蜜桃传媒破解版下载

In the production of aluminum beverage cans, the Ball Corporation sprays an epoxy coating inside the cans before they are filled. A coat of epoxy builds up over time on a ventilation manifold and the nozzle tip used to spray the cans. Our team has created an automated two-part cleaning system using compressed air and a linear scraper to remove epoxy from these components. Our system drops the cleaning time and machine downtime from twenty minutes to five minutes per machine per day.

Sponsored by Ball Corporation

• Project Whitepaper

During the production of aluminum beverage cans, the interior surface is sprayed with a liquid coating that forms a barrier between the metal and the drink. Over time, this coating accumulates on the spray nozzle tip, compromising coating quality and increasing production costs due to manual removal. We have created an automated solution to efficiently and effectively clean coating buildup.

Sponsored by听Ball Corporation

• Project Whitepaper

The Reconfigurable CubeSat Swarm project aims to reduce the complexity and cost of sending large structures into space. The team designed, developed, and tested independent CubeSat units with reconfiguration capabilities. The reconfiguration of these units enables the creation of a modular assembly whose shape is tailorable to execute various functions.

Sponsored by听Jet Propulsion Laboratory

• Project Whitepaper

Project WASP explores non-contact methods of measuring silicon wafers for the semiconductor industry. The team developed an automated wafer transfer system enclosed in a test bench and a measurement system to determine surface profiles while the wafer is moving. This measurement must be taken in parallel with existing operations in order to minimize any effects of throughput to the system.

Sponsored by听KLA Corporation

• Project Whitepaper

Team 5 partnered with Los Alamos National Laboratory to create a novel security device that combines mechanical and electrical encryption to defend against unauthorized system access. The device houses both a unique rotary switch assembly and a mechanical failsafe within a 3-inch cube envelope. Backed by rigorous testing, the product delivers a new approach to network security.

Sponsored by听Los Alamos National Laboratory

• Project Whitepaper

Professional athletes commonly experience patellar tendinitis, a knee injury causing significant pain. To prevent injury, daily tracking of strength metrics is crucial. Current solutions used by the NBA鈥檚 Milwaukee Bucks are not portable thus creating gaps in data. To solve this, the team developed the 鈥淛OEY鈥�, a Bluetooth-capable, portable solution for continuous strength monitoring.

Sponsored by the Milwaukee Bucks

• Project Whitepaper

Quality of Life Plus partners with engineering students to create life transforming assistive technologies for wounded heroes. Our client sustained injuries that resulted in serious limitations on the use of their left shoulder. We鈥檝e designed a wearable brace controlled by muscle sensors with linear actuators that provide force to a cable system, returning strength, mobility and function to our client鈥檚 arm.

Sponsored by听Quality of Life Plus

• Project Whitepaper

This project focuses on the development of two devices for the Sandia National Laboratories鈥� Senior Design Bonanza: a Launch Prevention Device (LPD) and a Payload Protection Device (PPD). The LPD functions to mechanically initiate the launch of a model rocket following the input of a five character signal. The PPD functions to record inflight system dynamics and ensure the survival of that data.

Sponsored by听Sandia National Laboratories

• Project Whitepaper

Offshore wind turbine maintenance is logistically challenging and requires skilled technicians. To reduce service costs and improve turbine reliability, our team partnered with Siemens Gamesa to develop a robot for turbine services and diagnostics. This robot will maximize turbine availability by living inside the turbine, capturing visual data, and performing remote electrical testing and verification.

Sponsored by听Siemens Gamesa Renewable Energy

• Project Whitepaper

The Next Generation Cabin Windows Study examines the implementation of virtual windows in business jets through human factors engineering and psychology. After designing and constructing a full-scale mockup based on the Cessna Citation CJ4 Business Jet cabin interior, our psychological study gathered and analyzed data to provide insight on these virtual windows.

Sponsored by听Textron Aviation

• Project Whitepaper

Team 11 worked with the ARO to design a remote-controlled vehicle platform that will advance the development of an autonomous protective system for ground-based Warfighters. This project鈥檚 focus is the holonomic drivetrain developed to investigate the feasibility of using omnidirectional wheels to increase vehicle maneuverability in sandy, rocky environments where the terrain is soft.

