Tag Archives: tesis

Ideas para Proyecto Final de Ingenieria Electronica

En primer lugar quiero dejar claro que para recibirse de Ingeniero Electrónico, al finalizar la carrera se debe realizar un Proyecto Final no una Tesis. ¿Cual es la diferencia? Una tesis no va más allá de un análisis o estudio realizado en papel, mientras que un proyecto necesita en primera instancia un análisis o estudio completo, debe ser construido y demostrar su funcionamiento prácticamente. Siendo que en Ingeniería Electrónica principalmente se estudia hardware es claro que para recibirse se debe desarrollar un equipo o sistema completo también puede diseñarse software pero la base es el hardware.

ideas proyecto final ingenieria electronica

Proyectos Finales de Ingeniería Electrónica

Al llegar a la instancia en la cual debemos sentarnos a pensar una idea que sea original, innovadora o que en caso de existir pueda competir en el mercado nos solemos trabar ya que al principio nos parece que ya fue inventado todo y lo que no lo fue son proyectos de una escala muy grande totalmente inaccesibles. Nunca va a faltar el que te diga:

Si estas por recibirte de Ingeniero deberías poder ingeniártelas y encontrar una idea solo.

Esa es una verdad a medias, salvo que seas un genio con una gran imaginación, las ideas no caen de los arboles sino todos seriamos millonarios. Generalmente al llegar a cursar proyecto final la mayoría suele tener echo o estar haciendo las PPS (practica profesional supervisada) y es ahí donde al estar trabajando en la industria uno ve falencias y se imagina equipos y/o procesos para suplirlas… en la industrias se encuentran las grandes oportunidades para desarrollar proyectos.

A medida que empiecen a pasar los días van a surgir nuevas ideas y van a terminar con una lista larga, te sentás con tus compañeros y eligén una, lo conveniente es elegir dos para tener la alternativa B ante el caso de que los tutores rechazen su idea original. ¿Por que rechazan proyectos? principalmente porque son muuy amplis y complicados y para real izarlos se necesita todo un equipo de ingenieros experimentados y en menor medida porque la idea presentada es muy simple y no cumple los requerimientos.

Como últimos consejos les digo que elijan algo que les guste a todos los integrantes del grupo y que estén convencido, no importa si es más difícil que X proyecto, es bastante feo sentar a trabajar más de 6 meses en algo que nos les gusta, tampoco elijan una tontera porque a los ingenieros recién recibidos que salen a buscar trabajo le suelen preguntar que hicieron de proyecto final… no es lo mismo alguien que hizo una alarma hogareña que otro que desarrollo un módem para GLONASS por ejemplo.

Lista de Ideas para Proyecto Final de Ingenieria Electronica

Si todavía no se te ocurrió nada te dejo una lista muy amplia de la cual podes sacar inspiración :P

