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https://drive.google.com/file/d/1gKzkaT8wzrFoNLH4K1p5Ns1W8by0ldXH/view?usp=drivesdk

I chose to pursue the Supply project for my final, as this technology has seen some use, but is not being implemented into the main stream as much as it could be, and it has the potential to be very useful, and even helpful in critical conditions. I designed a container that can be attached to a drone and used to deliver packages and supplies to people in hard to reach areas, as well as very quickly. It is unique because of the counter balancing weights used, allowing the drone to hopefully carry more weight on the back end. The container is 43.3x25.25x7.8 inches, allowing for a lot of storage space, even possible allowing multiple packages. There could be a problem with balancing it correctly, seeing as the majority of the weight of the package is housed behind the wings, which could lead to failure of the drone. I am hoping the adding weights to the front will remedy this problem.

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https://drive.google.com/file/d/1XBYFd4M5anEKhHGkYafjrVmM8SCfygI3/view

I designed a 3D printable cargo compartment for a bike. A lot of people are discouraged to ride a bike to where they need to work because of the lack of cargo space that a normal bike provides. This cargo compartment is big enough to carry multiple things including water bottles, phones, food, extra layers of clothes. It's unique because it is easy to attach. There are a lot of cargo compartments for the back of the bike but you don't see a lot out there for the middle of the bike. Now you can have both! Some problems with this design might the durability and if it will still hold on to the bike while going fast or taking tight turns.

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https://drive.google.com/drive/folders/1UHhAaQMx8-8wL-Gi5zDlZMXX0_TAekMH?usp=sharing

I made a box. It can carry stuff. It is intended to be attached to the drone and dropped in remote areas. It is also supposed to have a parachute attached. The parachute attaches to 16 points to ensure maximum safety.

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https://drive.google.com/file/d/1jp5phkF1VCEJn9KbHUq4KcPRPPPQ0_ua/view

My final project for this class was to design a adjustable chair for a sea kayak, something I have had experience with. by utilizing my previous experience, I designed an adjustable chair that could be fitted into said sea kayak and would maximize comfort for the person in the boat. I first started my design process by trying to figure out a way to adjust said seat, and to make it as painfree as possible, I decided to use a classic string based adjustment system. the thing that makes it unique is the fact that it can be more portable than other seat systems because of how thing and flimsy it is. But, because of this I can foresee the seat being less durable than others because of its flimsiness. in the future I hope to improve upon this weakness by adding more supports to the seat.

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https://drive.google.com/file/d/1j6RBnvaWBAFtY0NXQHVSWHRh3XSJGhaj/view

For my final project, I designed two separate iterations of a bicycle umbrella holder, for the two main types of umbrella handles, curved and straight. One of the massive reasons why people choose not to ride bikes to work is exposure to the elements, which includes both sunshine and rain. Sunshine, which can cause sunburn and terrible health problems later in life, can also cause people to sweat which in turn can lead to a bad odor. Now, instead of showing up to work all sweaty and sticky, people can use my simple umbrella holders for shade on their commutes. Also, similar to sweat, no one wants to arrive at their job for a long day of work dripping wet from the rain. Currently, on most bikes, there is no protection from the rain, but now, using my umbrella holders, there is. Both the sun and rain are massive deterrents for commuting on a bicycle and until today there was no safe way to shield oneself from either, but now you can simply drop or slip your umbrella into place in the holder and get going, focused on staying safe, not dry. Both of these umbrella holders are unique because they are adjustable. They simply pop on to the handlebars of a bike and from there you are able to turn the base of the holder for different angles of protection, whether the rain or sun is pointing at your face, back, or directly downwards. As previously mentioned these holders also fit both types of umbrella handle, curved and straight. The one for straight handles simply has a hole that you drop the umbrella into. The one for curved handles has a horizontal hole that allows the user to curve the handle into the hole so that it does not fall out. A problem I foresee in the future is the potential for the umbrellas to blow away in strong winds. I attempted to combat this problem by making the hole in the holder for straight handles excessively deep and the hole for curved handles excessively wide. Another problem could be the visibility of the cyclist. Depending on the angle of the umbrella, the canopy may block the view of the cyclist, however, I already have plans for an umbrella with a clear canopy that would be sold as a package deal with either holder. Due to the quarantine, we have seen how much our daily commutes to school and work negatively impact our environment. Now that schools and businesses are beginning to reopen we cannot let this opportunity to better our environment go to waste. By using my umbrella holders and biking you’ll be able to save money, help the environment, and stay safe and dry the entire time.

