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A theoretical network design that allows for continued communication even if some parts fail.

The year the first-ever internet, a network of four computers, was built by the US Department of Defense.

The first live demonstration of the ARPANET, marking a key milestone in the development of the internet.

The year when the US internet connected with its Canadian counterpart, expanding its reach.

Using technology like video calls and social media to stay connected with loved ones, especially for those living far away or with limited mobility.

Utilizing online platforms to access and learn new skills, ultimately leading to better career opportunities and economic advancement.

A worldwide network of interconnected networks, forming the internet as we know it today.

Making healthcare services accessible and affordable for millions, particularly those in rural areas or with limited mobility, through digital tools like telemedicine.

A key component needed for accessing the internet, providing connection to the global network.

The abbreviation for World Wide Web, a collection of interconnected documents and resources accessible over the internet.

Providing information about benefits, programs, and services available online, making it easier for people to access crucial resources.

Creating a world of entertainment and engagement for individuals who can't easily leave their homes, especially older adults, allowing them to participate in virtual events and activities.

Computer engineering (CE) focuses on designing both the physical hardware and software systems that make up computers and devices that contain computers.

Internet access is crucial for students, enabling them to learn online and use digital learning tools.

Loneliness can lead to negative health outcomes. The internet can help older adults connect with friends and family, reducing feelings of isolation.

The internet empowers people to find new career opportunities, create resumes, and apply for jobs online.

The internet enables people to connect with others globally, fostering collaboration and understanding.

The internet helps individuals find new hobbies, learn new things, and explore interests online.

The internet allows people to organize, share information, and collaborate with large groups of individuals.

Computer engineers work on designing and developing a wide range of digital hardware and software systems.

The internet can help improve education and learning opportunities for everyone, making knowledge more accessible.

The internet is a powerful tool for connecting people, sharing knowledge, and creating a more just and equitable world.

Software engineering involves creating and maintaining software systems that work reliably and efficiently, meet customer requirements, and are cost-effective to develop and maintain.

Software engineering emphasizes understanding and meeting customer needs. It prioritizes creating software that is usable and addresses those needs.

Both computer science and software engineering curricula typically require a foundation in programming fundamentals and basic computer science theory.

Computer science programs tend to emphasize theoretical knowledge and offer advanced courses in various areas, while software engineering programs focus on practical skills needed for software development, such as design, quality assurance, and team collaboration.

Software engineering emphasizes team collaboration and processes, recognizing that effective teamwork is crucial for successful software development projects.

Computer science focuses on the theoretical foundations, programming, and development of innovative computing solutions.

Designing and building software is a core area of computer science, encompassing web development, user interfaces, security, and mobile applications.

Solving computing problems like storing information in databases, sending data over networks, and securing systems is another essential aspect of computer science.

Computer scientists explore innovative uses of technology, such as robotics, computer vision, and digital forensics, to address challenges.

A bachelor's degree is typically sufficient for entry-level software development roles, while a master's degree can provide advanced specialization.

Software development opportunities exist in software companies, computer service providers, and various organizations across industries.

Computer science graduates often pursue careers in software development, focusing on building and designing software solutions.

Computer science involves a strong foundation in mathematics, which is essential for understanding algorithms, data structures, and logic.

Innovation in computer technology focuses on discovering new ways to use computers and solve problems using cutting-edge solutions.