- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
What courses do Electrical & Computer Engineering Students take?
What are some characteristics of successful engineers?
What does the Electrical and Computer Engineering Department look like?
Why is it important that students pursue engineering?
What if I want more information?
- What is Electrical & Computer Engineering?
- What do Electrical & Computer Engineers do?
- Where and in what areas do Electrical & Computer Engineers work?
- How much do Electrical & Computer Engineers make?
- What courses do Electrical & Computer Engineering Students take?
- What are some characteristics of successful engineers?
- What does the Electrical and Computer Engineering Department look like?
- Why is it important that students pursue engineering?
- What if I want more information?
What is Electrical & Computer Engineering?
Electrical Engineering
- Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy.
- The largest of all engineering disciplines
- The most diverse in the variety of field specializations
Computer Engineering
- Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems.
- One of the fastest growing engineering disciplines
- Outgrowth of electrical engineering
- Closely related to the work of a Computer Scientist, however, a CPE has strong hardware and software skills
What do Electrical & Computer Engineers do?
Greatest Engineering Achievements of the 21st Century
- Electrification
- Automobile
- Airplane
- Electronics
- Radio and Television
- Computers
- Telephone
- Air Conditioning and Refrigeration
- Spacecraft
- Internet
- Imaging
- Household Appliances
- Health Technologies
- Laser and Fiber Optics
Top 50 Inventions of the Last 50 Years
- 1955-Microwave Oven
- 1955-Polio Vaccine
- 1955-TV Remote Control
- 1955-Velcro
- 1957-Birth-Control Pill
- 1957-Three-Point Seatbelt
- 1958-Jet Airliner
- 1958-Laser Beam
- 1958-Super Glue
- 1959-Float Glass
- 1959-Fuel Cell Vehicle
- 1959-Integrated Circuit
- 1961-Carbon-Fiber Composites
- 1961-Cordless Tools
- 1961-Industrial Robot
- 1962-Communications Satellite
- 1962-Computer mouse
- 1962-LED
- 1962-Video Games
- 1964-Music Synthesizer
- 1964-Unmanned Aerial Vehicles
- 1965-Kevlar
- 1966-High-Yield RIC
- 1967-Coronary Bypass Surgery
- 1969-Automated Teller Machine
- 1969-ARPANET
- 1969-Smoke Detector
- 1969-Charge-Coupled Device
- 1970-Digital Music
- 1970-Telecommunications Fiber Optics
- 1971-Waffle-Sole Running Shoes
- 1972-Electronic Ignition
- 1973-MRI
- 1977-Personal Computer
- 1978-Genetic Engineering
- 1978-GPS
- 1978-In-Vitro Fertilization
- 1979-Sony Walkman
- 1981-Scanning Tunneling Microscope
- 1984-DNA Fingerprinting
- 1985-Polymerase Chain Reaction
- 1987-PROZAC
- 1989-World Wide Web
- 1995-HIV Protease Inhibitors
- 1997-HYBRID-Electric Car
- 1998-Genetic Sequencing
- 1998-MP3 Player
- 2002-IEEE 802.16
IEEE Technical Societies
- Acoustics, Speech and Signal Processing
- Aerospace and Electronic Systems
- Antennas and Propagation
- Broadcast Technology
- Circuits and Systems
- Communications
- Components, Packaging and Manufacturing Technology
- Computers
- Consumer Electronics
- Dielectrics and Electrical Insulation
- Education
- Electromagnetic
- Electron Devices
- Engineering Management
- Engineering in Medicine and Biology
- Geoscience and Remote Sensing
- Industrial Electronics
- Industry Applications
- Information Theory
- Instrumentation and Measurement
- Lasers and Electro-Optics
- Magnetics
- Microwave Theory and Techniques
- Oceanic Engineering
- Power Electronics
- Power Engineering
- Professional Communications
- Reliability
- Robotics
- Social Implications of Technology
- Solid State Circuits
- Systems, Man and Cybernetics
- Ultrasonics, Ferroelectronics, and Frequency Control
- Vehicular Technology
|
|
|
|
|
|
|
|
Where and in what areas do Electrical & Computer Engineers work?
Communications
- Radar/Stealth Design
- Internet Connectivity
- Telecommunications Products
- Remote Sensing
- Wireless/Satellite Communications
- Antenna Design
Controls
- Automotive Controls
- Vehicular Technology
- Aerospace Controls
- Automation and Robots
Microelectronics/VLSI
- Consumer Products
- Electronics and Instrumentation
- Digital Logic and Design
- New Semiconductor Materials
Power
- Power Generation/Transmission
- High-Energy Lasers
- Lightning Effects
Digital Systems
- Custom Logic(FPGA or Chip Design)
- Peropheral(I/O) Design
- Embedded Systems
Graphics and Visualization
- High-Performance Graphics Hardware
- Virtual Reality
- Animation
- Visualization of Scientific Data
High Performance Computing
- Parallel and Distributed Computer Design
- Computer Arithmetic
- Computer Communications
Information and Signal Processing
- Audio and Video Processing
- Signal Processing
- Speech Processing
- Speech Recognition
How much do Electrical & Computer Engineers make?
National Salary Averages
| Electrical Engineers | $77,000 |
| Computer/Software Engineers | $75,800 |
| Veterinarians | $74,900 |
| Engineers (all types) | $74,800 |
| Architects | $64,800 |
| Psychologists | $59,600 |
| Statisticians | $59,400 |
| Dental Hygienists | $58,500 |
| Physical Therapists | $58,400 |
| Biological/Life Scientists | $56,000 |
| Landscape Architects | $54,900 |
| Registered Nurses | $54,000 |
| Real Estate Agents | $45,000 |
| Interior Designers | $44,500 |
| Social Workers | $38,000 |