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#3: Hygiene
https://drive.google.com/file/d/19AJPb4Fi_27jS2P_tWOSRKCSXCmJ5-8v/view

For my Final Project in AS Engineering, I decided to utilize the skills I have gained through this class to engineer my own version of a “hands-free” soap dispenser. I was drawn to this idea of creating a soap dispenser not only because I believe it is an important object that we encounter on the daily, but because I believe that, unlike some of the options on the list, there is still a need for massive improvements in the current soap dispenser technology. The hands-free soap dispenser I have created offers users a new way to obtain soap without the need to use their hands, therefore preventing the spread of germs. Formed by a container that holds the liquid soap and a lever that can be pushed to empty the soap down the tube and into the user’s hands, this soap dispenser is both effective and efficient. What I truly believe makes this soap dispenser unique is its use of the lever. The vast majority of soap dispensers today use detectors to sense the hand; however, while clever, this technology often fails and is unreliable. In order to address this problem, I have reasoned to approach this engineering challenge with a lever in mind. While I would most definitely consider the lever as the main component of my creation, I also foresee a problem with its applications. In theoretical terms, the lever idea stands strong; however, I worry that practically, it may falter. Perhaps, if there is a large quantity of soap in the dispenser, the lever will require a great amount of force to open the pathway that a mere elbow or forearm alone cannot achieve. Although I concede that there may be impractical factors at play with my soap dispenser, I believe that with physics (force, weight, etc.) taken into account, it has great potential for success.

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#1: Supply
https://youtu.be/gvHAP0uU8jY
I designed an attachment box to hook onto the drone in the technical drawings. The dimensions of the box are wide enough to be able to carry multiple objects
like blood bags, bandages, water, and any other medical item that might be necessary. The way it attached allows it to be preloaded then to be attached so multiple boxes can be prepared in advance. It attaches to the drone through four hooks in order to make sure it can stay attached through the duration of the flight. In theory this allows for better attachment, but I'm not sure if the hooks are to scale since the dimensions of the wings and bars at the end are unknown. This might lead to the package falling off because it is improperly secure but I don't know how to cad any sort of clip mechanism so the hooks will have to do for now.

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Better Soap Dispenser Solution
https://www.youtube.com/watch?v=wimIyWxSA1w&feature=youtu.be
I designed a soap dispenser. The dispenser’s press button is uniquely designed at the bottom, so while the user presses it, part of the soap will drop on the press button to clean it meanwhile give people enough soap to wash their hands. This can possibly reduce the risk of being infected by the virus by cleaning the places people usually touch every time they use the soap. Problems may show up, however, the press button will be hard to clean due to the continuously dropping soap. There are two parts for the design, the soap container, and the absorption part.

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https://drive.google.com/file/d/1sNVuvZdFuMWFfBvqJj5Z83j9qCNroMpD/view?usp=sharing
I designed a product that I call Bike Pods. They are intended to help make sure that your AirPods don’t fall out while you are bike riding. I spoke to an avid bike rider and they explained to me a story of when one of their AirPods fell out while they were cycling and they lost it forever. This product is unique because it was created to be used when bike riding, and that is why there is a bike mount. Ideally, that bike mount would charge your AirPods but we’ll worry about that when the budget allows. It’s also very unique because the bike mount can fit almost everywhere on your bike. I think that a problem that could come up later is the ear hook getting uncomfortable. I think that a cool way to combat this is by making a design of the same product that is connected to a users helmet instead of their ears.

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Soap Dispenser
https://drive.google.com/file/d/1C8EbObQVTJycLP4b6loo1XYBIh-ZyUJz/view

For this project, I designed a soap dispenser which can reduce the touch as possible as it can. This is a three-leveled container that can hold three different soaps at one time. This probably can meet most family’s needs. In order to reduce the touch, I decided to design an automatic device that involves the Arduino board. Thus, the container can detect human hands by three vision sensors and spin the containers, sliding the soaps out of the containers automatically. The purpose of it is that we do not have to touch the containers or picking up the soap by ourselves, which reduces the touch. The device can deliver the soaps to our hands. The problem for this device is that since it involves the Arduino board, it might cause danger when the board touches the water. Thus, the materials have to be waterproofed. Also, people have to buy some components like motors and gears in order to assemble this device.

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https://drive.google.com/file/d/1marfBq5-MaJTn9xAExS8yWqNYlvOmc7C/view
I designed a kayak seat of high comfort while still having good mobility for the average sized person. It has lumbar support on the back and will be made with thicker gel cushion that easily drys when getting wet. The Seat cushion will be made with the same material and had optimal butt support. I call my kayak seat the love seat because your back and butt with love it and part of the butt cushion is shaped into a heart. Below the seat you will find a compartment where you can store your water bottle or snacks and it is made and balanced out so your legs won't crush anything underneath you. On the back of the backrest there is an additional cushion that will lean against the kayak so you will have a smoother ride and the plastic of kayak won't be able to continuously bump you in the back. At the top of the backrest there is another tine pouch this is secure where you put sunglasses and/or chapstick or snacks. The seat had 3 sets of adjustable straps: one set connecting from the lower part of the backrest to the lower part of the seat, another set connecting from the middle of the backrest to the top part of the seat, and the last set connects the backrest and kayak to secure the kayak passenger in. Since there is a lot of cushion, once it gets wet it might take a bit to dry but nothing the sun can't fix.