* Pizarra Inteligente
* Domotica Hogareña
* Red Parquimetros con NFC
* Ventilador Solido
* Helicóptero Personal con Tranmision de Video en directo
* Traductor de IPv4 a IPv6
* Sistema de cobros para Taxis por RFID
* Balanza Química
* Radioaltimetro
* Fusionador de Fibra Óptica
* OBD
* Hotspot de Wi-Fi con energía eólica
* Alarma para Auto con Aviso por SMS
* Marquesina de LEDs
* Telurimetro
* Medidor de Consumo Hogareño Global (agua, electricidad, gas. etc)
* Sniffer USB
* Sistema administrativo para Estacionamientos con RFID y reservas vía Web
* Bollero
* Frecuenciometro
* Osciloscopio USB de bajo costo
* Equipo AVL
* Entrenadora de FPGA
* Load scheduling using artificial neural networks
* Load-flow analysis by artificial neural networks
* Power system fault detection using wave let transforms and probabilistic neural networks
* Automatic generation control using artificial neural networks and other AI techniques
* Load frequency control of two area power system using artificial neural networks
* Short term load forecasting using artificial neural networks
* Power system stabilizer based on artificial neural networks
* Load scheduling using
* Speed control of D.C motor using fuzzy logic
* Short term load forecasting using fuzzy logic, neuro fuzzy
* Efficiency optimization of induction motor using fuzzy logic
* Automatic generation control using fuzzy logic and other AI techniques
* Improvement in dynamic response of dc and ac motors using fuzzy logic
* Simulation of vector controlled scheme for speed control of induction motor drive using fuzzy logic controller
* Load scheduling using genetic algorithm
* Speed control of dc motor using fuzzy logic and implemented by 8051 micro controller
* Identification and control of induction motor using artificial neural networks
* Design of artificial neural networks for fault detection of induction motor
* Mathematical modeling and simulation analysis of slip power recovery drive
* Transient analysis of induction motor using matlab
* Induction motor stator resistance estimation
* Design and reliability analysis of power converter for programming interface of ECM
* Graphical user interface based visual display of operation and performance of a 3 phase induction motor
* Automatic control of distribution generation system
* Improvement in dynamic response of dc and ac motors with pid controller
* Load balancing and power factor correction by using active power filter
* Simulation analysis of three phase 6/4 switched reluctance motor
* Performance of PMBLDC motor
* Chaos- study analysis 30 Adaptive controllers design for permanent magnet linear synchronous motor control system
* Design of power system stabilizer using pole placement design
* Performance analysis of unified power flow controller
* Unified power flow controller (UPFC) based damping controllers
* Sensor less control of induction motor using adaptive, state space and kalman filter method
* Evaluation of transmission losses in radial distribution system
* Allocating the costs of reactive power purchased in an ancillary service market by modified y bus matrix method
* Optimal placement of capacitor banks in radial distribution netowrks using microgenetic algorithm and fuzzy logic
* Load flow study of a upfc embedded system
* Tuning of pid controllers in automatic generation control
* Load-flow analysis by
* Augmented load flow analysis
* AC/DC load flow studies
* Modeling and simulation of static synchronous series compensator (sssc)
* D- STATCOM in distribution network for voltage / power factor control
* Voltage sag mitigation techniques by distribution static compensator and dynamic voltage restorer (DVR and D-STATCOM)
* Integral starter generator (isg)
* Solution to sparse linear equations and its applications to fast decoupled load flow solution analysis using c and c++
* Computer applications to power systems- a load flow analysis
* Intelligent techniques for robust self tuning controllers
* Design of fuzzy logic controller using neural network
* PID controller for improved performance by using model reduction method
* Tuning of PID controller using fuzzy logic
* Fuzzy logic controller for flight vehicle stabilization
* Hand written text character recognition using generalized PID gradient decent back propagation algorithm
* Armature control of DC motor
* Mathematical modeling and simulation analysis of brushless dc motor (BLDC)
* Control system modeling and analysis using matlab
* Optimization of fuzzy logic using genetic algorithm
* Development of neural networks for system identification
* ARX identification using GA
* Automatic break control system using artificial neural networks
* Fuzzy logic controller for semi active control a
* Mathematical modeling and simulation analysis of dc motor (BLDC)
* Robust control of given system with artificial neural networks
* Simulation of code division multiple ACCES
* An H-infinity approach to robust channel estimation for OFDM wireless communication analysis
* Analysis of cardiatic signal using signal processing method
* Simulation of WCDMA system and DS-CDMA system
* Implementation of multi user detection using gradient projection method
* Face recognition using eigen faces
* Implementation of echo chancellor using kalman filter algorithm
* Performance of evaluation of spread spectrum communication system using matlab
* Design and development of fixed cellular terminal
* MSS reporting terminal
* Speech recognition using wavelets
* Sampling rate converter and digital equalizer
* Adaptive noise cancellation
* Image and data compression using DCT and MELLIN transforms
* Developments of test methodology and test cases for ipv6 validation testing tool
* Blind de convolution for image restoration using matlab
* Video compression by sub-band coding using wavelets
* Sequential jpeg image compression
* Embedded systems (micro controllers):
* Two telephone lines intercom
* Auto control of 3ph induction motor
* Caller id
* Code lock
* Electronic cash register
* Electronic voting machine
* Fingerprint security
* Fire fight robot
* Home automation over internet
* Home security
* Ir remote switch
* Line follower robot
* Night light saver
* Parallel telephone line
* Password based door lock
* Remote controlled switch board fan 6+1
