Deis Robotics

Deis Robotics Deis Robotics’s primary goal is to provide opportunities to learn about mechanical engineering, electrical engineering, and computer science.

Deis Robotics’s primary goal is to provide students with the opportunity to learn about numerous aspects of mechanical engineering, electrical engineering, and computer science in order to design and build fully operational machines. The club seeks to unify the student body through their interest in technology by hosting numerous events and competitions where members will have the opportunity to l

earn about the manufacturing process of hardware, the creation of the accompanying software and participate in the construction of specific projects throughout the year. These learning opportunities will be facilitated by the club leaders whom in conjunction with Brandeis, staff from outside companies and organizations will organize numerous informational events. Meetings Fall 2020 are Mondays 6:30-8 PM (In Gerstenzeng 124 and virtually) and Thursdays 4-5:30 PM (virtually) link:
https://brandeis.zoom.us/j/95689193744

01/19/2021

We are excited to announce the results of our student leadership elections for the Spring 2021 and Fall 2021 semesters!

Co Presidents: Justin Leung and Emma Barash
Treasurer: August Soderberg
Research Liaison: Daniel Hariyanto
Member at Large: Nathan Cai

See you at semester start!

Hello Everyone!We are excited to announce our board elections for the Spring 2021 and Fall 2021 semesters!Please vote by...
01/14/2021

Hello Everyone!

We are excited to announce our board elections for the Spring 2021 and Fall 2021 semesters!

Please vote by Monday at 5PM here

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12/29/2020

Now that the semester is over, it is time for Deis Robotics Board Elections!

The positions are: President (2), Treasurer, Research liaison, and Member at Large, and elected board members will serve for the Spring 2021 and Fall 2021 semesters.

If you are interested in running for a position, please send your platform and desired position to [email protected] by this Friday at 5:00 PM.

Also, please email [email protected] if you have any questions

Thanks for a great semester!
- Deis Robotics

09/22/2020

We are excited to announce our meeting for this semester! Mondays 6:30-8 PM virtually and in person, and Thursdays 4-5:30 PM virtually link:

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Team Member Spotlight - Daniel Hariyanto!Daniel is working at the Rogers Lab via a summer fellowship from the Brandeis M...
06/30/2020

Team Member Spotlight - Daniel Hariyanto!

Daniel is working at the Rogers Lab via a summer fellowship from the Brandeis Materials Research Science and Engineering Center. He is conducting research in the field of DNA nanotech, where he investigates nanostructures called DNA nanostars. Specifically, he explores the thermodynamics of the phase separation of these structures and how these affect their material properties.

This research has implications in the fields of biology (specifically disease) and material science.

Phase separation of proteins and nucleic acids into liquid droplets play essential roles in the formation of membrane-less organelles within cells and are increasingly implicated in neurodegenerative diseases like Alzheimer’s and ALS due to protein aggregation. Due to the inherently non-equilibrium features of the cell, investigating the thermodynamics of the multivalent interactions by which droplets form is difficult. However, model systems such as DNA nanostars show potential in overcoming these limitations.

In material science, this research on DNA nanostars can yield important information to synthesize biomimetic (biocompatible) colloidal particles with designed physiochemical properties in the future. These particles will be essential in more effective and controlled drug delivery systems.

The image below is a visual representation of 3-arm DNA nanostars with 8-nucleotide sticky-ends in various phases.
-- Taken from Sato, Y., Sakamoto, T., & Takinoue, M. (2020). Sequence-based engineering of dynamic functions of micrometer-sized DNA droplets. Science Advances, 6(23). doi:10.1126/sciadv.aba3471.

Hello Everyone! You are all invited to the Brandeis 2020 Tech Fest at 4 PM Today!Come by to see the amazing projects tha...
06/18/2020

Hello Everyone! You are all invited to the Brandeis 2020 Tech Fest at 4 PM Today!

Come by to see the amazing projects that Brandeis community members are working on!

The combat robotics project is our largest undertaking! It began last fall, with the team formulating an initial robot d...
06/10/2020

The combat robotics project is our largest undertaking! It began last fall, with the team formulating an initial robot design and team proposal. This summer, we are revamping our efforts, forming outreach, marketing, engineering, logistics and project management departments to formulate a robot design to submit to a robot combat competition. Due to the onset of Covid-19, we are working with our university to establish effective safety strategies. This project is led by Justin Leung, Nathan Cai, Jovana Bijelic, and Emma Barash.
We are currently finalizing the design of our robot. We have decided to adopt a vertical spinner bot design, but this design comes with some challenges, including turning issues and gaps in the armor (specifically the sides). To address these concerns, we made two modifications: a weighted disk spinning at a calculated speed to allow for better agility and hinged flaps on the side of the bot to fill in the gaps and give us enough sloping on the side to nullify ramming attacks.

We will be posting more information as the project progresses, and we are eager to see where it takes us!

See below: combat robot members meeting via zoom and initial robot design

Address

Waltham, MA

Website

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