SR Events Page
- Most of these events are offered at no cost to you; except those which are specified as otherwise.
- Please do review "Target Audience", if applicable, before reserving a seat.
- For events held at SR center:
- all current Storming Robots students and parents will have priority to attend.
- Seats are very limited. A great deal of resources, time and energy have been invested to make each event available. If you have reserved a seat but will not be able to attend, please do notify us with at least one day prior to the presenation. This will allow us to release seat to others in waiting list.
- NO-Show Clause: You will not be entitled to priority reservation on any of our free event in the future. You will be given a seat only a few hours before an event if any seat is available.
To Reserve a Seat:Email us to reserve one timeslot.
|Nov. 13th | 6:00pm||RoadMap||Online. Email us to reserve one timeslot.|
|Nov. 17th | 4:00pm||New Student Evals||At SR. Click here to register|
|Nov. 27th | 6:00pm||RoadMap||At SR. Email us to reserve one timeslot.|
|Dec. 1st | 4:00pm||New Student Eval||At SR. Click here to register|
|Dec. 15th | 4:00pm||New Student Eval||At SR. Click here to register|
Sequence of Free online Technical discussions on Robotics Soccer League with LEGO Mindstorms...Two of SR's high school students, Daniel Xue and Ethan Wu, took the initiative to launch our 1st Robotics Soccer with LEGO Mindstorms. Due to proprietary trademark restriction, the competition name will most likely change in the near future. For the time being, it is left as "LEGO Robotic Soccer League. Visit the site to learn more and sign up for online technical discussion sessions at no cost.
Combining SLAM with Image Processing to Generate Accurate 2-D Maps [Raspberry PI/Arduino]:
Presenters: Alex Zhang (Gr.10) and Sunny Cheng (Gr.11)
July 14th of 2018 (Saturday) | 1:-1:30PM
June 10th of 2018 (Sunday) | 12:30-1:00PM.Read more ...
SLAM stands for Simultaneous Localization and Mapping. It is a common problem in robotics navigation in terms of accuracy; especially in a confined environment, e.g. in your own home. Accurately determining a robot's position and orientation within a region can be difficult due to noise from sensor inaccuracies, drift error that accumulates over time, and other unknown variables within the robot's environment. To compensate for these errors, copious data must be extracted from a robot's surrounding to help the robot correctly predict its position. This talk will:
- discuss methods of gathering, parsing, and correcting data in a robotics application where many assumptions such as having perfect sensor readings and a perfectly functioning robot are unrealistic.
- highlight potential problems with this particular SLAM method and methods for analyzing and correcting false or inaccurate data points in the robot's map.
- will also go over image processing techniques that can be fused with SLAM to ultimately generate an accurate map of a robot's local and global surroundings and label relevant points precisely within the map.
Guide To Math Competitions
Presenter: Simon Lee (Professional | Mathematician).
Date: July 14th, 2018 | 2:00 to 3:00 pm followed by QnARead more ...
- Various Math Contests.
- Their value not only for strengthening analytical skill, but also boosting competitiveness in college application.
- How to prepare your children.
- Discuss subsequent Mini-Course Mathematics Beyond the standard Curriculum and learning opportunity with the expert.
- Preparation for the upcoming 2018-9 Math Competition, such AMC10, etc.
- About RVMG Annual Math Contest.
Guide To Robotics Competitions
Presenter: Elizabeth Mabrey, Director of Storming Robots
Date: 2018 | July 14th : 3:30 to 4:30. . .
Computer Vision Control - Visual Victims
Presenter: Ehtan Wu (10th Grade) and Daniel Xue (9th Grade).
Date: 2018 .
Read more ...
June 10, 2018 | 3:15 to 3:30
Abstract. Computer Vision is a ﬁeld applicable to many applications in modern life. But how does one balance the demands of high speed performance while deploying to hardware which potentially needs to be very small in size and cheap in construction? In the process of solving the tasks presented by the RoboCupJunior Rescue Maze Competition, we used innovative custom designed hardware to minimize the space needed along with a specialized original algorithm capable of running on low performance machines, allowing for the deployment of letter detection algorithms on a very small robot. Learn More
Unlocking the Potential of Your Microcontroller
Presenter: Ehtan Wu (10th Grade).
Date: TBD .
Read more ...
June 10, 2018 | 3:15 to 3:30
Abstract. Many useful hardware features of commonly-used advanced microcontrollers are often not utilized to their fullest potential, requiring workarounds such as multiple microcontrollers. By allowing microcontroller hardware to handle interfacing with most robot components, including sampling sensors, driving motors, and sending or receiving other data, the microcontroller’s core is free to focus on other tasks such as compute-intensive processing and algorithms. Thus a robot can be built with the same functionality while utilizing fewer independent microcontrollers as well as having the potential for greater performance. Learn More
Introduce the coolness of programming self-awareness for the robot to beginners!