Sponsored by the US Army Research Office

• Project Whitepaper

Vaginal stenosis is a condition where the vaginal canal narrows after surgical management of vaginal anomalies. To prevent this, a stent can be placed in the vagina after surgery to separate the vaginal walls and promote proper healing. Dr. Alaniz at CU Anschutz sponsored team 12 to create a diameter-adjustable stent to prevent vaginal stenosis in her patients.

Sponsored by the University of Colorado Anschutz

• No whitepaper due to IP considerations

Left Ventricular Assist Devices (LVADs) are used for the treatment of heart failure. However, all current devices require an external power source with energy supplied by a percutaneous driveline. Excessive mobility of the driveline delays healing and incorporation of the driveline in the subcutaneous tunnel. For this project, Team 13 developed an improved method to secure an LVAD driveline.

Sponsored by听Children's Hospital Colorado

• No whitepaper due to IP considerations

The 2021 蜜桃传媒破解版下载 Baja SAE Team tested, optimized, and redesigned critical subsystems on a fully student-made off-road vehicle for competition in the Society of Automotive Engineers (SAE) Collegiate Design Series. The 2021 Baja SAE competition season followed a hybrid model consisting of virtual knowledge events and a physical validation event in Tucson, AZ featuring a 4-hr endurance race.

Sponsored by Stolle Machinery

• Project Whitepaper

Shape Memory Alloys (SMAs) are metals that deform when heated and return to their original shape when cooled. Team 15 was sponsored by Festo, an industrial automation leader, to develop an SMA-actuated pinch valve. Our design contracts wrapped SMA wires by running current via a printed circuit board. SMA pinch valves have vast potential in size-restricted applications like small medical devices.

Sponsored by听Festo

• Project Whitepaper

One challenge facing the manufacturing industry is the time and cost of creating plugs and fixtures to secure a thin-walled part. We optimized the design of a previous team to create an adaptive workholding fixture that uses a series of magnetic Halbach arrays and an engagement mechanism which lifts the array. The ferrofluid activates and is able to hold the part without any additional components.

Sponsored by听Accu-Precision

• Project Whitepaper

The reliability of satellite systems depends on accurate position tracking via weather and cloud cover monitoring. To assist L3Harris in satellite tracking, our team has created a weather station with the ability to provide cloud mapping with an IR camera and a custom image stitching algorithm. The system also collects data on ambient temperature, pressure, relative humidity, and windspeed.

Sponsored by听L3Harris Technologies

• Project Whitepaper

The Desktop High-Striker measures an impact utilizing a piezoelectric transducer, a vertical cavity surface emitting laser (VCSEL), and an optical measurement system (OMS). The input to the fixture mimics any impact similar to a shock and is measured by the piezoelectric transducer and conveyed through the VCSEL and OMS with an intermediary data acquisition system.

Sponsored by听Los Alamos National Laboratory

• Project Whitepaper

The proposed active mitigation solution works to reduce potential personnel exposure to generated silica dust on a hydraulic fracturing location. Instrumentation technologies quantified the effectiveness and helped tune the system.

Sponsored by听Liberty Oilfield Services

• No whitepaper due to IP considerations

Lunar dust was the greatest operational challenge to the astronauts of Apollo. As we return to the moon with Artemis and venture to Mars, new technologies are needed to overcome the hazardous, electrostatically charged material. Using compliant mechanisms, the Lunar Dust Protection System (LDPS) maintains a seal around the sensitive components of Lockheed Martin鈥檚 utility transfer system through all stages of operation aboard the Human Landing System (HLS).

Sponsored by听Lockheed Martin

• Project Whitepaper

This project sponsored by Medtronic uses accelerometer feedback to interpret custom vibrational signals in order to determine the position of an internal component of a laparoscopic sealing device. The team prototyped a test fixture that replicates the movement of the device and developed components to assess the linear motion.

Sponsored by听Medtronic

• Project Whitepaper

Emerson is the premier manufacturer of Coriolis mass flow meters. Our team was tasked with improving the meters' robustness to shock loading, which can occur in some applications. The failure prone voice coil driver and sensor assemblies were redesigned to provide inherent robustness without sacrificing the electromagnetic efficiencies needed for meter function and accuracy.

Sponsored by听MicroMotion

• Project Whitepaper

We assisted NIST in improving their understanding of how to make precise microwave power measurements using microcalorimeters. By creating a thermal simulation, we quantified the error and correction factor of their current system. Then, we used our simulation analysis to design and manufacture a modular microcalorimeter with more precise and repeatable connections at a fraction of the cost.

