User:Vtaylor/k6 tech
Contents
https://gitlab.com/simracingstudio/srsapi - code
2024.3.11 . "programmable" seat mover
https://dofreality.com/ . Seat Mover MS2 (2 Axis) . $900
Seat Mover – the simplest model for motion simulator experience.
Features: This seat mover is the great motion simulator perfect for customers that want to enhance their gaming experience on their PlaySeat or GT Omega ART frame. This model moves the seat on two axis, Pitch and Roll (2 DOF). For full-motion platforms, check out our H2,H3 or P2,P3 models. Compatibility: PC, Xbox* and PlayStation** Any Peripherals: wheel , pedals, joystick , yoke, monitor , VR Included: The seat mover motion adapter. (The seat and game controllers are not included)
You want something that controls the unit and is programmable or modable?
I thought there might be some games on the supported platforms that might be suitable - not finding any easily.
https://dofreality.com/games/ supported games - ?? programmable
https://www.shacknews.com/article/135401/nex-developer-interview-gdc-2023 building a platform and development kit that will allow developers worldwide to create motion-control and haptic enabled games and applications. We were able to catch up to the Nex developers at GDC 2023 and talk to them about how the development kit has come together, the foundation on which the technology works, and what developers can do with what the tech offers.
Mods for Games - Mod DB
Mods and Add-Ons, Download | gamepressure.com
. "Mods and Add-Ons DownloadDownload game Mods and Add-Ons for freeThis site contains mods, free game modifications created by the fans, and official add-ons for your favorite titles. These mods...
Top free games tagged Moddable - itch.io . "Top freetagged Moddable (288 results)"
CurseForge for Mod Authors . "Unified Creator ConsoleCentralize all mod-related tasks: manage your mods/addons, versions, listings, and team permissionsCreator Tools IntegrationAutomate mod and file uploadsvia our API thr...
A beginner's guide to mods | PC Gamer . "start is the Steam Workshop. There you'll find hundreds of Steam games that support mods, and thousands (and sometimes hundreds of thousands) of mods for games like CS:GO, No Man's Sk...
List of games that support tracked motion controllers in non-VR gameplay - PCGamingWiki PCGW - bugs, fixes, crashes, mods, guides and improvements for every PC game . "List of games that support tracked motion controllers in non-VR gameplayFrom PCGamingWiki, the wiki about fixing PC gamesThis is a manual list of games believed to support motion controllers...
Nex developers on creating a motion-tracking gaming platform utilizing any smartphone | Shacknews . " building a platform and development kit that will allow developers worldwide to create motion-control and haptic enabled games and applications. We were able to catch up to the Nex developer...
Motion Simulator DOF Supported Games . "You can get motion in ANY game on PC, PS, XBOX and Oculus Quest !Plus 120 Games/Sims that provide native motion telemetry:"
Full Motion Simulator 2,3,6 Axis Platforms for PC home Flight and Racing games . Seat Mover MS2 (2 Axis) $900 Seat Mover – the simplest model for motion simulator experience.Features: This seat mover is the great motion simulator perfect for customers that want to enhance th...
Three Ways to Remotely Program a Robot
https://learn.birdbraintechnologies.com/remote-robots/three-ways-remote-robots/
We have SDK/API to send telemetry data or motion commands from Unity3D, Unreal or other software such as Python script to SimRacingStudio (software we use to operate motion platforms) https://gitlab.com/simracingstudio/srsapi It should be easy and faster approach.
