Group of students looking at a couple of different monitors for CubeSat project

The LMU CubeSat Laboratory consists of several subsystems for the design and implementation of the LMU CubeSat, whose mission is demonstration of altitude control via a retractable solar sail. Students of different programs collaborate to design, implement, test, and integrate the different subsystems required for the mission. Dr. Vejarano supervises the student research in collaboration with industry partners from Aerospace Corporation.

The subsystems include:

CubeSat Hardware

UHF Transceiver Type II

UHF Transceiver Type II (Endurosat)

Microcontroller MCU Chip

Microcontroller (MCU) Chip

CubeSat Development Board

CubeSat Development Board

LED IO Board

LED I/O Board

The MPLAB ICD 3

The MPLAB ICD 3

Ground Station Hardware

Yagi Antenna

Yagi Antenna

LNA

LNA

SDR

SDR

Raspberry Pi

Raspberry Pi

Azimuth and Elevation Rotator

Azimuth and Elevation Rotator

Relay Board

Relay Board

CubeSat Software

Real-Time Operating System Salvo

Real-Time Operating System (Salvo)

MPLAB IDE

MPLAB IDE

Hyper Terminal

Hyper Terminal

Ground Station Software

SDRSharp

SDRSharp

WXtolmg

WXtolmg

GNU Radio

GNU Radio

Gpredict

Gpredict