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https://drive.google.com/file/d/1p5HWrTgACJt0iLwUkj9KAsMXjFWZDqSn/view

I designed a soap dispenser that will sense when a hand is placed under it and then it will dispense the soap. When it needs to be refilled, there is one button to press and that will open the lid. Then all you will need to do is pour in the soup. The purpose of this is to make sure people stay clean, even when they are washing their hands. Unlike other soap dispensers I’ve seen, the button that opens the lid is unique. This way the person who refills won’t have to touch anything other than the button(which they can do with a glove so there is no added exposure). I could see some problems with the hand detection(what if it doesn’t detect a hand or detects a hand where there is no one there).

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https://drive.google.com/file/d/1oq0JBK84LC2lY8clvsdZ7xhoRlsL36cf/view

A great way to tread lighter and have a less harmful impact on the environment is to cut your CO2 emissions by biking to school or work instead of driving a car. Bicycle transportation is now very common but I think more people could utilize it to have a positive contribution on our planet. So I asked myself, ‘How can I create a stronger incentive that will encourage more people to make the transition from their car to their bike?’ As a result of this, I came up with the Bike Spritzer! The Bike Spritzer is an attachable device that sprays a bike rider with a nice mist of water as they are pedaling home on that hot afternoon. It is attached to the handlebars and allows the rider to adjust the power of the mist with a simple push of a button. This is such a unique device because not only is there nothing like it on the market, the attachments are adjustable to fit on any of your bike handles and you can customize the color! If your friends see you riding with a Bike Spritzer on your bike, you will definitely be a trendsetter. I foresee that this device could potentially get lost easily and lack durability. I am hoping the weight is distributed equally and the attachment pieces are strong enough to keep the device from falling down. These could easily be fixed with some small adjustments.

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Drone Package Delivery
Link to Screencast
I decided to make a package that a drone could carry, as it was one of the 5 options that I felt was the most tangible to me. I decided to make on that could be dropped from the sky, so the drone would not need to land for a dropoff, making the trip much more efficient. The compartment in the back is for a parachute, the lid in the front can be secured with a zip tie or any other kind of tether. The things coming off of the actual box itself hook onto the drone, and they both stay on the drone the whole time. Check my screencast for specifics on how it works.

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#1: Supply
https://drive.google.com/file/d/1p64RHwhncmqD5MnlzYTggPqbz03dJ_Wb/view

This is a design for a multi-use container that fits on to a drone for delivery. This would allow for goods to be delivered from a distance, into areas that might not be feasible to reach with other methods. The system has two detachable compartments on either side of the plane’s main body and is secured with slide-on bracing. The boxes themselves have two latches in the front and hinges in the back, so they can very readily be reused. I don’t foresee any problems in the design process, but there would be problems with practical use. Drones like this tend to be quite delicate, so I doubt they would be able to fly with such an obstruction on their wings or any large amount of weight. I did incorporate a rounded design to help mitigate this issue, and designed the attachment to the wings with this in mind. This would be best used for delivering goods by landing, but it could also have a parachute attachment. Dropping the goods would require some strategy from the pilot.

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Wheelchair
https://drive.google.com/file/d/13Rq6wqYFJkck5MDTDd2WxZcE7A5YDepb/view

I chose to design a wheelchair with a control panel. The control panel is attached on the handle of the wheelchair. The person can use that panel to control the speed and direction of the wheelchair. It is unique because it allows the person to use very little movement for controlling the wheelchair. My first idea was to create a remote, but the problem I foresee was that if the remote drops on the ground accidentally, it would be hard for the person to grab it. Therefore, my second idea was to create a control panel which will solve the problem. However, there is also one problem that if the battery gets low, the control panel might not work properly.

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3-D Printable Pinwheel Bike Attachment
https://youtu.be/LSAYylNYNz8
I have designed a 3-D printable pinwheel bike attachment. This pinwheel is great for kids and families looking to go outside and exercise within Shelter in Place guidelines during quarantine. This pinwheel is unique because of the fact that it is 3-D printable, allowing for a choice in a color as well as long-lasting durability. The only downside to being 3-D printable is that this design will only attach to bikes with 30mm diameter handlebars. My goal for this project was to design a product that makes biking more fun for both kids and adults, and that will hopefully spur outdoor adventures for families.