Yes, in Unity3D and others there is a library to send data directly to Arduino (that our controller is based on) over serial. Alternately, SimRacingStudio SDK can be used. There shouldn’t be a problem sending your telemetry data from Unity3D to SRS, so it can set the platform position accordingly. https://gitlab.com/simracingstudio/srsapi
2024.1 test it 6+ girls . projects . grants findit
- tryengineering arduino blink light sculpture * games
- girl tech mini robots wearables redo circuits wearables tinkerdcad prosthesis biomimicry water irrigation recycling * circuits what's missing
- webpages * technology class what learning objectives computers hands-on creativity
- others gardening mucci resources dana community smithsonian cert butterfly lagoon terry
- integration art garden lagoon greatrex duncan
. car
. grants
. wearable
. tinkercad origami
43.photo edit canva + 43. webxr glitch . spatial games
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. circuits wearable control systems games toolshare rss
. arduino
. k7cybersecurity zcybersecurity zcar techideas wearable origami tinkercad
techideas zunity mrz
<rss date="" max="17">http://www.diigo.com/rss/user/vtaylor/zcar</rss>
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23.43 https://chat.openai.com/c/28cf16fd-d3cd-43f6-82b3-d7d96b5feea8
VT: Write an outline for a 15 minute presentation on information technology jobs from 1970 to the present. ChatGPT: Title: Evolution of Information Technology Jobs: 1970 to the Present
I. Introduction (2 minutes) A. Welcome and brief overview of the presentation B. Importance of understanding the evolution of IT jobs C. Briefly introduce the timeline from 1970 to the present
II. 1970s - The Dawn of the Digital Age (2 minutes) A. Overview of the IT landscape in the 1970s B. Key developments and technologies (e.g., mainframes, minicomputers) C. Early IT job roles and responsibilities
III. 1980s - The Rise of Personal Computers (2 minutes) A. The impact of personal computers on IT B. The emergence of software development and programming roles C. IT job market growth in the 1980s
IV. 1990s - The Internet Revolution (2 minutes) A. The internet's transformative effect on IT B. Growth of network administrators and web developers C. IT certifications and professionalization
V. 2000s - The Dot-Com Bubble and Beyond (2 minutes) A. The Dot-Com bubble and its impact on IT jobs B. Expansion of roles like database administrators and security experts C. The importance of IT project management
VI. 2010s - The Mobile and Cloud Era (2 minutes) A. The rise of mobile technology and cloud computing B. Evolving job roles like mobile app developers and cloud architects C. The shift towards data science and analytics roles
VII. Present Day (2 minutes) A. Current IT job market and trends B. High-demand job roles and skills C. The impact of emerging technologies like AI and cybersecurity
VIII. Future Prospects (1 minute) A. A glimpse into the future of IT jobs B. Predictions for job roles in the next decade
IX. Conclusion (1 minute) A. Summarize key takeaways B. Emphasize the continuous evolution of IT jobs C. Encourage the audience to adapt and grow with the industry
X. Q&A Session (2 minutes) A. Open the floor for questions and discussions B. Provide insights and recommendations based on audience questions
XI. Thank You and Closing (1 minute) A. Express gratitude to the audience for their participation B. Provide contact information for further inquiries or discussions
VT: Add an example of a technology job title for each point
ChatGPT: Sure, here are examples of technology job titles for each point in the presentation:
I. 1970s - The Dawn of the Digital Age A. Job Title: Mainframe Computer Operator B. Job Title: Systems Analyst C. Job Title: Computer Programmer
II. 1980s - The Rise of Personal Computers A. Job Title: PC Technician B. Job Title: Software Developer C. Job Title: Network Administrator
III. 1990s - The Internet Revolution A. Job Title: Webmaster B. Job Title: Network Engineer C. Job Title: Information Security Specialist
IV. 2000s - The Dot-Com Bubble and Beyond A. Job Title: E-commerce Developer B. Job Title: Database Administrator C. Job Title: IT Project Manager
V. 2010s - The Mobile and Cloud Era A. Job Title: Mobile App Developer B. Job Title: Cloud Solutions Architect C. Job Title: Data Scientist
VI. Present Day A. Job Title: AI/ML Engineer B. Job Title: Cybersecurity Analyst C. Job Title: DevOps Engineer
VII. Future Prospects A. Job Title: Quantum Computing Researcher B. Job Title: Blockchain Developer C. Job Title: Augmented Reality Developer
Feel free to adjust the job titles according to the focus of your presentation and the specific examples that best illustrate the points you're making.