* Rf based auto meter reading
* Rf based remote control
* Room light controller
* SMS through telephone
* Telephone control motor
* Temp control fan regulator
* Temperature indicator
* Time operated electric control
* Speaker identification using mfcc and neural networks
* Speaker identification using K-Nearest Neighbor Technique
* ECG Arrhythmia classification using Wavelet transform and Neural Networks
* Text feature selection by TF-IDF method and classification using Neural Networks
* 2-D Human tracking using artificial intelligence
* Handwritten digit recognition using artificial intelligence machine
* System identification using intelligent tools
* Evaluation of cars based on artificial intelligent paradigms
* Face recognition using Artificial intelligence
* Hand gesture recognition using Artificial Intelligence
* Load flow analysis using artificial intelligence
* Regression SVM based system identification
* Power quality event detection using artificial intelligence tools
* Finger print classification using Artificial intelligence
* GUI based speaker identification using Artificial Intelligence
* Optimal path planning for robot navigation using higher geometry maze routing approach
* Development of Control Laws for Attitude Control of Satellites with Flexible Appendages using Nonlinear Control Techniques
* Target tracking using sensor fusion
* 3D motion estimation using monocular sequence of images
* Robust PID controller design using interval analysis
* Knowledge based sequential/online learning multi category neural classifier
* Sinewave Generator
* Simple Code Lock
* Stepper Motor Control Using Microcontroller
* Telephone Receiver
* Telephone Number Display
* Temperature Controlled Soldering Station
* Teach-In 2002 Lab Work “ 5 “ Strain Gauge Weighing Machine
* Telephone Call Counter
* Touch Dimmer
* UNIPOLAR 4-Phase Stepper Motor Controller Board
* U.S.B. Connectivity To Micro Controller
* Ultra Bright LED Lamp
* Variable Auxiliary Power Supply
* Wireless Vehicle Path Tracer Using IR & RF
* Who’s First (Game) Indicator
* Water Level Controller
* 4 Channel Infrared Remote
* 0 – 20v Led Voltmeter
* 7 Digit Code Lock (6 – 15v)
* 4 Digit 7-Segment Multiplex DISPLAY
* Automatic Light Beam Shifting Of Vehicleâ„¢s On High Ways
* Automatic Speed Regulation Depending On Incoming Vehicle On High Ways(Fuel Injection)
* Automatic Light Lamp with Morning Alarm
* Automatic Exhaust Fan Control Coupled To Gas Leak Detection
* Auto turn off battery charger
* Anti Theft Alarm For Bikes
* Automatic Heat Detector
* Access Control System
* Autonomous Robot
* Altimeter
* Air Flow Sensor
* Automated Traffic Signal Controller
* Automatic Control For Unmanned Railway Gate.
* Automated Car Parking System
* Automated Vehicle Identification And Toll-Pass System.
* urglar Alarm System
* Build A Carbon Monoxide SNIFFER
* Build The Breath O-Meter
* Built Your Own Multi-Frequency Digital Signal Generator
* Build A Simple Infrared Illuminator
* Biopic Heartbeat Monitor
* Baby Incubator
* Colour Intensity Measurement (Liquids)
* Classic Ac 230 V Timer
* Colour Reflectance Measurement (Solids)
* Co2 & O2 Monitoring In Green House
* Coin Based Toll Gate System.
* Clap Switch
* Condenser Mice Audio Amplifier
* DTMF Telephone Remote Control
* DTMF Development Board
* DTMF Proximity Detector
* Digital Object Counter (5v)
* IRDA (Infra Red Data Communication Protocole Implémentation)
* Industrial Automation Data Acquisition System
* Interfacing Color Sensor With Different Wave Lengths To Microcontroller
* Industrial Protection System Using Light Dependent Resistor
* I2cprotocol Based Real Time Clock Control Application
* Interfacing IBM Key Board To Micro Controller
* Infrared Control For Pc
* Infrared Remote Control Timer
* Infrared Card less Head Phone
* Infrared Auto Switch
* Infrared Toy Car Motor Controller
* Ionizer Mains (230v Ac)
* Knock Alarm
* Light Sensing Robot
* Long Range Fm Transmitter
* Logic Analyzer
* Line Follower Robot
* Leaf Moisture Analyzer
* Light Sensitive Inductive Load Controller
* L293 H-Bridge Dc Motor Controller
* LED Panel Meter
* LED-Based Message Display
* Laser Torch Based voice Transmiter and Reciver
* Long Duration Timer
* Line Telephone Share
* Micro Controller Clock
* Mobile Phone Battery Charger
* Mobile Cell Phone Charger
* Musical Touch Bell
* Micro Controller To Ethernet Interface
* Microcontroller based Scrolling Message Display
* Microcontroller Based Intelligent Glass Break Detector
* Modern House Automation (Ac/Dc) Using Ir Communication
* Particulates Monitoring Using Light Beam Attenuation
* Ph Controller
* Digital Alarm Clock
* Ding-Dong Bell
* Digital Panel Meter (5v)
* Dc Motor Direction Control
* Dual Motor L298 H-Bridge Control
* Depth Of The Medium Based On Attenuated Reflectance
* Depth Of The Medium/Liquid Level By Change In Conductance
* Data Logger
* Dc Motor Control PWM Technique
* Digital Temperature Controller “ Microcontroller Based
* Digital Compass/Navigation
* Designing A Digital Thermometer By Using A Selected Temperature Sensor
* Electronic Eye With Security System
* Electronic security system
* Electronic watchdog
* Electronic Card Lock System
* Electronic Jam
* Electrical Equipment Controller
* E2prom Based Data Entry Real Time Clock Control Application
* FET 4 Input Mixer (+/-9v)
* Fastest Finger First Indicator
* Fire & Smoke Alarm System
* Fluid Level Detection
* Fluid Flow Measurement (Liquid)
* FM Booster
* G.P.S. Receiver
* Home Automation (Ac/Dc) Using Pc Interface
* House security system
* Home Automation Using Television Remote Control
* Intelligent Battery Charger
* Infra Red Illuminator
* IR Remote Switch
* Invisible Broken Wire Detector
* Pc To Pc Laser Communication
* Quality FM Transmitter
* RF Control Of Induction Motors And Other Industrial Loads
* Remote Controlled Fan Regulator
* Robot Control Using TV Remote
* Remote Control For Home Appliances
* Solar Battery Charger And Shunt Regulator
* Solar Lighting System
* Stepper Motor Based Valve Controller
* SMS Chatting Using RF
* Season Based Automatic Streetlights Switching
* Six Channel Petrochemical Fire Monitoring And Control Station
* Simple Function Generator 12v
* Eye Ball Control of Wheel Chair for Physical Handicapped person