杜软学院
设计旨在激发灵感
杜软学院通过提供专业测量工具和实际经验，为工程专业学生提供支持。该计划帮助学生掌握实用技能，获得行业相关知识，并将 Dewesoft 技术带入他们未来的职业生涯、大学和工作场所。
学术计划
Dewesoft学术项目通过实践经验、导师指导和全球社区，将学生与真正的工程实践联系起来。从在大学代表Dewesoft到参与实际挑战，这些项目帮助学生建立技能、自信和联系，为他们未来的职业生涯提供支持。
Dewesoft 对学术界的承诺
为未来的工程师提供支持。
"At Dewesoft, we believe that investing in education is investing in the future of engineering and innovation. Our mission is to inspire the next generation of students, educators, and researchers by giving them the tools to explore, question, and create. Just like we do."
- Jure Knez 博士，Dewesoft 创始人兼总裁
德维软件 专业培训
Dewesoft PRO 培训使学生和工程师能够掌握测试和测量以及信号处理。通过内部、在线和现场提供的专业培训，我们提供实践知识和实用技能，以提高您的专业技能。
Dewesoft 在线培训 高级 DAQ 课程
通过免费的 Dewesoft 在线培训提高您的技能。访问数据采集、信号测量和处理方面的专家级在线课程。
释放你的全部学习潜能
创建自己的账户，访问个性化仪表板、跟踪自己的进度、参加记分板比赛并获得专属奖励。
查看真实学术应用实例
应用说明
Determining Stall Torque of BLDC Motor
Researchers at Tallinn University of Technology developed a Dewesoft-powered test bench to evaluate BLDC motors used in electric scooters. By combining torque sensors, a powder brake, and real-time data acquisition, they mapped torque-speed behavior, stall torque, and power output. The system provided synchronized electrical and mechanical insights, helping engineers optimize motor efficiency, design, and control strategies.
案例研究
Teaching Practical Materials Science and Structural Dimensioning with Dewesoft
The BUT GMP program at IUT Le Creusot trains future mechanical technicians through hands-on exercises that connect theory with real testing. Using Dewesoft systems, students measure vibrations, strain, and displacement to study material behavior and validate structural models. This practical approach builds strong skills in design, analysis, and engineering decision-making.
案例研究
Propellant Development and Data Acquisition in Rocket Motor Static Firing Test
The NAOS EVO motor’s first static firing validated a new sorbitol propellant and the Dewesoft SIRIUSi system for high-precision pressure acquisition. Results aligned closely with simulations, revealing stable performance and minor manufacturing issues such as grain cracking. The test confirmed motor reliability and set the direction for improved grain production and future optimization.
