Exploring the Latest Trends in Electrical Engineering
1 CommentElectrical engineering is a broad engineering discipline that deals with all aspects of electricity and electromagnetism, as well as the products and systems that use, store, and transport that electricity. Engineers in this field research, design, test, and oversee the production of electronics from large energy systems down to microscopic parts.
Currently, electrical engineers are helping develop the evolving networks and components necessary to support everything from autonomous vehicles to solar and wind energy generation. Here, we’ll discuss emerging technologies in electrical engineering and how recent advances in electrical and electronic engineering are benefitting industries across the globe.
Artificial Intelligence & Machine Learning Trends in Electrical Engineering
Artificial intelligence (AI) and machine learning (ML) have begun to penetrate nearly every industry. Electrical engineering innovations are responsible for some of the software and hardware developments that have allowed these technologies to flourish, and AI and ML are now impacting electrical engineering practices, in turn.
Electrical engineers are utilizing AI for optimization purposes in everything from computer systems and manufacturing operations to cars. Emerging electronics have made it possible for AI within a system to pinpoint efficiency or performance problems and notify users for proactive equipment maintenance and repair. Another industry trend in which AI and electrical engineering merge is the development of interconnected cameras and sensors on autonomous vehicles. These devices enable the AI controlling the vehicle to recognize objects in its environment, rapidly transmitting that data within the system to ensure safe operations.
As a subcategory of AI, machine learning builds algorithms based on data sets, allowing systems to carry out complex applications utilizing ML models. Such applications range from the everyday variety, like exchanging messages with a chatbot or having a website make an article recommendation based on your past preferences, to more complicated uses like analyzing data or generating forecasting models for businesses. In each of these cases, the electrical system innovations of engineers have made such progress possible.
Sustainable Energy Trends in Electrical Engineering
Electrical engineering is also at the heart of many advancements in the sustainable energy generation sector. Using solar panels as an example, that equipment requires electrical systems to harness and store renewable energy as well as convert that energy into electricity and transfer it long distances from the panels to power generation facilities, the power grid, and, ultimately, end users.
This involves installing and expanding electrical infrastructure, high-voltage transmission lines, control and monitoring systems, and the grid itself. To that end, another trend in the sustainable energy sector is the development of smart grids for heightened efficiency, data collection, and analysis capabilities. By finding ways to support sustainable resources and energy efficiency through innovative developments in electrical systems, electrical engineering plays a direct role in reducing power consumption and emissions while helping address climate change.
The latest research in electrical engineering on sustainability isn’t limited to major systems, either. Technologies that reduce energy consumption, such as app-controlled programmable thermostats and energy-efficient appliances, also depend on electrical engineering. As green engineering continues to evolve, electrical engineers will play a vital role in producing electrical systems for buildings that consume substantially less energy throughout their lifespan.
Electrical Engineering Solutions by Re:Build DAPR Engineering
The future of electrical engineering lies in developing and executing groundbreaking technology, sustainable energy solutions, and more, with current trends in electrical engineering establishing the pathway for these revolutionary advancements.
At Re:Build DAPR Engineering, we’re backed by decades of experience spanning multiple engineering disciplines. We believe in providing not just product designs but optimized solutions, minimizing risk and maximizing opportunities for success. Representatives from our team of over 400 engineers will work closely with you to gain an in-depth understanding of your needs and then develop innovative products from prototypes and electromechanical systems to full machine builds to fit your time frame and budget. We specialize in:
- Custom automation solutions
- Engineering analysis services
- Industrial product design and development
- Turnkey equipment build and integration
- CNC machining and electrical assembly
To learn more about how our team can support your electrical engineering goals for technological advancements, sustainability, and beyond, contact us today.