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The Unmarred Supply Drop Of Perfection

https://drive.google.com/file/d/1gLFHRFh9ePeYedwk9iXCrfu1DTvjTmOV/view

What did you design?
I designed an attachment to a drone. It attaches to the bottom of the drone and when a button is pressed, the lids electromagnet turns off, dropping the bottom portion. This falls straight due to the bottom-heavy design of the container and the small parachute on top, this makes sure no contents fall out.
What purpose does it serve?
The drone drop serves to deliver fragile goods to people that are otherwise unreachable, for example, people living in difficult terrain to navigate such as mountain biomes.
Why is it unique?
This dropper is unique due to its strength but also its simplicity. It is very cheap to manufacture and fast to make, using only four different materials, plastic for the body, cloth for the parachute, electromagnets, and ropes to secure the top. Compared to other means of delivery, this is the fastest and easiest way to transport goods.
What problems do you foresee?
Some problems I foresee include how to position this onto the drone because differently weighted packages will influence how the drone flies. Also unless it is dropped from a low distance onto flat ground, either it can tip once it hits the ground or currents in the air can carry it to an undesired location.

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Link
Mach 1 Mobber:
The reason you don't ride your bike to work is because it's slow and requires work. This is the reason everyone drives their cars, cars are fast and the only thing you have to do is press the gas. With this attachment, everyone will be riding their bike to work and saving the environment. The attachment will let you go fast, furious, and with little work. Everything tan is an imported file of a bike to act as a mannequin. It was modified to 1/3 the size of model bike because model was too big. What it is, is two electric turbine 737 Jet engines. These are what brings your bike past Mach 1. They are powered by a magnet wrapped in copper wire. The magnet sits in place of the cassette and turns with the rotation of your wheel. The copper wires stays static and delivers clean energy to the Jet engines. Because this is so powerful, it comes with a windshield so the wind doesn't rip off your face when you are cookin' it beyond the sound barrier. There is also a parachute for when you need to stop. I do not suggest using it more than once, otherwise you will have to repack it. You are going to have to mob around cars and stop signs so you don't stop. Don't worry, the traffic cams won't catch a thing except the shalka you leave behind.(optional wing attachment in case you want to go into Orbit)
Side effects will stem from not being able to steer at 800 mph. You might die, get gnarled, catch mad air, or even test Einstein's theory and travel through time. The parachute could just not deploy and you could be the first man on Mars. There is also a chance the magnet won't be able to generate enough electricity to power the jet engines, but that's unlikely.
There are tons of electric bikes, but they all use a battery and a motor. The motor spins the pedals, mimicking human power. What makes it special is that generates power right on the spot, the motor is used to propel the bike, not turn the pedals, and it goes really fast. Do you need to mob? Do you need to be energy clean and keep the recent pollution polls low? Do you need to really mob? Mob at mach 1 with Mach 1 Mobber! Let the stoke be real.

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Shareable link:

https://drive.google.com/file/d/1H443V_eriuoKiLtbPdRTzmH2aeiV4moB/view

Description:

I designed a drone-attached container to ensure that packages with sensitive products arrive at their destination. It serves to make sure the thing it delivers arrives at the destination safely. I measured the length of the plane to get the best length for the box to make sure it is held safely. I consider more than the size of the box. Because food, medications, and etc that can be carried by the drone cannot be too big and too heavy, so in the container, I designed different sections to put different things or separate them. Also, I designed holes on the side of the box in order to make sure the airflow to make sure things don’t get bad inside the box. Last I add a lid on the top to make sure things do not get out from the box. The problem may be the material of the box, it cannot be too heavy because of the limitation of drones. One more problem may be the hook maybe lose from the drone that can be solved easily by adding some rubbers on it.

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https://youtu.be/TlK2pmKd9aM

I designed a carrier box that you can put onto a drone/plane type thing to deliver packages to people’s houses. It is about 5 feet long and 4 feet wide. It has a rounded wedge shape in the front so it can be aerodynamic, making it easier for the plane to travel through the air. It has hatch type doors on the bottom so the package can be dropped out of the box with ease. It also has loop type things on the top to attach it to the drone and make sure the box doesn’t fall off. Its purpose is to safely and securely deliver packages to people’s houses without having the risk of the people who deliver having COVID and infecting one of the boxes surfaces or something like that. My design is unique because its shape is very aerodynamic. It has rounded sides that end in a point that connects to a wedge triangle shape in the middle to cut through the air and create less friction. Problems that I foresee is weight of packages. I made the box a size that could fit most things that would be delivered to someone’s house but the inconsistency is the weight of those things. The drone drawing didn’t tell us the strength of the drone or how much weight it could carry so that could be a problem. But, then again, It did say it was 90 by 130 inches so it probably can carry a fair amount of weight, being so big and all.