软件工程师 II
Software Engineer II
在Cadence，我们招聘并培养希望对科技领域产生影响的领导者和创新者。
简介
我们正在寻找一位积极进取的早期职业工程师，以支持一个专注于钣金部件成本规划、仿真和早期可行性评估的先进软件平台的开发。
该职位非常适合具有工程、物理、应用数学或相关技术学科背景，并有一定C++开发经验，且将AI作为软件开发核心要素的候选人。
成功的候选人应具备AI原生开发者的特点，能够在整个软件生命周期中利用现代AI工具、代码助手、代理框架和结构化推理技术——从需求分析和系统分解到实现、测试和维护。
理想的候选人结合了扎实的软件工程基础与Python、RESTful API、分布式系统和基于代理的架构的实际经验。他们能够将复杂的工程问题拆解为可管理的组件，并设计将AI功能集成到产品工作流程中的稳健解决方案。
主要职责
- 开发和实现新算法和方法，以增强仿真和成本估算能力
- 将工程概念转化为稳健、可投入生产的软件功能
- 进行可行性研究，评估新方法并验证性能
- 与跨职能团队合作，将新功能集成到软件平台中
技能/经验
· 精通Python、QT、C++、VBA编程
· 熟练使用VS Studio、VS code、git和azure DevOps作为开发环境和调试工具
· 具备敏捷开发方法的实际工作经验
· 具备AI原生思维，有在开发流程中使用现代AI工具和技术的经验
· 扎实的分析和解决问题的能力
· 自驱力强，充满好奇心，渴望探索新技术和方法
资格要求
· 工程（机械、工业或相关专业）、应用数学、物理、软件工程或计算机科学硕士学位
优先考虑（加分项）：
- 了解金属成形工艺
- 熟悉有限元方法（FEM）和仿真技术
- 具备数值方法或基于物理的建模经验
软技能
查看英文原文
At Cadence, we hire and develop leaders and innovators who want to make an impact on the world of technology.
Overview
We are seeking a highly motivated early-career engineer to support the development of an advanced software platform focused on cost planning, simulation, and early feasibility evaluation of sheet metal components.
This role is ideally suited for candidates with a strong background in engineering, physics, applied mathematics, or a related technical discipline who have some experience developing in C++ and embrace AI as a core element of their software development practice.
Successful candidates are expected to be AI-native developers, leveraging modern AI tools, coding assistants, agent frameworks, and structured reasoning techniques throughout the software lifecycle—from requirements analysis and system decomposition to implementation, testing, and maintenance.
The ideal candidate combines strong software engineering fundamentals with hands-on experience in Python, RESTful APIs, distributed systems, and agent-based architectures. They are comfortable breaking complex engineering problems into manageable components and designing robust solutions that integrate AI capabilities into product workflows.
Key Responsibilities
- Develop and implement new algorithms and methodologies to enhance simulation and cost estimation capabilities
- Translate engineering concepts into robust, production-ready software features
- Conduct feasibility studies to evaluate new approaches and validate performance
- Collaborate with cross-functional teams to integrate new capabilities into the software platform
Skills/Experience
· Strong programming skills in Python, QT, C++, VBA
· Proficient experience in using VS Studio, VS code, git and azure DevOps as development environment and debugging.
· Hands on working experience in Agile development methodologies.
· AI-native mindset with experience using modern AI tools and techniques in development workflows
· Solid analytical and problem-solving capabilities
· Self-driven, curious, and eager to explore new technologies and methodologies
Qualifications
· Master’s degree in: Engineering (Mechanical, Industrial, or related), Applied Mathematics, Physics, Software Engineering or Computer Science
Preferred (Nice to Have):
- Knowledge of metal forming processes
- Familiarity with finite element methods (FEM) and simulation techniques
- Experience with numerical methods or physics-based modeling
Soft Skills
- Strong team collaboration skills using MS Teams and Zoom
- Clear and effective English communication (written, verbal and presentation)
- Self-driven, curious, and eager to explore new technologies and methodologies
What You Will Gain
- Hands-on experience in advanced simulation software development
- Opportunity to work at the intersection of engineering physics, algorithms, and AI-driven workflows
- Exposure to real-world industrial applications in manufacturing and design
We’re doing work that matters. Help us solve what others can’t.
We welcome applications from candidates with disabilities and in equity seeking groups. If you have accessibility needs during the application and interview process, we encourage you to make your needs known.
Originally posted on Himalayas