April 10th of 2018 (Tuesday) : 5:00-5:45PM | 6:15 to 7:00pm.Read more ...
To honor the National Robotics Week, we are offering two free 45 minutes introductory sessions to beginners. You will have the opportunity to program the robot to react to its environment utilizing sensor feedback. Limited seats are available. Pre-Registration IS Required. No Walk-in will be accepted. Grade requirement: Grades 4 to 7. IMPORTANT: If you register, you will take up a seat. If you think you will not attend, please inform us at least one week ahead. This will allow us to release the seat to someone else. Schedule: To Reserve a seat: Email us to reserve one timeslot
ISEF Award Project - Predicting Lung Cancer Onset Using Segmentation and Classification
Presenter: Neelay Trivedi (10th Grade)
October 14th of 2017 (Saturday) at Storming Robots. | 6 to 6:30pm.Read more ...
His project Wows 5 2017 ISEF Awards Including Finalist Grand Prize at New Jersey Regional Science Fair - View his ISEF Project. He used an EC2 to build a machine learning pipleline in Python that attempts to predict whether lung CT scans containing cancer or not. He will talk about Tensorflow and Keras, and how this work can be extended to revolutionize disease diagnosis.
Compact bot with Customizable PCB and STM32 Software
Presenter: Ethan Wu (9th Grade)
September 17th of 2017 (Sunday) at Storming Robots. | 6 to 6:15 pm.Read more ...
Showcase a custom designed PCB with STM32 software on ARM microprocessor, onboard motor controllers. It, along with Maze w/ OpenCV algorithm, was awarded the "Best Rescue Engineering Strategy" at the World Competition held in Nagoya, Japan in July 2017. Fun topic for Embedded System enthusiasts.
Tech Talk about Maze Search Algorithm!
Presenters: Jeffrey Cheng, Julian Lee and Stepan Gorelenko (all in 8th grade)
Date: 2016 | December 11th |10:00 to 10:45 am.Read more ...
Target audience: Programming experience and algebra I. Interested in Software Algorithms. Software/ Hardware : RobotC by CMU Robotics Academy + C++ and Mindstorms + various 3rd party devices The team have created a maze-navigating robot to simulate a rescue mission. It will identify victims with thermal sensor and dispense rescue kits along optimal paths calculated by their search algorithm (unweighted Dijkstra Algorithm). This project utilized 9 sensing devices including mostly I2C– based 3rd party sensors. Team also has designed and 3D printed their components to house sensors as well as tackling intense challenge. View the team website
Tech Talk about A Chess Prototype Algorithm - MinMax!
Presenter: Alexander Lisenko (8th Grade)
Date: 2016 | December 4th |10:00 to 10:45 am.Read more ...
By : Alexandar Lisenko Target audience: Programming experience and algebra I. Alex will demonstrate his customed built LEGO Tic-Tac-Toe Machine. This is no normal machine. The software written for this machine is different from typical ad-hoc/brute-force method. It is programmed with the Minmax Algorithm which will never lose a game.. Minmax is a prototype algorithm used by most 2-players game, such as Chess.
Roadmap Information Meeting
Date: 2016 | Nov. 12th, 13th, 19th, and 20th.
- Nov-12th/Sat. | 6:00 - 6:30pm
- Nov-13th/Sat. | 6:00 - 6:30pm
- Nov-19th/Sat. | 9:30 - 10:00am
- Nov-20th/Sat. | 9:30 - 10:00am
Two Tech Talks by our Advanced Students
Date: 2016 | Sept-18th:6 to 7pm and Sept-24th: 6 to 7pm
- Customizable Compact Maze Navigation Robot by Ehtan Wu. Read more ...
A robot built ontop of a custom designed PCB, based upon an STM32F4 series ARM microprocessor, using almost all 3D printed structural components, as an open-source platform. Learn more
Target Audience :
- Age 13+. Ideally, with some level of true computer programming experience.
- Computer/technology professionals and College engineering students are particularly welcomed.
- MORFBOTS | by Neelay Trivedi and Prateek humanne
Robots Formation is a multi-agent project in which a small group of robots Read more ...
will form specific polygons defined by the user. They have to generate the best suitable coordinates or vertices through localization techniques with Convex Hull Algorithm. They then form the dynamic user-defined size and pattern as fast as possible.
On 9/24/2016 session, speakers will also go thru the Convex Hull Algorithm math work as well. Learn more