硕士论文暑期实习机会（多个方向）

MSc Thesis Opportunities Through a Summer Internship – Multiple Openings

通用电气（GE Vernova）

地点: 坦佩雷，芬兰
类型: 实习
发布: 2026-04-24
编号: R5035971

能源与电力电网基础设施

中文 English

职责

参与以下一个或多个论文研究方向：

1. 控制软件：开发、测试和验证用于先进电网和电力电子应用的控制软件，包括控制算法开发、动态系统建模、仿真、基于模型的设计和性能优化。

2. 实时数字仿真器 (RTDS)、硬件在环 (HIL) 和自动化测试：实时仿真、HIL 测试、自动化测试和系统验证，包括测试环境开发、测试用例自动化、HIL 设置及系统功能验证。

3. 电力电子：电网应用（如 FACTS 和 STATCOM）中电力电子系统的设计、分析和测试，包括变换器技术、仿真、测量、元件评估、效率优化和热行为。

4. 电网上的边缘人工智能：结合电力系统、数据分析和基于人工智能的电网环境应用，包括异常检测、状态监测、预测分析和可部署在边缘的机器学习解决方案。

5. 嵌入式软件：设备和系统级应用的嵌入式软件开发，包括软件实现、调试、底层测试、通信接口和软件架构开发。

必备要求

正在攻读电气工程、自动化工程、软件工程、嵌入式系统、计算机科学、电力电子或相关领域的大学学位。
对所列技术领域之一有浓厚兴趣。
积极主动、求知欲强的态度。
乐于学习和解决技术难题。
能够独立工作，也能团队合作。
良好的英语沟通能力。

优先条件

控制软件方向：MATLAB、Simulink、控制理论、电力系统基础知识、软件开发实践。
RTDS/HIL/自动化测试方向：实时数字模拟器 (RTDS)、硬件在环 (HIL)、自动化测试方法、脚本编写或编程技能、信号分析、了解电力系统或控制系统。
边缘人工智能方向：Python、机器学习基础知识、数据处理、边缘计算概念、对电力系统应用感兴趣。
嵌入式软件方向：C/C++、嵌入式系统基础知识、调试工具、基于微控制器的开发、实时操作系统（如 VxWorks、Yocto 和 ThreadX）、通信技术（如以太网、USB、SPI 和 UART）。
电力电子方向：电力电子基础知识、电路分析、MATLAB/Simulink、电气测量、了解基于转换器的能源系统。

Responsibilities

Participate in one or more of the following thesis research areas:

1. Control Software: Develop, test, and verify control software for advanced grid and power electronics applications, including control algorithm development, dynamic system modeling, simulation, model-based design, and performance optimization.

2. Real-Time Digital Simulator (RTDS), Hardware-in-the-Loop (HIL), and Automated Testing: Real-time simulation, HIL testing, automated testing, and system verification, including test environment development, test case automation, HIL setup, and system functionality verification.

3. Power Electronics: Design, analysis, and testing of power electronic systems for grid applications (e.g., FACTS and STATCOM), including converter technology, simulation, measurement, component evaluation, efficiency optimization, and thermal behavior.

4. Edge AI on the Grid: Combine power systems, data analytics, and AI-based applications for grid environments, including anomaly detection, condition monitoring, predictive analytics, and edge-deployable machine learning solutions.

5. Embedded Software: Embedded software development for device and system-level applications, including software implementation, debugging, low-level testing, communication interfaces, and software architecture development.

Must Have

Currently pursuing a university degree in Electrical Engineering, Automation Engineering, Software Engineering, Embedded Systems, Computer Science, Power Electronics, or a related field.
Strong interest in one of the listed technical areas.
Proactive and curious attitude.
Willingness to learn and solve technical challenges.
Ability to work independently and in a team.
Good English communication skills.

Preferred

Control Software: MATLAB, Simulink, control theory, power system fundamentals, software development practices.
RTDS/HIL/Automated Testing: Real-Time Digital Simulator (RTDS), Hardware-in-the-Loop (HIL), automated testing methods, scripting or programming skills, signal analysis, knowledge of power systems or control systems.
Edge AI: Python, machine learning fundamentals, data processing, edge computing concepts, interest in power system applications.
Embedded Software: C/C++, embedded systems fundamentals, debugging tools, microcontroller-based development, real-time operating systems (e.g., VxWorks, Yocto, ThreadX), communication technologies (e.g., Ethernet, USB, SPI, UART).
Power Electronics: Power electronics fundamentals, circuit analysis, MATLAB/Simulink, electrical measurements, knowledge of converter-based energy systems.

公司简介

GE Vernova 的电网解决方案业务面向全球客户，在 80 多个国家拥有超过 17,000 名员工。该业务整合电力网络价值链上的先进技术和专业知识，助力构建更可靠、更经济、更可持续的能源系统，提供用于电力传输、分配和转换的设备、系统和服务，支持公用事业公司和各行业构建面向未来的电网。在坦佩雷，团队致力于开发柔性交流输电系统（FACTS）和静止同步补偿器（STATCOM）解决方案，这些方案在提升电力系统稳定性、电压控制和电网性能方面发挥重要作用，对于整合可再生能源、提高输电效率以及满足现代电力系统不断变化的需求至关重要。