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The Charlotte Engineering Early College is a five-year program for high school learners in Charlotte, North Carolina. The program blends a high school certificate with an Associate of Applied Science degree in engineering technology. Students take college courses throughout their high school career and can make up to 60 college honors.
The program presents a range of classes and subjects, including engineering, physics, mathematics, and computer science. The program also furnishes hands-on knowledge with real-world engineering and technology assignments.
The program is developed to provide students with the skills and knowledge required to follow a career in engineering.
The students, who are enrolled in Charlotte Engineering Early College, will be able to access the same high-quality classes and resources that are available to students at the main campus of UNC Charlotte.
In addition, the students will have access to a wide range of engineering and technology courses and research opportunities, including a robotics lab, a 3D printing lab, and a virtual reality lab.
This unique program is designed to provide students with an education that will prepare them for college or a career in engineering and technology. As part of their education, the students will participate in internships, service-learning projects, and field trips in order to gain real-world experience with the technologies they are learning.
Throughout the five-year program, students will be exposed to a range of subjects, such as mathematics, engineering, and computer science. They’ll have opportunities to work on projects, get mentored by professionals, and participate in internships with local companies.
In addition, the students will have access to academic and career counseling and job search assistance.
As part of the program, students will also be able to take part in a capstone project in their major field of study, allowing them to demonstrate the knowledge they’ve gained over the course of their collegiate studies.
Some of the courses offered include Introduction to Engineering, Introduction to Computer Science, Calculus, Chemistry, and Physics. Students will also have the opportunity to take challenging courses such as Engineering Design, Robotics Engineering, 3D Printing, and Circuits.
In addition to the academic courses, Charlotte Engineering Early College will also offer extracurricular activities such as sports and student clubs. The school will also host a variety of events for students to take part in, such as the Annual Robotics Competition, The MakerFaire, and the Science and Technology Fair.
Charlotte Engineering Early College provides rewarding educational experiences that allow students to excel in their chosen college disciplines. The college will provide a comprehensive curriculum, enhanced by extracurricular activities, that will help students develop the skills and competencies needed to excel in engineering and computer science.
With the college’s emphasis on early college education, Charlotte Engineering Early College provides an invaluable opportunity for students to gain the skills necessary for a successful and fulfilling career in engineering and computer science.
Boosting Charlotte’s engineering workforce
CEEC is a partnership between Charlotte-Mecklenburg Schools and UNC Charlotte that offers high school students a chance to take college courses and earn their associate degrees.
“I am so proud of our students for all that they have accomplished,” said Kristin Thomas, CEEC director. “They have performed strongly and have moved above and beyond to show their dedication to distinction. I am thrilled that this scholarship will help them continue their education at UNC Charlotte.”
The Duke Energy STEM Scholarships are part of the Duke Energy Foundation’s commitment to supporting STEM education. The foundation has invested more than $18 million in STEM-related initiatives since 2007.
“The Duke Energy STEM Scholarship is an investment that will change the lives of the eight CEEC students and create ripple effects in our community,” said Stephen De May, president of Duke Energy’s Charlotte Region.
Boosting Charlotte’s engineering workforce
1. Establish a city-funded program to provide training and education in engineering for high school and college students.
2. Create a mentorship program that pairs experienced engineers with those aspiring to become engineers.
3. Create incentives for engineering companies to open offices or relocate to Charlotte.
4. Launch an engineering internship program to give students hands-on experience in the field.
5. Launch a public awareness campaign to educate the public on the importance of engineering and its impact on the economy.
6. Partner with local universities to create more engineering-focused degree programs.
7. Develop a database to help connect engineers with employers.
8. Encourage businesses to invest in research and development in engineering.
9. Create a network of resources to help engineers find jobs and career paths.
10. Develop innovative approaches to attract more engineers to Charlotte.
The program is supported by local and state governments, as well as corporations like AT&T, Duke Energy, and Microsoft.
The program is designed to give students a head start in their engineering education. At CEEC, students take classes like calculus, physics, and engineering principles. They also get to visit manufacturing and engineering facilities and take part in real-world projects.
The program has been a success so far, with the majority of its graduates finding jobs in the engineering field. It’s a testament to the program’s focus on giving students the skills and knowledge they need to succeed in the engineering profession.
Little Taste of a lot of Different Disciplines of Charlotte Engineering Early College
On August 25, 2014, West and Marsh existed among CEEC’s first 100 learners. The outstanding high school is a partnership between Charlotte Mecklenburg Schools, the second largest district in the state, and UNC Charlotte, the state’s urban research university.
The school’s curriculum was created to boost and encourage students’ interest in the STEM (science, technology, engineering, and math) areas.
The Duke Energy STEM Scholarship provides need-based scholarships to students in the CEEC program. The scholarship is designed to support CEEC students who demonstrate academic and personal excellence in the field of STEM through the completion of a rigorous course of study at UNC Charlotte.
The Duke Energy STEM Scholarship provides financial aid for tuition, room and board, and other educational expenses which aid in the successful completion of STEM degrees.
Additionally, the Duke Energy Foundation provides funding for the STEM Summer Research Experience, which allows CEEC students to work with faculty on research projects related to STEM fields.
This experience allows students to gain valuable experience in their field of study, while also providing mentorship and guidance from faculty members.
Finally, the Duke Energy Foundation provides funding for the Duke Energy Summer Bridge Program, which is designed to prepare CEEC students to succeed in their STEM courses during the academic year. The program provides a six-week math competency course, as well as mentorship and guidance from faculty members.
“It’s a great opportunity to do something different and learn about engineering,” said Malaika L., a CEEC student. “I’m excited to see what all I can learn and the career options I can explore.”
The new partnership between Duke Energy, CPCC, and CMS has created a unique opportunity for students to gain real-world experience in the engineering field and the possibilities for their future are endless.
The Charlotte Engineering Early College will provide students with a rigorous curriculum, hands-on learning, and industry exposure. Students will have the opportunity to earn college credit while still in high school and will graduate with an associate degree in engineering.
The program will also provide internships, mentorship, and other activities to help bridge the gap between education and industry.
“The Charlotte Engineering Early College is a great example of how Duke Energy is working to build an integrated, diverse, and sustainable workforce for the future,” said Donnie Duren, Duke Energy’s chief diversity and inclusion officer. “We are proud to support this innovative program and the students who will benefit from it.”
