A bachelor’s degree is a post-secondary academic program that is typically completed within three to five years. Students who wish to enter a graduate or professional program typically must have a bachelor’s degree. The awarded degree may be called a Bachelor of Arts or Bachelor of Science depending on the course of study and the number of required credits.
What is a Bachelor in Artificial Intelligence? This degree prepares students to develop artificial intelligence applications, such as speech recognition, facial recognition, and language translation. Areas of study may include data mining, advanced mathematics, engineering, and robotics. A capstone experience or internship rounds out many programs and prepares students for careers and graduate study.
Earning a bachelor’s degree in artificial intelligence can develop strong analytical thinking skills and problem-solving abilities that benefit graduates personally and professionally. Graduates may also develop proficiency in data mining and analysis that will open doors in a diverse range of industries.
The cost of a bachelor’s degree depends on the selected school and the length of study. Students should research or contact prospective schools to ensure they have the information they need.
Having a bachelor’s degree in artificial intelligence may open the door to new and exciting career paths. Possible jobs include data scientist, machine learning specialist, or computer engineer. Someone who enjoys teaching could train others to develop and use artificial intelligence or may wish to teach at the secondary level or in higher education. Another alternative is working in sales for companies that market artificial intelligence applications to consumers. This is a growing field, so jobs may become available in a few years that do not exist today.
Prospective students may pursue a bachelor’s degree in artificial intelligence on a college or university campus, or possibly online. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
The presence of microchips or integrated circuits in nearly every kind of modern machine allows for some degree of intelligence in most mechanical and electronic devices. [+]
The presence of microchips or integrated circuits in nearly every kind of modern machine allows for some degree of intelligence in most mechanical and electronic devices. Automated processes, “expert” systems; tasks involving sorting, routing, reminding, adjusting and even repairing, all may involve some level of programming that has been designed, developed and tested by a person or team that understands applied informational technologies, machine intelligence and/or robotics. Students in this faculty are often fascinated by the philosophical, as well as the technical aspect of artificial intelligence, although the curriculum is primarily focused on applications.... [-]
Bachelor of Computer Science (Artificial Intelligence) academic program is offered to prepare graduates with a thorough understanding and superior skills of Computer Science, particularly in Information & Communication Technology. [+]
Bachelor of Computer Science (Artificial Intelligence) academic program is offered to prepare graduates with a thorough understanding and superior skills of Computer Science, particularly in Information & Communication Technology. Graduates will also be equipped with advanced scientific knowledge and engineering skills in Artificial Intelligence to fulfill industrial needs especially in the field of ICT, robotics, and manufacturing.Career Prospects
A wide range of career opportunities in the field of computer science and information technology is open to graduates who specialized in artificial intelligence. Graduates specialized in artificial intelligence can also pursue their postgraduate studies. Among the career opportunities such as knowledge engineer, intelligent systems or expert systems developer, systems analyst, systems programmer, systems designer, software developer, software consultant, computer scientist, and researcher. ... [-]
The Bachelor's programme in Artificial intelligence at the VU Amsterdam has two tracks: Intelligent Systems and Socially Aware Computing. You decide which option is best for you. The first year is the same for both tracks, the second year shares 40% of their programmes. This means you can switch very easily! [+]
Artificial intelligence (AI) is everywhere now, and its importance is only going to grow. The media is full of it: AlphaGo, robots, driverless cars, etc. We all use AI technology each and every day. Searching with Google, recommendations on Netflix and Amazon, language recognition with Siri, machine translations, spam filters; all of these are a part of our everyday lives. Science and healthcare too would be unimaginable without artificial intelligence nowadays. Image recognition, diagnostic support tools, predictive models and other innovations provided by artificial intelligence are crucial in all areas of society. As an academic discipline, artificial intelligence holds the future – and could shape your future career. Studying AI at Vrije Universiteit Amsterdam is your route to success. The Bachelor's programme in Artificial intelligence at the VU Amsterdam has two tracks: Intelligent Systems and Socially Aware Computing. You decide which option is best for you. The first year is the same for both tracks, the second year shares 40% of their programmes. This means you can switch very easily!... [-]
The BSc Degree Programme at Savonia UAS aims at developing experts in information technology with the specialisation in the Internet of Things. You learn to face continuous change in the global technology field and be sensitive to the requirements set by international partners. As a Savonia BSc, you will become especially skilled in the application and service development in digital health and industrial internet sectors which makes you an asset for example to small and medium-sized companies going global. When you graduate, you are able to operate fluently in multicultural teams and guide your team towards objectives. Savonia BScs work in service and product design, research and sales and other international activities. [+]
This exciting new degree programme is uniquely placed to provide you with the skills to be at the cutting edge of this new area by developing your skills as a cross-disciplinary innovator. [+]
The digital world is changing from a world of computers to a world of connected smart devices and intelligent systems embedded in the environment, commonly described as the Internet of Things. The future of technology is increasingly focused on bringing the virtual world into the real world through innovations such as Google Glass and smart watches. At the same time, there are hardware advances such as robots that can vacuum your floors, walk, dance, and even climb stairs. Developments in sensing technology allow people to play with games consoles by simply waving their arms. These trends will gain pace as technology moves away from the keyboard and screen to become truly embedded in the environment around you. The move towards smart interconnected devices is going to be as revolutionary as the advent of personal computing, but will only be successful if companies can combine the traditional disciplines of computing and engineering to develop a new generation of intelligent systems that are designed to integrate together seamlessly.... [-]
In the Bachelor's programme in Artificial Intelligence in Nijmegen, you study how to make smart computers and robots. To do so, you need to know how the human brain works; computer models can for their part help in brain research. [+]
To come and study the Bachelor's in Artificial Intelligence you must be interested in the interaction between humans and computers. Knowledge about the human brain is useful for things like building smart computers and robots. For example, learning about how people recognise faces can help to develop a digital passport scanning and recognition tool. And the same thing works in reverse: by imitating brain processes using computer models, you learn to understand the brain better, for instance, the requirements for passport photos are very strict; you shouldn’t laugh, your ears must be visible; you have to take off your glasses and you must look straight at the camera. This is necessary because what you see at a single glance – person and photo match – is a complicated puzzle for a computer scanning the passport.... [-]