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Robotics Engineer for a Day-Gokul Shenoy

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Robotics Engineer for a Day-Gokul Shenoy

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Through the Robotics Engineer for a Day course, I learnt how to work with robotics systems and actuators to design a obstacle detection robot with the help of an Arduino Uno Controller.

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Aeronautical Engineer for a Day - Ekaterina Malina

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Aeronautical Engineer for a Day - Ekaterina Malina

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To work on the aerofoil, I chose Airbus A320 profile.

Max. take off weight for A320: 68,000kg.

Converting it to Force: (*9.81) 666,400 N, which is 148,819 lbf (in the simulator, the lift is measured in lbf ). Wing area for A320: 122.6m^2.

The simulator accepts rectangular shape of the wing only, so the winspan and chord must be: 32.23 m, 3.6 m respectively.

50% of take off weight: 333, 200 N = 74,910 lbf.

Camber and thickness needed to produce 50% of the take-off weight at an angle of attack 5, while maintaining lift at both 0m and 800m altitude: 19.1%c camber, 13.1%crd thickness.

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Haya AbuElragheb - civil engineering for a day

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Haya AbuElragheb - civil engineering for a day

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Glass 1 has insufficient load support because, after five taps, the flour filled the spaces between the peas. After adding a little more flour and gently knocking it ten times, additional flour fell between the gaps in the image on the bottom left, indicating that there are still more air gaps in between. I then gradually added water, observing the changes that occurred. The peas and flour started to solidify when I combined them with water, indicating that the particles were being compressed together, which raised the density by releasing trapped air between the particles. Through observation, I discovered that the soil becomes more stable when the proper amount of water is applied.

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Yurika Mishavonna Retuya - Civil Engineering for a Day

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Yurika Mishavonna Retuya - Civil Engineering for a Day

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For glass 1, after tapping it 5 times, the flour filled the gaps between the peas, meaning it has poor load support. The image shown on the bottom left shows that after adding a little more flour and knocking it lightly 10 times, more flour fell between the gaps, meaning it still has more air gaps in between. I then added water little by little, seeing what changes when added with water. After I mixed it with water, the peas and flour began to harden, meaning that the particles were being compacted together, which increased its density by removing entrapped air between the particles. In my observation, I learned that when added with the right amount of water, the soil hardens, making it more stable.

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Vaughn Benedict Retuya - Civil Engineering for a Day

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Vaughn Benedict Retuya - Civil Engineering for a Day

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In glass 1, after hardly knocking the glass 5 times, the flour and peas moved around just a little. While knocking on this again lightly 10 times, the flour fills the holes in the peas just like stepping on valy compressing it more to harden shown in glass 2. The one shown in glass 3 is the result when water is added to the pea and flour mixture. In my observation, if we don't add water to the pea and flour mixture, it moves around loosely like sand on the beach, making it unstable. When adding water, it hardens the flour causing it to fill the gaps in the peas increasing its density and compaction making it more stable.

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Maryam Jamal AlKhoori -  Civil  Engineering for a Day

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Maryam Jamal AlKhoori -  Civil  Engineering for a Day

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so these are the steps i have done, so without the water the strenght was loose and with water the strength was better than without water, so i learnt from this experiment that when the soil is not very compacted together the car can get stuck in the soil but if its well compacted the car will not get stuck

Name: Maryam Jamal AlKhoori

Email: rosyyy2403@gmail.com

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Jagat Santosh Sundaram - Civil Engineer for a Day

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Jagat Santosh Sundaram - Civil Engineer for a Day

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Initially when I only tapped the container with the chickpeas and flour against the table 5 times, just a bit of the flour fell into the gaps between the chickpeas. Then when I tapped against it lightly with my knuckle a bit more fell through. When I knocked against it harder 20 times more flour fell into the gaps, leaving noticably lesser gaps. However the composition still wasn't very strong/stable. Once I added a little water and mixed there were no more gaps. It became harder and thus more strong/stable.

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I learned about the process of soil compaction in today’s session. I experimented with adding different amount of water to see the effect of water on the strength of the soil. On the left I added an adequate amount of water to the flour so that the soil is compact enough to stop my finger from penetrating. On the right I added more water than needed so the soil loses its strength and I am able to poke holes in the soil.

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Josef Alex - Automotive Engineering for a Day

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Josef Alex - Automotive Engineering for a Day

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Name: Josef Alex

E-Mail: alex.josefm@gmail.com

https://www.tinkercad.com/things/7Z337R17A4I/edit

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Architectural engineer for a day - Mahalakshmi and Saraa

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Architectural engineer for a day - Mahalakshmi and Saraa

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Shrihaan Shastree ( this is 'The House' not a house )

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Shrihaan Shastree ( this is 'The House' not a house )

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I created multiple windows from different angles to optimize sunlight exposure in all directions. The light colors of the walls add to the brightness affect.

