What Can You Do with a Degree in Informatics?

What Can You Do With Your Degree



What can you do with a degree in Informatics?  Well essentially anything that is relate to data and information.  Informatics, by definition, is the application of algorithmic methods and processing power, resulting in the obtaining and manipulation of information, which then results to the birth of new knowledge. This new and emerging degree combines computing with several disciplines such as the arts, humanities and social studies, as well as the biological, natural and health sciences. Although this degree is novel, it has catapulted many students to success because the study allows them to dabble with different fields of study. If you are considering a degree that can take you to places, then here are the job opportunities that you can explore with a degree in informatics:

Bioinformaticist

A bioinformaticist has become extremely important in many areas of biology.  A specialist in bioinformatics tools, a bioinformaticist concentrates on the use of computer programs and algorithm, as well as the creation of new programs to store, retrieve, organize, and analyze biological data.

Also known as a chemoinformaticist,a chemical informaticist is a professional who conducts research in order to improve the understanding of biological functions, to create new life-saving medications, and to reduce the harsh impact of chemicals on the environment.

Bioinformaticist make anywhere on average from $60,000 to $75,000 a year, depending on where they work.

Logic and Mathematical Informaticist


The work of a logic and mathematical informaticist deals with testing new operating systems, encoding and decoding of private information, as well as researching about data that affects the realms of artificial intelligence and bioinformatics.

READ  What Can You Do with a Career in Criminal Justice?

Health Informaticist

A health informaticist is an expert who creates IT systems and computational programs that can be used in health and biomedical research. The areas of specialization for this practice are systems biology, genome bioinformatics, pharmacoinformatics, structural bioinformatics, and biomedical computing.

Social Informaticist

A social informaticist is an professional who studies the interdisciplinary effects of information technology, ranging from its design and usage to its numerous effects. He uses the critical thinking methods of psychologists, historians, and anthropologists in the exploration of cultural and social contexts of information technology.

Security Informaticist

A security informaticist deals with information security from technological, practical, and social standpoints. He is responsible for designing, implementing, and managing the security of programs. He also takes economics, legislation, and social behavior in consideration when it comes to making programs for privacy and security.

Music Informaticist


A music informaticist explores the new applications of music as data in different forms: audio, performance, graphical, or symbolic. He deals with music search, synthesis of music, music source operation, music composition for games, optical music recognition, audio signal-to-score, score following, and music analysis.

Robotics Specialist

An informatics graduate can work as a robotics specialist – one who designs, fabricates and controls machines that can perform activities that are usually done by humans. He helps develop machineries that make factory, hospital, road, home, and space exploration tasks easier and faster.

Human-Computer Interaction Designer

Although it has been the domain of engineering and psychology, informatics graduates can get work as a human-computer interaction designer. In this job, the designer is responsible for creating a technological experience that is both functional and delightful for users.

READ  What Can You Do with a Math Degree

Complex Systems Analyst

A complex systems analyst is an informaticist who specializes in discovering and understanding the different parts of the system and how they interact with each other. This interdisciplinary field combines the studies of physics, math, biology, computer science and other social sciences.


Advertisement

Comments on this entry are closed.