Japan\\\\\\\'s Perforated Roads Technology!
Not only that—these smart roads also help in cooling the surface temperature, reducing urban heat islands. It’s a brilliant mix of civil engineering and environmental sustainability.
Watch till the end to know how these holes are making cities safer and smarter!
HOW TO MAKE A HORIZONTAL MURPHY BED WITH VERY EASILY STEP BY STEP
This murphy bed is made from of combination solid wood and plywood materials. This video guide can be help you to assemble it yourself with out getting confused. Made in detailed step by step so it's easy to understand and easy to make, especially for beginners.
Good LUCK!
Look forward to the next interesting video.
Freelancing opportunities @ Anyworks.in
MPU6050 + Arduino Nano 3D Motion Tracking | Real-Time Orientation Visualization using Processing
I made a rocket-boosted drone
DISCLAIMER: This video is purely for entertainment value. Person... I made a rocket-boosted drone
DISCLAIMER: This video is purely for entertainment value. Personal use of video content is at your own risk. Recreations of experiments, activities and projects are the sole legal responsibility of the person(s) involved in replicating them. I can not be liable for any information or misinformation, wrongful use, damage to personal property, death or any circumstances that result from replication of any projects seen. Be safe!
Foldable Car Mechanism | Simple Hydraulic Science Project
Discover how to make a simpl... Foldable Car Mechanism | Simple Hydraulic Science Project
Discover how to make a simple foldable car using a hydraulic mechanism. This easy DIY science project shows how hydraulic pressure works to move and fold objects. Using syringes, pipes, motors, and wheels, this car can fold and unfold with the power of fluid pressure.
In this project, we use basic materials like wooden sticks, toy car motors, syringes, and flexible pipes. The hydraulic system helps to lift and fold the frame of the car, showing practical applications of Pascal’s Law in real life.
This foldable car project is great for school science fairs, engineering models, or learning mechanical and hydraulic systems at home. Kids, students, and hobbyists can easily make it with minimal tools.
The mechanism is powered by two DC motors for wheel movement and a hydraulic cylinder made from syringes. When you push the syringe, it applies pressure through the liquid and makes the car frame fold.
✔️ Educational Value:
Learn how hydraulic systems work
Understand fluid mechanics and pressure transfer
Improve creativity and engineering skills
Recruitment Software - Applicant Tracking System
Auto breaking system
Rubber pvc 3D toys making process in customer workshop.
Japan\\\\\\\'s Perforated Roads Technology!
Not only that—these smart roads also help in cooling the surface temperature, reducing urban heat islands. It’s a brilliant mix of civil engineering and environmental sustainability.
Watch till the end to know how these holes are making cities safer and smarter!
Innovation for Opportunities
PUBLIC SPEAKING MASTERCLASS
Subtitle: Present with Influence:... Masterclass Overview: \\\"The Art of Public Speaking\\\"
Subtitle: Present with Influence: A Masterclass on commanding the stage, articulating ideas clearly, and overcoming presentation anxiety.
📋 Course Abstract
This premium, dual-resource learning suite is designed to transform nervous presenters into high-impact, persuasive communicators. Anchored by a stunning 12-slide presentation and reinforced by an interactive 20-question comprehensive assessment, this masterclass demystifies the biological, structural, and vocal mechanics of world-class oral delivery.
Using evidence-based models (such as Albert Mehrabian’s communication metrics and the PREP impromptu framework), the curriculum bridges the gap between raw anxiety and magnetic stage presence.
🎯 Target Audience
Corporate Professionals & Executives aiming to win high-stakes pitches, run seamless meetings, and lead cross-functional teams.
Educators & Trainers seeking an engaging, ready-to-teach curriculum on oral communication.
Students & Academic Researchers preparing for thesis defenses, panel presentations, or public forums.
Aspiring Keynote Speakers looking to refine their stage navigation, vocal pacing, and impromptu speaking skills.
🗺️ Core Learning Modules
1. The Psychology & Biology of Stage Fright
Demystifying glossophobia as a natural, evolutionary fight-or-flight sympathetic response rather than a personal failure.
Implementing the 4-7-8 deep breathing technique to trigger the parasympathetic nervous system and instantly regulate heart rate.
Strategies to redirect raw adrenaline into dynamic physical stage presence.
2. Structural & Narrative Mapping
Understanding the Presentation Preparation Roadmap: Intel Gathering, Narrative Mapping, Slide Design, and Live Rehearsals.
Mastering the psychology of memory: why speakers should only script the attention-grabbing hook and the final closing statement verbatim, leaving the body of the presentation open to confident extemporaneous delivery.
3. Nonverbal Mastery & Physical Command
The 7-38-55 Communication Model: Visualizing how human emotional connection is established ($55\\\\%$ through body language, $38\\\\%$ through vocalics, and $7\\\\%$ through literal verbal content).
Correct posture, purposeful stage transitions, eye contact sequencing ($3$ to $5$ seconds per listener), and avoiding nervous physical ticks like pen clenching.
4. Vocal Dynamics & Strategic Silence
Modulating pitch, volume projection (speaking directly to the back wall), and pacing.
Eliminating verbal filler words (\\\"um,\\\" \\\"ah,\\\" \\\"like\\\") by transforming mental pauses into comfortable, authoritative micro-pauses.
5. Impromptu Framing (The PREP Framework)
Deploying structured logic under high-pressure, unscripted situations:
Point (State your stance clearly)
Reason (Explain the logic)
Example (Provide a case study or story)
Point (Restate your position to close the loop)
TECH DISCUSSION
No technical queries yet.