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Dhrithi molugu architectural engineer for a day

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Dhrithi molugu architectural engineer for a day

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Aarya Homes

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Sama Nakhleh - Architectural Engineer for a day

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Sama Nakhleh - Architectural Engineer for a day

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Meghna Krishna - Architectural Engineering

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Meghna Krishna - Architectural Engineering

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My house - Khawla Sabbar

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Architectural Engineer for a Day - Matar Mubarak

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Architectural Engineer for a Day - Matar Mubarak

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Architectural Engineer for a Day - Tameem Mansour

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Architectural Engineer for a Day - Tameem Mansour

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Lux Meter Readings:

Living Room: 200 Lux Meters

Bedroom window: 6000 Lux Meters

Straight Sunlight: 70000 Lux Meters

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Joanna Mathew - Architectural Engineer for a Day

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Joanna Mathew - Architectural Engineer for a Day

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Activity 2 -

Proper lighting makes a house comfortable and functional. A lux meter helps to measure light, so every room gets the perfect amount of light. Living rooms need 100–300 lux for relaxation, and kitchens and offices can have 300–500 lux to enhance sight. Bedrooms stay softly lit (100–200 lux), and bedside lights are around 50–100 lux for reading. Bathrooms need 200–500 lux for grooming, and study areas need 500–800 lux to reduce eye strain. Through balancing natural and artificial lighting, a lux meter provides a comfortable, well-ventilated home.

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Architectural Engineer for a Day - Huda Mueen

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Architectural Engineer for a Day - Huda Mueen

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Imran Syahrani - Architectural Engineer for a day

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Imran Syahrani - Architectural Engineer for a day

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Letu Ayana-Architectural Engineer for a day

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Letu Ayana-Architectural Engineer for a day

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https://app.sketchup.com/share/tc/asia/fNscc_baj3U?stoken=WZIZHrxO2EaUnZsDavDzQItA-dCAYlvYc5SZemCWzicq9KeJY-WRZd0wLnOH5Qar&source=web

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Architectural Engineer for a Day - Advaith Sai

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Architectural Engineer for a Day - Advaith Sai

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Meghna Krishna - Architectural Engineering

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Meghna Krishna - Architectural Engineering

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Zahra Gandhi - Architectural Engineering

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Zahra Gandhi - Architectural Engineering

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Architectural Engineer for a day

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Architectural Engineering - Setareh Mohammad 

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Architectural Engineering - Setareh Mohammad 

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Taha Faisal - Architectural Engineer for a day

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Taha Faisal - Architectural Engineer for a day

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amir marwan - architectural engineer for a day

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amir marwan - architectural engineer for a day

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Architectural Engineer for a Day - Nivedh Srinivasan

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Architectural Engineer for a Day - Nivedh Srinivasan

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https://app.sketchup.com/share/tc/asia/eM-wtceb48I?stoken=9CoV5d-sWLQ99kfxjtrurQy3_x2yRSxwFsXtRhBMY28zn28KpodjdOGnFHIrJgQR&source=web

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Draw, orbit, push-pull: make anything you can imagine in SketchUp, anytime you imagine it.

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Usman Abubakar

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Architectural Engineer for a day - Isha Sadadekar

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Architectural Engineer for a day - Isha Sadadekar

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Draw, orbit, push-pull: make anything you can imagine in SketchUp, anytime you imagine it.

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Rizwan Niju -  Architectural Engineer for a Day 

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Rizwan Niju -  Architectural Engineer for a Day 

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Architectural Engineer For a Day - Abhinav Ilavarasan

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Architectural Engineer For a Day - Abhinav Ilavarasan

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Architectural Engineer for a Day- Advaith Sai

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Architectural Engineer for a Day- Advaith Sai

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Architectural Engineer for a day - MYSHA REHMAN

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Architectural Engineer for a day - MYSHA REHMAN

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Shrihaan Shastree ( This is 'The House' not a house )

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Shrihaan Shastree ( This is 'The House' not a house )

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Architectural Engineer - Chotiwat and Isaac

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Architectural Engineer - Chotiwat and Isaac

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Draw, orbit, push-pull: make anything you can imagine in SketchUp, anytime you imagine it.

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Architectural Engineer for a day_ Abhinav Ilavarasan

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Architectural Engineer for a day_ Abhinav Ilavarasan

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Architectural Engineer For A Day

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Architectural Engineer for a day - Mayank Khadke

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Architectural Engineer for a day - Mayank Khadke

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Names: Ghina and Mariam

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Architectural Engineer for a day_ Muskan Farooq

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Architectural Engineer for a day_ Muskan Farooq

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Aeronautical Engineer for A Day Activity 2 - Mysha Ali

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Aeronautical Engineer for A Day Activity 2 - Mysha Ali

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Aeronautical Engineerinf for a day- Anica kaura

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Aeronautical Engineerinf for a day- Anica kaura

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anicakaura@gmail.com

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Aeronautical engineering for a day Anica kaura

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Aeronautical engineering for a day Anica kaura

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anicakaura@gmail.com

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Aeronautical Engineer for a Day - Mysha Ali

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Aeronautical Engineer for a Day - Mysha Ali

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Key Fob Yassin Kandil Workshop

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awab abdelaziz

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Evidence of participation

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The Bloomington Academy, Ajman, made by Aena Zia 11A

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Thank you for letting me take part in robotics.

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Karim Taha

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By Ali Moussa