Engineering · GPA 3.3 · May 2028

Relevant Coursework: Thermodynamics II, Heat Transfer, Automatic Controls, Aerodynamics, Design of Machine Elements, Engineering Materials

TOOLBOX

CADSolidWorks, Inventor, Creo
AnalysisANSYS, StarCCM+, ADAMS
ComputingMATLAB, ReCap
ShopMachining, maintenance
OrgASME · Oasis Leadership