VT: Write a short summary of online teaching and learning during this timeframe as points
ChatGPT: Certainly, here's a short summary of the key points related to online teaching and learning during the timeframe of 1970 to the present:
- Emergence of E-Learning (1990s): The concept of online learning began to gain prominence in the 1990s with the advent of the internet, offering students the flexibility to access educational content and resources online.
- Early Web-Based Learning Platforms (2000s): The 2000s saw the development of early web-based learning management systems (LMS) like Blackboard and Moodle, which provided a centralized platform for course materials and assignments.
- MOOCs and Open Online Courses (2010s): Massive Open Online Courses (MOOCs) gained popularity in the 2010s, offering free or affordable access to a wide range of courses from top universities and institutions.
- Virtual Classrooms and Webinars (2010s): The growth of video conferencing technology allowed for the creation of virtual classrooms and webinars, enabling real-time interaction between students and instructors.
- Blended Learning Models (2000s-present): The integration of online learning with traditional classroom teaching became more common, creating a blended learning approach that combined the benefits of both in-person and online education.
- Learning Analytics (2010s-present): The use of data and analytics in online education to track student progress, identify areas of improvement, and personalize learning experiences.
- Interactive and Multimedia Content (2000s-present): The development of interactive and multimedia content, including simulations, videos, and gamified learning, enhanced the engagement and effectiveness of online courses.
- Accessibility and Inclusivity (2010s-present): Efforts to make online education more accessible and inclusive for all students, including those with disabilities, through features like closed captioning and adaptive technologies.
- Remote Learning Challenges (2020s): The COVID-19 pandemic accelerated the adoption of online education, but it also highlighted challenges related to technology access, student engagement, and the digital divide.
- Future of Online Learning (ongoing): Online education continues to evolve with advancements in artificial intelligence, virtual reality, and the exploration of new pedagogical methods, making it a dynamic and integral part of the education landscape.
-Talk a little about your business and what you do at your business. -What qualifications are required for your line of business? -What education is required for your line of business? -What skills and qualities do you look for when hiring for your business? -What is the average pay for someone in your line of work? -When interviewing to fill a position, what do you look for? -What advice do you have for someone interested in your field of work?
Online Teaching and Learning Adult Education . self-directed lifelong learning . anywhere anytime . interaction participation
Food Science Masters of Science Education Online Teaching and Learning
Information Technology Higher Education Online courses Volunteering SCORE Mentoring
2023.9 . e4k spatial visualization games . softrobot
Can you check to see if I can even apply for them? top link we can make robots that we can play against in air hockey(350.00 each hope for 3-5) bottom link is another robot to code.(250 for 10 ) https://www.adafruit.com/product/4781
BBC micro:bit v2 Meet the new BBC micro:bit v2 - Upgraded with a powerful new processor that has tons more capability and also adds more sensing with a new speaker and microphone!The latest micro:bit will ... www.adafruit.com
. activities k-8 toolshare > e4k . k-6 tues spatial girls
23.34 Teach About Simple Machines | Science Buddies Blog Each Video Lesson asks a science question, teaches students about the relevant science, and guides students in a hands-on experiment that will help them answer the question. Video Lessons are NGSS-...
