教育工作者在提高学生的兴趣、参与度和获得工程基础知识方面发挥着关键作用。这些基础知识培养了问题解决和批判性思维能力，可以让学生为未来的工作做好准备，无论他们的职业或高等教育选择如何。
工程教学似乎让人无所适从，因此我们开发了一个完全集成的应用程序来为您提供支持。我们的交钥匙解决方案推动 21 世纪的学习，涵盖了教育工作者和学生所需的全部资源和支持。
00:00
00:00
Siemens Xcelerator for Education
Pathway to Learning Engineering
Pathway to Learning Engineering 是款交钥匙学习应用程序，使教育工作者能够激励和吸引学生学习工程知识。其中包括基于项目的课程、工程设计软件、课堂管理工具和专业发展资源。
减少工程教学障碍
Pathway to Learning Engineering 包括什么内容？
Pathway to Learning Engineering for High School 涵盖了您所需要的一切：高中工程课程、工业软件、课堂管理工具和专业发展资源。
all
基于项目的课程
完全符合当今学术标准的跨学科 STEM 课程使学生能够通过实际的工程项目应用所学知识，为未来的行业需求做好准备。
all
行业设计软件
西门子的云端工程设计软件可从学习应用程序中无缝访问，因此学生可以使用新兴工业软件培养技术能力并应用工程实践。
all
职业准备
21 世纪的技能框架使学生能够培养获得成功所需的关键能力，例如数字素养、创造力、协同合作能力、批判性思维和问题解决能力。
Course offerings
Pathway to Learning Engineering courses consist of multiple units, each with a unique problem, where students use sustained inquiry, working individually and in groups, to engineer a solution.
This course challenges students to work in teams to solve real-world design problems. Students apply the engineering design process and make extensive use of engineering design software and 3D printing as they research, design, develop and communicate design solutions.
This course has students apply engineering principles and technical skills to design, plan and develop machining and automation programs. In addition to advanced CAD skills, students use Siemens PLCs and TIA Portal software as tools for problem solving and preparing solutions.
This course prepares students to design automated mechatronic systems, combining mechanical and electrical components. Students build systems that focus on the Internet of Things (IoT), Industry 4.0 and human-machine interfaces (HMI), including PWM and PID control systems.
In this course, students collaborate to research, design and prototype solutions, develop business models, and apply lean design and Six Sigma to optimize manufacturing. The Capstone project culminates in a presentation to an authentic audience.
From the classroom to the real world
Hear from educators and administrations who are using Pathway to Learning Engineering to inspire and engage their students to explore engineering.
Krystal DuBose | University of South Carolina College of Engineering
Customer success stories
1 / 5
Customer success stories
1 / 5
1
Krystal DuBose | University of South Carolina College of Engineering
(1 min, 28 secs)
2
B.T. Martin | South Carolina Department of Education
(32 secs)
3
Addison Walker | Floyd D. Johnson Technology Center
(1 min, 27 secs)
4
Angie Covington | Floyd D. Johnson Technology Center
(54 secs)
5
Floyd D. Johnson Technology Center
(3 mins, 48 secs)
这不仅仅是一个工程计划，还是一个交互式应用程序，可提供生活和教育在学术、技术和社交方面的教学和学习体验。
Get started today with our cloud-based solution
Access the tools you need, using classroom hardware you already have – including Windows PCs, MacBooks, and Chromebooks. By choosing the Pathway, you are investing in a comprehensive educational application that will inspire your students to become tomorrow's problem solvers and innovators.
all
Pathway to Learning Engineering Advanced
Available in December 2025
Enjoy a premium experience with our most advanced subscription tier, which provides access to the full application for one teacher and 150+ students, and your choice of four courses.
Podcast
Empowering Engineering Education
Hosted by PBS's Joe Hanson (Be Smart), this podcast explores strategies, insights and resources for high school engineering classrooms. Hear from educators and experts as they share project-based learning techniques, real-world applications and innovative ways to make engineering exciting and accessible for all students.
常见问题解答
希望了解更多信息？查找常见问题的答案和技术细节。
