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ARE YOU Ready to level up your skills and open doors to amazing career opportunities?
ARE YOU Ready to level up your skills and open doors to amazing career opportunities?
Welcome to the PLTW Engineering (PLWE) Pathway, a premier program designed to ignite students' passion for innovation and problem-solving within the engineering field.
This pathway provides a progressive exploration of the engineering design process, manufacturing technologies, and their applications in real-world scenarios.
The journey begins with an introduction to fundamental engineering principles where students learn about the engineering design process, problem-solving techniques, and technical documentation. Through practical application, students explore research and analysis, teamwork, and communication methods, applying cutting-edge 3D solid modeling software to develop and present innovative solutions. This foundational stage equips students with essential skills for careers in engineering, industrial design, and advanced manufacturing.
As students progress, they delve into specialized topics such as modern manufacturing processes, product design, robotics, and automation. This advanced stage integrates hands-on projects where students engage with computer-aided manufacturing (CAM), CNC machining, and automated systems. These experiences reinforce interdisciplinary learning, linking concepts from art, mathematics, science, and English language arts, and prepare students for advanced careers in engineering, robotics, and manufacturing.
This pathway not only fosters a deep understanding of engineering and manufacturing but also prepares students with critical thinking and collaborative skills essential for success in today’s high-tech industries. Join us on this exciting journey in the PLTW Engineering Pathway to turn your innovative ideas into reality and shape the future of technology and design.
Your future starts with cte!
Your future starts with cte!
Join our PLTW Engineering Pathway and embark on a journey to the forefront of technological innovation!
Get ready to build the skills that are essential for excelling in the engineering field. Speak with your counselor to discover more about this exciting opportunity and secure your spot during registration for the upcoming school year.
What you'll learn
What you'll learn
Engineering Design Process: Master the fundamental steps of the engineering design process from concept to execution.
3D Modeling: Utilize cutting-edge 3D modeling software to create precise and detailed engineering designs.
Problem-Solving Techniques: Develop robust problem-solving skills tailored to complex engineering challenges.
Technical Documentation: Learn to produce clear and precise technical documents necessary for engineering projects.
Research and Analysis: Engage in thorough research and analysis to support engineering decisions and innovations.
Team Collaboration: Enhance teamwork skills through collaborative projects and communication strategies.
Global and Human Impact: Explore the broader implications of engineering projects on society and the environment.
Manufacturing Processes: Dive into modern manufacturing techniques, including robotics and automation.
Product Design: Apply principles of design to develop functional and innovative engineering products.
Robotics and Automation: Explore the application of robotics and automated systems in manufacturing.
Computer-Aided Manufacturing (CAM): Gain hands-on experience with CAM software and CNC machining.
Engineering Standards: Understand and apply engineering standards and practices in real-world scenarios.
Career opportunities
Career opportunities
Graduating with a concentrator status in the PLTW Engineering Pathway unlocks a world of exciting career opportunities.
Here are some potential job roles that students can explore after completing their studies:
mechanical engineer
mechanical engineer
Design and analyze mechanical systems and machinery. Assess prototypes to improve machine efficiency.
$70,000
($33.65/hr)
$50,000 - $90,000
($24.04/hr - $43.27/hr)
Strong Growth
Civil engineer
Civil engineer
Plan, design, and oversee construction and maintenance of building structures and infrastructure.
$68,000
($32.69/hr)
$55,000 - $82,000
($26.44/hr - $39.42/hr)
Average Growth
electrical engineer
electrical engineer
Develop and test electrical equipment and systems, including communications, power generation, and electrical components.
$78,000
($37.50/hr)
$60,000 - $96,000
($28.85/hr - $46.15/hr)
Strong Growth
industrial engineer
industrial engineer
Improve industrial processes in order to increase efficiency and reduce waste in manufacturing settings.
$74,000
($35.58/hr)
$60,000 - $88,000
($28.85/hr - $42.31/hr)
Very Strong Growth
robotics technician
robotics technician
Build, maintain, and repair robots used in various manufacturing environments.
$58,000
($27.88/hr)
$45,000 - $72,000
($21.63/hr - $34.62/hr)
Very Strong Growth
automation engineer
automation engineer
Design and create control systems for automated production lines to improve throughput and quality.
$85,000
($40.87/hr)
$67,000 - $102,000
($32.21/hr - $49.04/hr)
Strong Growth
For the salary data, including "Average Salary," "Salary Ranges," and "Growth Outlook," the information was sourced from the following websites:
ERI Economic Research Institute - www.erieri.com, Indeed - www.indeed.com, Talent.com - www.talent.com, NC Works (NC Careers) - nccareers.org
By participating in the PLTW Engineering pathway, students not only gain valuable skills but also demonstrate their engineering prowess, making them standout candidates for pivotal roles in the industry. Our program emphasizes career readiness, ensuring that students are well-prepared to enter the workforce or pursue further education in engineering and related fields.
Join the PLTW Engineering pathway and take the first step towards a fulfilling career in the dynamic world of engineering!
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