... stem > e4k girls spatial
2022.9 .. was Sci Tech K-8 now K-12 . lectric library . e4k . k-3 k-8 remote home
2022.11 https://files.constantcontact.com/74c98b87001/5ac44e92-3e88-4ad7-95da-48a7719a0085.pdf research questions, plan investigations, collect data, and share their stories with fellow students, teachers, and communities. MSEF is here to support students and teachers from the first step of their journey. Let’s OBSERVE, PLAN, EXPLORE, & EXPLAIN how to get Science Fair Ready
2021.9 . hands-on steam k-5/6 . stem big e
, nov 3 k-6 activities curriculum resources process . intro to engineering
. nov 10 k-2
. nov 17 3-6
. e3 k5eng
. Steve McGee intro to engineering . In his courses . Wish k-6 had covered .suggest to include . Friday presenters x2 classes
stem big e
Puzzles - jigsaw puzzles, 3D wooden puzzles, iPad app, web resources for make your own / solve online - critical thinking, spatial visualization, problem solving Measurement - scavenger hunt, ruler, tape measure, measuring spoons, measuring cups - length, volume, weight Catapult - craft sticks, elastics, spoons, puffballs - motion, angle, force Flight - paper airplanes, launchers, foam plates - design, iteration, forces, drag, lift
2021.11.10 Going through my notes from yesterday, the next step is setting up a way to exchange information and feedback with the teachers. Can you set this up?
I will have the first couple of “to go boxes” ready for next week. Is there a place where they can be kept and be accessible?
The first projects are Measurement, the Spoons and Sticks, and Flight. I will put the information about each on lectriclibrary.org - teachers can add comments so this would be one way to track feedback as teachers use the projects.
Do you have or can you recommend 2-3 books that we can use as an exploration starter?
This is where teacher collaboration kicks in. What do they have in mind, either as topics/themes or specific projects? I can suggest some others. It is much better to work with teachers to put together projects that they can connect with other class work. It sounded like they already had some ideas. How can we get this going?
Thanks for your help.
2021.11.3
. k-6 teachers - intro here to help sharing research . time integration with curriculum . show / tell . what are you doing . what works . think about how i can help . k-2 11nov . gr 3-6 17nov . visit 4th projects presentations
. outline . Engineering is a great story about making things and making things better
. who what why how . ask imagine plan create improve . already know do . soWhat nowWhat
. my background
. . engineering . intro to engineering 5 words . create . Process do over iterate improve . https://wikieducator.org/User:Vtaylor/Engineering/Learn_more... .
https://engineering4kids.org/thatsengineering/
. . Outcomes . Connection to stem. Practical application. Engagement . Individual partner collaboration
. problem solving spatial visualization critical thinking
. . suitcase materials video instructions concept highlights ? lesson ideas . Customize use as is . Save contribution . Format box bin online
. . show and tell . do 1 . show 2
. application real life
. resources curate search request distribution
. Questions . Curriculum topics to highlight demonstrate . Alter activities materials
. done that need new update expand . Other suggestions help with setup . share same grade multi-grades
. Great ideas share expand improve feedback
. iPads as tools measure record capture . Apps . Instructions
. Health safety
. measurement . Lists scavenger hunt ? Pairs / individual . String big things . Sidewalk solar system . length height rulers tape measures self body parts classroom item outdoors . weight electronic scale . Temperature . Time . iPad stop watch vs clock . Angles shapes
. Paper Airplanes . Launchers vs hand . Distance . Time in air . Design improve . Weight paper lip . Shorten wings .adjust control surfaces . other designs .farther than Wright bros
. Catapult . Force distance angles . Alter design . New objectives
. Materials . Cool stuff dollar store party favors . Pop-poms marshmallows . Magnifying glasses ? sci . String ribbon / tape with distances marked . Rubber bands craft slicks plastic spoons . Chalk . Card board index cards paper clips . Foam plates . Cardboard rolls
. Bigger items classroom teachers . Electronic scale kitchen bathroom . thermometers
. https://wikieducator.org/User:Vtaylor/k8engineering/Intro_to_engineering self-directed
2021.11.10 k-2 . Hands-on 2 projects discuss . Possibilities. Changes . Adaptations
outline