Sponsored by the National Institute of Standards and Technology

• Project Whitepaper

You wouldn鈥檛 dream of flying through a hurricane, would you? Yet NOAA has decided to do exactly that! Our team developed a platform to stabilize NOAA鈥檚 Doppler Lidar scanner through turbulent storm conditions. Our platform utilizes real-time feedback to actively correct for airplane motion during flight. The platform allows researchers to obtain high-quality data from inside the hurricane.

Sponsored by the National Oceanic and Atmospheric Administration

• Project Whitepaper

mACES is a miniaturized solution to air quality monitoring that has the potential to revolutionize the measurement of atmospheric pollutants. Team 25 collaborated with NOAA鈥檚 Chemical Sciences Laboratory to convert a plane based system to a drone based miniature cavity enhanced spectrometer. mACES accurately detects NO2 levels in the air we breathe and will aid in reducing harmful pollution in the future.

Sponsored by the NOAA Chemical Sciences Laboratory

• Project Whitepaper

This project aims to create a Roboto Glove that allows for fine motor movement and grip strength in the hand. This device is specifically engineered for Sgt. Moore who lost all mobility in his right hand after serving in the Army. The overall goal is to design and manufacture a glove that replicates normal hand functionality and allows for adjustability while being comfortable and durable.

Sponsored by听Quality of Life Plus

• Project Whitepaper

Wind turbines are potential targets for lightning strikes. The turbine鈥檚 lightning protection system (LPS) is cumbersome and costly to check but needed to prevent blade damage. We have designed an autonomous vehicle that lays a temporary cable on the existing LPS inside a blade. A time-domain reflectometer is then used to measure the continuity and locate potential damages along the blade LPS.

Sponsored by听Siemens Gamesa Renewable Energy

• Project Whitepaper

With the future of agriculture and construction relying on autonomous solutions, it is crucial to ensure that perception sensors such as LiDAR will survive under the intense conditions experienced during daily use. Our team designed an enclosure that pushes the capability of LiDAR sensors to perform under intense thermal, shock, vibration and chemical conditions, expanding the field of autonomy.

Sponsored by听Trimble

• Project Whitepaper

The University of Colorado鈥檚 Wind Team is the first CU learn-along team to be part of the Collegiate Wind Competition (CWC). The CWC aims to prepare students for all parts of the wind industry by immersing them in hands-on, multidisciplinary projects teaching students technical, financial, research, and networking skills through the Turbine, Project Development, and Connection Creation competitions.

Sponsored by the Collegiate Wind Competition

• Project Whitepaper

Team WheelHouse is dedicated to making bicycle camping fun while alleviating homelessness. We will do this by creating a bike trailer that can both carry a person's belongings and fold out into a single person tent. Working with charities, our company's business plan will use proceeds from the more feature-rich versions to defray the cost of these trailers for those who need them.

Engineering for Social Innovation Project

• Project Whitepaper

Kegs are lost and stolen every year causing financial losses to breweries of upwards of $32.6 million. The purpose of Wayfinder鈩⑻齣s to reduce loss and provide a system that allows brewers to improve logistics, save money and reduce environmental impact. By tracking the kegs, we help brewers and distributors see their assets in real-time. In addition, we provide data on the fill level of their keg, allowing for improved logistics for pickups and deliveries.

Engineering for Social Innovation Project

• Project Whitepaper

Team PurBurn has created a first of its kind improved cookstove, the VersaCook Stove, designed exclusively for Latin America. The stove is more efficient and produces less indoor air pollution than traditional cooking methods while also providing customers with premium features including thermo-electric power generation, a removable griddle cooktop, gasification, continuous fuel feed, and more.

Engineering for Social Innovation Project

• Project Whitepaper

Fiberoptic intubation is a life-saving assistive breathing procedure commonly used for airway management. ToobTek has designed a comprehensive training device to help medical professionals gain consistent practice executing difficult intubations. The product is a realistic human respiratory model developed to improve user confidence through multi-material 3D printing.

Engineering for Social Innovation Project

• Project Whitepaper

HUG Solutions is focused on developing a reusable device that extends the effective storage time for ultra-low temperature vaccines during last-mile transportation. Our product, PortaVax, will improve vaccine access in smaller low-income communities in hard-to-reach rural areas by improving the vaccine cold chain.

Engineering for Social Innovation Project

• Project Whitepaper
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