The avionics sub-team will work to design, analyze, fabricate, and test the electrical system of the CubeSat. The sub-team will have the chance to design and fabricate Printed Circuit Boards for the overall CubeSat computer. Experience with electrical design and microcontrollers is not required but highly encouraged.

For more information on the avionics sub-team meeting contact the Avionics Sub-team Lead, Siddhartha Harmalkar, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The payload sub-team will be tasked with designing, building, and testing the payload that will be put on the CubeSat. Depending on the specific science payload chosen, you will work with the Principal Investigator to make sure the payload meets their requirements and will also function within the CubeSat structure.

For more information on the payload sub-team meeting contact the Payload Sub-team Lead, Raashi Dewan, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The structure sub-team’s role is to design, analyze, fabricate, and test all structural components of the CubeSat infrastructure. Members will be responsible for making and updating relevant 3D CAD models. Members may also have the opportunity to analyze components through Finite Element Analysis and Computational Fluid Dynamics.

For more information on the structures sub-team meeting contact Structures Sub-team Lead, Matthew Thomas, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The software sub-team will be responsible for building and maintaining the codebase of the CubeSat. This may include guidance, navigation, and control, communications, and data handling. Experience with programming languages (C, C++, Python, etc.) is not required but highly encouraged.

For more information on the software sub-team meeting contact the Software Sub-team Lead, Chase Kanipe, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

General body meeting on February 21st at 4:30pm.

Be sure to fill out the New Member’s Form before coming to the meeting and join the slack in order to get the zoom link. 

For more information for becoming a member check out the TerpLink or email seds@umd.edu. See you there!

The avionics sub-team will work to design, analyze, fabricate, and test the electrical system of the CubeSat. The sub-team will have the chance to design and fabricate Printed Circuit Boards for the overall CubeSat computer. Experience with electrical design and microcontrollers is not required but highly encouraged.

For more information on the avionics sub-team meeting contact the Avionics Sub-team Lead, Siddhartha Harmalkar, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The payload sub-team will be tasked with designing, building, and testing the payload that will be put on the CubeSat. Depending on the specific science payload chosen, you will work with the Principal Investigator to make sure the payload meets their requirements and will also function within the CubeSat structure.

For more information on the payload sub-team meeting contact the Payload Sub-team Lead, Raashi Dewan, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The structure sub-team’s role is to design, analyze, fabricate, and test all structural components of the CubeSat infrastructure. Members will be responsible for making and updating relevant 3D CAD models. Members may also have the opportunity to analyze components through Finite Element Analysis and Computational Fluid Dynamics.

For more information on the structures sub-team meeting contact Structures Sub-team Lead, Matthew Thomas, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The software sub-team will be responsible for building and maintaining the codebase of the CubeSat. This may include guidance, navigation, and control, communications, and data handling. Experience with programming languages (C, C++, Python, etc.) is not required but highly encouraged.

For more information on the software sub-team meeting contact the Software Sub-team Lead, Chase Kanipe, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The avionics sub-team will work to design, analyze, fabricate, and test the electrical system of the CubeSat. The sub-team will have the chance to design and fabricate Printed Circuit Boards for the overall CubeSat computer. Experience with electrical design and microcontrollers is not required but highly encouraged.

For more information on the avionics sub-team meeting contact the Avionics Sub-team Lead, Siddhartha Harmalkar, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The payload sub-team will be tasked with designing, building, and testing the payload that will be put on the CubeSat. Depending on the specific science payload chosen, you will work with the Principal Investigator to make sure the payload meets their requirements and will also function within the CubeSat structure.

For more information on the payload sub-team meeting contact the Payload Sub-team Lead, Raashi Dewan, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The structure sub-team’s role is to design, analyze, fabricate, and test all structural components of the CubeSat infrastructure. Members will be responsible for making and updating relevant 3D CAD models. Members may also have the opportunity to analyze components through Finite Element Analysis and Computational Fluid Dynamics.

For more information on the structures sub-team meeting contact Structures Sub-team Lead, Matthew Thomas, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The software sub-team will be responsible for building and maintaining the codebase of the CubeSat. This may include guidance, navigation, and control, communications, and data handling. Experience with programming languages (C, C++, Python, etc.) is not required but highly encouraged.

For more information on the software sub-team meeting contact the Software Sub-team Lead, Chase Kanipe, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

Our first general body meeting of the spring 2021 semester on February 7th at 4:30pm we will go over the most current TERPSAT timeline and outline our plans for the semester.

Be sure to fill out the New Member’s Form before coming to the meeting and join the slack in order to get the zoom link. 

For more information for becoming a member check out the TerpLink or email seds@umd.edu. See you there!

The avionics sub-team will work to design, analyze, fabricate, and test the electrical system of the CubeSat. The sub-team will have the chance to design and fabricate Printed Circuit Boards for the overall CubeSat computer. Experience with electrical design and microcontrollers is not required but highly encouraged.

For more information on the avionics sub-team meeting contact the Avionics Sub-team Lead, Siddhartha Harmalkar, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The payload sub-team will be tasked with designing, building, and testing the payload that will be put on the CubeSat. Depending on the specific science payload chosen, you will work with the Principal Investigator to make sure the payload meets their requirements and will also function within the CubeSat structure.

For more information on the payload sub-team meeting contact the Payload Sub-team Lead, Raashi Dewan, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.

The structure sub-team’s role is to design, analyze, fabricate, and test all structural components of the CubeSat infrastructure. Members will be responsible for making and updating relevant 3D CAD models. Members may also have the opportunity to analyze components through Finite Element Analysis and Computational Fluid Dynamics.

For more information on the structures sub-team meeting contact Structures Sub-team Lead, Matthew Thomas, through slack.

Go to our TERPLink and fill out the membership form on our website at sedsumd.com/jointheteam to be part of SEDS@UMD.