Most high school students have no idea what they want to do with their lives, though education in science, technology, engineering and math may point them towards technical careers, reported the Business Review.

Schools across the country are creating more STEM options and groups, such as robotics clubs, to promote a greater emphasis on scientific learning, stated the news source. For one student at Balton Spa High School in Balton Spa, New York, involvement with his school's robotics club pointed him in the a new direction.

"That hammered it home," said Jake Torrey, a student at the high school. "I decided to go into engineering because it’s a safer route with more career opportunities."

According to the media outlet, STEM supporters are creating more opportunities for students in the United States to experience technical subjects. Furthermore, many of these committed individuals are working with school districts to solidify budget considerations and funding for these programs, which is no small task given the current economy.

Robotics programs in the classroom meet STEM criteria, as well as garner student interests through hands on activity, reported the Atlantic.

As many technicians in the robotics field would say, education in science, technology, engineering and math should begin at a young age. The National Research Council recently announced that STEM education is lacking in many U.S. schools, though the organization intends to change this with its new suggestions for teachers of all grade levels .

One suggestion made by the national education organization is more time spent on these subjects. According to the NRC, scientific topics have received less attention from teachers than math and language arts subjects. Additionally, new curricula incorporating STEM lessons and field trips needs to be developed. These guidelines may carry additional significance, as the NRC and officials within STEM-related industries claim an understanding of these concepts may provide students with career opportunities once they reach adulthood.

"A growing number of jobs – not just those in professional science – require knowledge of STEM fields," said Adam Gamoran, a university professor and STEM education supporter.

Accordingly, many robotics industry concepts are derived from STEM topics. Even military branches are now placing additional emphasis on scientific learning, as highlighted by the recently announced scientific scholarships given out by the Citadel, a military college in South Carolina.

As new technology emerges, robotics systems will be able to perform more difficult tasks. Now, it appears that one robot has mastered the art of character drawing, reported IBN.

A new project, named the AIKON-II by its University of London organizers, recently developed a robotics system that, through adaptive software, learned how to draw portraits based on the teachings of its human creators. According to the news source, robotic "eyes" are connected to the machine's "brain," which then sends signals to specialized attachments that enable it to draw shapes, lines and characters.

Put all of these complementary systems together and the result is a robot capable of mimicking human drawing motions. Project coordinators stated the new system will likely lead to greater understanding about the link between thought processes and actions in robotic devices.

"The accumulated knowledge about our perceptual and other neurobiological systems is advanced enough that, together with recent progress in computational hardware, computer vision and artificial intelligence, we can now try to build sophisticated computational simulations," said Fol Leymarie, one of the project's leaders, told the media outlet.

A growing number of robots are designed with the ability to learn. Reuters recently reported on two robots, called Lingodroids, which developed their own language using adaptive software.

NASA recently announced this summer will mark the fifth year its High School Aerospace Scholars Program has partnered with the Washington Aerospace Scholars.

The collaborative scholarship program is intended to foster student interests in science, technology, engineering and math related fields. To date, 1,160 students have passed through the program, in which STEM-minded children can also participate in a seasonal program through the Seattle Museum of Flight.

The summer initiative presents itself as a valuable opportunity for students interested in aviation and other technical subjects to gain some exposure to scientific industries.

"There are few opportunities available for such an in-depth, free education in this field. It was a unique opportunity to interact with experts in the field on engineering and aviation," said Amanda Watson, a previous program participant.

Those who wish to take part in the Seattle museum's summer residency need to take a series of tests on space exploration and other STEM-related topics. According to NASA, the students who score the best in these assessments will qualify for the program.

Students interested in robotics may consider applying to the summertime program, as there is a growing demand for this expertise in the aerospace field. According to the news outlet Space, a new robotics pilot program was recently approved by NASA to be carried out aboard the International Space Station.

According to Dvice, a new educational robotics system has been developed by Korea's Robot Institute to teach school children in the country and elsewhere.

Dubbed the Kiro Robot, the device was originally designed to be an electronic museum guide, stated the news source. Accordingly, it performed its duties well enough that company executives considered implementing the robotics system in the classroom.

Developers have big plans for the Kiro Robot. Unlike other east Asian companies, Korea's Robot Institute plans to market the device worldwide. The media outlet claimed the robotics system will likely find its way to the American marketplace sometime in the future.

Kiro recently completed a three-week trial program to test its effectiveness in an actual educational setting, reported Engadget. The functions it performed during the pilot included running educational videos on one of its screens and playing interactive games with eager school children. Program observers noted the educational device kept students engaged in the daily lesson, thereby proving its worth as a teacher's aid.

Kiro also had an after-hours job during this time period as a museum guide at the Dong-A University Museum in Busan, South Korea, reported the news organization.

Students in Annapolis, Maryland, who are trained in science, technology, engineering and math may have better luck getting competitive industry internships, reported Edgewater-Davidson Patch.

Businesses in Anne Arundel County are encouraged by government officials to support local students who participated in STEM magnet programs. According to the news source, interns will receive valuable experience in technical fields as well as be given the chance to show prospective future employers their technical skills.

"The way you write a computer program is incredibly complex, but I couldn’t explain it to you before STEM," Nicholas Manoogian, a high school senior, told the media outlet.

To date, the STEM focused program has matched more than 200 students with 52 local businesses. City officials and business planners alike claim the internships may combat the high unemployment rate in Annapolis as well as create the potential technology workforce of the future, stated Edgewater-Davidson Patch.

According to the Atlantic, the STEM industry is seeing a high percentage of job vacancies in fields ranging from robotics to computer software development. To combat this trend, new education initiatives have been started in classrooms throughout the United States.