Article Writing

100 Technology Topics for Research Papers

Become a problem Solver.

The advancement in technological devices is growing beyond the limit in termsof small in size and uplifting the speed in a smart way. To achieve this, researchershould solve many problems. The researcher should know the research toolsavailable and how to use them which will make you as good researcher.

Steps in Researching

Researching technology can involve looking at how it solves problems, createsnew problems, and how interaction with technology has changed humankind.The following are the step-by-step process


  • Understand your Research Assignment :
    It is necessary to Re-read your assignment sheet and the other information in the textbook.
  • Find a Topic Idea :
    Look over the recent research topics lists below to finda question that interests you. You must have different perspectives when you do Position, Argument, or a Cause paper
  • Read about the Topic :
    You should learn more about that issue by lookingat some of the hyperlinked articles. You can find more research articles at your school library or online at Google Scholar. Also you can find science magazines for a non-technical audience like Discover, Scientific American, or Popular Scientist.
  • Choose a Question to Research :
    Make a research question list other similar issues or words you could use as keywords to research.
  • Use Your Keyword Ideas to Look for Articles :
    Start to find necessary articles which are best fit for your research obtained from authoritative sources
  • Use Links to Find Good Sources :
    You can also use links in articles thatare written for a non-specialist and your library resources to find moreacademic articles.

Architecture and Infrastructural Design:

  • Architecture and urban planning.
  • Climate control in buildings.
  • Fatigue in large constructions.
  • Concrete, steel and glass structures.
  • Hydraulics and maritime technology.
  • Bridge design and construction.


Materials Science and Engineering:

  • Metals science and technology.
  • Concrete technology.
  • Advanced textiles, fibrous materials and composites.
  • Durability and sustainability of materials.
  • Advanced material characterization techniques.
  • Fracture and damage mechanics.
  • Multi-scale modeling of materials.


Mechanical and Aerospace Engineering:

  • Robotic devices and systems.
  • Autonomous air, sea, undersea, and land vehicles.
  • Space exploration and development.
  • Intelligent control systems.
  • Biomimetic modeling, dynamics, and control.
  • Cooperating robots for manufacturing and assembly.
  • Cooperative control of natural and engineered groups.
  • Identification of dynamic system models.
  • Optimal state estimation and control.


Modeling and Systems Design:

  • Design of optimal logistic systems and supply chains.
  • Control of complex dynamical systems.
  • Stochastic modeling of systems.
  • Signal processing.
  • Neural networks and Reservoir computing.
  • Computer architecture: modelling and optimization.
  • Multiphysicsmodeling and numerical simulations.
  • Multiscalemodeling of chemical production processes.
  • Atomic-level tailoring of nanomaterials.


Biomedical Engineering:

  • Biomedical imaging.
  • Biomedical signal processing.
  • Bio-fluid and tissue mechanics.
  • Medical devices.
  • Biomaterials.
  • Biosensors.
  • Advanced feedback control methods.


Sustainable Energy and Machinery:

  • Alternative fuels for engines
  • Tribology
  • Renewable energy
  • Electrical power systems
  • Clean technologies in chemical reaction engineering
  • Nuclear fusion and plasmas


Electrical Engineering:

  • Over Voltage- Under Voltage Protection System
  • Wireless Power Transfer in 3 Dimensional Spaces
  • Intelligent Feeder Control System
  • Personal Computer Based Electrical Loads Control
  • Optimum Energy Management System
  • Industrial Temperature Controller
  • High Performance Alternative Current Supplies
  • Large Scale Power Generation Using Fuel Cells


Electronics and Electronic Devices:

  • From applied physics to electronic applications
  • Electromagnetics
  • Photonics
  • Acoustics
  • Advanced components, circuits, and systems design
  • Microsystems technology
  • Display components and systems
  • Software, hardware and embedded systems


ICT and Multimedia:

  • Broadband communication networks
  • Wireless and cable networks
  • Multimedia (trans)coding and processing
  • Multimedia content analysis, synthesis and recognition
  • Content management
  • Semantic web technology
  • Standardization for networks and multimedia


Vision and Image Processing:

  • Computer Vision
  • Image Segmentation/Classification
  • Multi-resolution Techniques
  • Remote Sensing
  • Scientific Imaging
  • Stochastic Models
  • Video Analysisand manipulation
  • Evolutionary Deep Intelligence
  • Discovery Radiomics


Computer Science:

  • Theory and practice of computation for physical systems
  • Game playing, photo identification, and semantic identification
  • Real-time algorithms for measurement, prediction, and control
  • Artificial intelligence and machine learning
  • Databases, Internet security, and privacy


Operation Research and Financial Engineering:

  • Intelligent transportation systems
  • Financial management and risk analysis
  • Dynamic resource management
  • Decision science
  • Optimal design


Environmental Engineering:

  • There need to be more films about environmental catastrophes
  • GMO foods and their pros and cons
  • How can one reduce global warming impacts?
  • Managing overpopulation
  • Is it possible to rid the world of Hurricane impacts?
  • The effect of deforestation on global climate change
  • How can we adapt our buildings to protect citizens against hurricanes?
  • The underground effects of groundwater pollution
  • Nuclear power and its safety – can we rely on it for our electricity production?
  • Structural health monitoring and adaptive structures
  • Water resources
  • Earthquake detection and protective design
  • Remote sensing of natural resources
  • Urban planning and engineering


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