. Ask (What? Ask questions, understand the need, identify the problem, define) . Imagine (So what? Imagine, brainstorm, explore, discover) . Plan (Now what? Plan, design) . Create (Do it. Create, try it out) . Improve (If this then what? Improve, make it better)
e4k
. try this . ipad apps . puzzles spatial . simple . origami . paper planes . measurement - scavenger hunt lists
. engineering design notebook . record any essential notes, drawings, and intellectual properties. With sequentially numbered pages, table of content pages, researcher and witness signature and date blocks
. science . demo concepts . math . calculate collect data display chart relate . technology . tools . learning literacy . search self-directed . reading writing - instructions notes reflection
. e4k
lectriclibrary
. https://lectriclibrary.org/2021/10/29/catapult/
. https://lectriclibrary.org/2021/10/11/chairs/
. https://lectriclibrary.org/2021/10/06/jigsaw-puzzles/
. https://lectriclibrary.org/2021/10/06/connect-the-dots/
. https://lectriclibrary.org/2021/10/05/hands-on-steam-activities/
mrz
. jigsaw puzzles app web print make . embroidery machine . robo vacuum
. cardboard chair . 3x5 kidsize
mrmcgee . middle intro . high . special
engineering... definitions
We will explore how engineering plays a big part in our “built environment” as well as how scientists do their work with the help of engineers. https://engineering4kids.org/thatsengineering/
https://engineering4kids.org/2019/03/06/engineering-is/ . making things and making things better . the use of science and math to design or make things. . the discipline and profession of applying scientific knowledge and utilizing natural laws and physical resources in order to design and implement materials, structures, machines, devices, systems, and processes that realize a desired objective and meet specified criteria. . the silent E in STEM or STEAM (Arts) or STREAM (Reading). Most K-8 educators have little or no background in engineering. . Scientists study the world as it is; engineers create the world that has never been. — Theodore von Kármán . Scientists typically seek multiple strands of evidence to support or refute claims about the natural world (Scientific Method), while engineers use an iterative problem solving process to meet specific, often human-related, needs (Engineering Design Process).
resources
Amazon.com: 15-Minute STEM: Quick, creative science, technology, engineering and mathematics activities for 5-11 year-olds: 9781785833359: Emily Hunt: Books . innovative resource has been designed to reassure educators (and parents) that they don't need to be experts to deliver high-quality STEM education. Each activity includes step-by-step instruct...
Engineering 101~Pop-Up Book! – High Tech Middle Chula Vista . activity - make a pop-up book. materials Scissors Cardstock Crayons/color pencils Internet Access Scrapbook materialsspecializations within this field of engineering and what do they in...
Easy Engineering Lesson Plans & Activities for Ages 4-18 . Explore IEEE Try Engineering’s database of lesson plans to teach engineering concepts to your students, aged 4 to 18. Explore areas such as lasers, LED lights, flight, smart buildings, and more t...
You Need to Try These Engineering Activities for Kids | Fun-A-Day! . Check out some super engaging engineering activities for kids to try! Be sure to check out the free printable at the bottom of the post, too.Children are natural engineers. They love to design and...
spatial visualization
2021.10 spatial visualization . . Spatial visualization (SV) is the ability to think in 3D. Did you know that up to 60% of students in STEM programs have weak SV skills? This skills gap can lead to difficulty in engineering, technology, and science classes which require proficiency with 3D thinking. Thankfully, studies have shown that SV skills are teachable and improve student outcomes in STEM fields. SV training is especially beneficial for women and other underrepresented populations that may have had less experience in playing with building toys as children and find themselves at a disadvantage when entering STEM fields. . Sketching 2D and 3D shapes is the recommended approach to improving SV skills. Sketching is also important for creativity, project-based learning, and teamwork. https://home.edweb.net/webinar/stem20211109/
. https://www.higheredservices.org/ intro . https://vimeopro.com/sorby/spatial-sample-resources/video/171030421 video . https://wikieducator.org/User:Vtaylor/k8engineering/Spatial_thinking . https://wikieducator.org/User:Vtaylor/MathSci_5
2021.9.29 Aviation Day . Jeff Dana Alexia . 2 helicopter 12 planes? . presentation keith jeff kathy . lunch jan dana brother . 7-11 great questions
