Mobile Phones
Science Fair Projects
Ideas and Sample Projects by Field


Home Topics Experiments Warning!
Behavioral Sciences / Psychology
P=Project   E=Experiment   C=Electronic Circuit
Take 360° images and pictures of public places and execute a survey to measure how people react to viewing images with a VR headset compared to viewing images on a phone. [E]
Building a Smartphone Application to Test Alertness before Drivers Take the Wheel [E]
The Effects of Cell Phone Usage on the Reaction Time of Humans [E]
Examined the differences of gender and grade level regarding cell phone use in class. [E]
Cell Phone vs. Headset in Relation to Reaction Time [E]
The effects of cell phone use by students in school on school life and academic achievements [E] [E] [E] [E]
Cell Phone's Effect on Reaction Time [E]
The Effect of Cell Phone Use on Full Stops at Stop Signs [E]
The effects of car phone usage on driving performance. [E] [E] [E] [E] [E] [E] [P] [P]
Electronics
Make A Simple Mobile Phone Detector [C]
Enhance fishermen safety and productivity by use of GPS and standard Positioning Services (SPS) [P] [P]
Build a Cellphone-Controlled Robot [C]
Build a Raspberry Pi Rover Robot With Smartphone Control [C]
A low-cost, portable, person-to-person, communication network to let civilians communicate with one another using their smartphones without relying on cell or Wi-Fi signals, or external power. [E]
Compare the Accuracy Between Different GPS Devices [E]
Indoor Navigation Using Magnetic Fields [E]
Measuring Cell Phone Radiation [E]
Build a Kinetic Energy Generator for Cell Phones [E]
A real-time object recognition algorithm for commercial mobile smartphones for the blind. [P]
A comparative study of the reception power of different cell phone companies [E] [E]
How much cell phone towers are needed in a location? [E]
The effect of distance on radiation power emitted by various types of cell phones (health hazard) [E]
How GPS Works (a literary simplified technical explanation) [E]
Medicine
A mobile app for skin cancer detection at early stages [P]
Mobile Application to Measure and Monitor Parkinson's Symptoms [P]
An Artificial Intelligence based novel mobile solution for early detection of valvular heart disorders [P]
Testing for Malaria Using a Smartphone and Microfluidic ELISA [P] [P]
Smartphone-based Eye Exercising Tool to Prevent Computer Vision Syndrome Development through Visual Movement Patterns [E]
Smartphone Controlled Portable Phoropter Powered by Variable Focal Length Liquid Lens [E]
Delivering rapid, portable and automated blood morphology tests [P] [P]
A biomedical device using smartphone technology that can reliably and economically determine pentosidine concentration in a patient's skin and provide a risk assessment [E]
A low-cost wearable sensor technology for real-time, reliable detection of Alzheimer’s disease patients’ wanderings. Once the patient steps onto the floor, a sensor worn on the foot will immediately detect the pressure caused by body weight and wirelessly trigger an audible alert in a caregiver’s Smartphone. [P] [P]
Design and Evaluation of a Cell-Phone Compatible Wireless Electrocardiograph [P]
Does cell phone radiation increase the risk of developing acoustic neuroma? [E]
Does radiation from cell phones affect our health? [P] [P] [P]
Determine if dangers of using a cell phone in a public place are similar to second-hand smoke. [P]
Cellular phone radiation: does it cause genetic damage (cancer)? [E] [E] [E] [E] [E] [E] [E] [E] [E] [P]
Mathematics
Determine the optimal arrangement of cell phone transmission towers to generate the best service coverage and the most profit using a mathematical model. [E]
Environmental Sciences
Investigate how cell phone radio-frequency waves affect the lifespan of a cricket. [P]
Computer Science
Build a simple, and an advanced app for the iPad. [P]
A C# program that analyzes how does a cellphone conversation effect us while we drive [P]
Physics
A Smartphone Application that Detects and Analyzes Raman Backscattering to Distinguish Between Substances [P] [P]
Building a Cell Phone Microscope [E]
Chemistry
See the Light by Making a Cell Phone Spectrophotometer [E]
Engineering
Crash! Can Cell Phones Survive a Drop Test? [E]
See the Light by Making a Cell Phone Spectrophotometer [E]
Future Science and Technology
De-Texter is an intelligent Transportation Device System utilizing an bluetooth sensor. This sensor will be installed in all motor vehicles disabling cell phones upon ignition of the engine, therefore eliminating accidents due to cell phone use. (7-9) [P]
Useful Links
R=Resource
Science Fair Projects Resources [R]
Science Fair Projects A-Z [R]
Citation Guides, Style Manuals, Reference [R]
Safety Resources [R] [R]

Science Fair Books

                   


Project Topics
Acids & Bases
Air
Animals
Bacteria
Bioinformatics
Caffeine & Coffee
Carbon
Christian
Colors
DNA
E. Coli
Energy
Evolution
Fire
Flowers
Gases
Going Green!
Gold & Silver
Google Projects
Gravitation
Hydrogen
Ice
Infrared Radiation
Intelligence
Lasers
Magnets
Mass & Matter
Memory
Metals
Mobile Phones
Music
Nanotechnology
Oxygen
Pesticides
Plants
Projects in Spanish
Salt & Sugar
Smoke & Smoking
Soil
Sound
Sports
Sun & Light
Temperature
Time
Transportation
Ultraviolet Light
Water
Waves
Weather

Science Fair Project Guide
Home
Science Fair Project Types
The Scientific Method - How to Experiment
The Display Board
Topics, Ideas, Sample Projects

Scientists & Inventors Science Jokes Resources

Read for Free
The Science Fair
A Juvenile Detective Novel
by Julian T. Rubin



My Dog Kelly

Follow Us On:
     

Privacy Policy - Site Map - About Us - Letters to the Editor

Comments and inquiries:
webmaster@julianTrubin.com


Last updated: January 2017
Copyright © 2003-2017 Julian Rubin