📖 阅读材料
Can you briefly introduce your testing experience?
What kind of ADAS functions have you tested on bench or test rigs?
What was your main responsibility during bench testing?
Can you describe your main responsibilities in camera calibration and active safety testing at Horizon Robotics?
What challenges did you face in your projects and how did you solve them?
Please describe a case where your test results did not meet the requirements. How did you resolve it?
How do you understand and analyze system requirements before designing test cases?
How do you design test cases for active safety systems? What scenarios do you usually simulate?
How do you verify the accuracy of camera calibration and ensure that the active safety functions work as intended on the bench?
How do you determine whether an active safety function passes the test on the bench? What key indicators do you use?
How do you test AEB or FCW functions on a bench setup?
How do you test lane-related functions such as LDW or LDP on bench?
How do you simulate targets or scenarios during bench testing?
How does camera calibration affect AEB or braking performance?
How do you consider functional safety during active safety testing?
What are the advantages and limitations of bench testing compared to vehicle testing?
Have you ever found any critical defects during active safety testing? How did you report and track them?
How do you prioritize defects found during testing?
What testing tools do you use, and for what purpose?
What test benches or test rigs have you used before?
What international or national standards do you follow in automotive testing?
What kind of logs or data do you collect during testing?
How do you analyze test data and identify issues?
How do you judge whether a test case passes or fails?
Automotive testing usually requires teamwork. Can you give an example of successful collaboration with colleagues?
Can you describe a situation where you had a disagreement with a team member? How was it resolved?
How do you communicate test results with algorithm or software teams?
What are you looking for in your next role?
Why are you interested in our company? Do you know our products?
What is your career plan for the next three to five years?
What are the main testing projects for this position?
Does the company provide training opportunities for new employees, such as new tools or international standards?
How is the test team structured?
What are the key performance indicators for this position?
What challenges is the team currently facing in calibration or active safety testing?
How does the test team cooperate with braking system development teams?
What are the expectations for this role in the first 6 months?
✅ 参考答案
1. 这段材料围绕一位应聘者在高级驾驶辅助系统（ADAS）测试岗位上的专业能力、项目经验、问题解决方法、团队协作及职业规划等方面，通过一系列结构化面试问题全面考察其技术素养与岗位匹配度。
2. 开头连续使用多个“Can you……”“How do you……”的问句，起到开门见山、总领全文的作用，直接点明这是一场围绕ADAS测试岗位的专业面试，迅速聚焦核心话题，引导应聘者系统展示其技术能力与实践经验。
3. 标题：《深耕ADAS测试，护航智能驾驶安全》；开头：作为一名专注于主动安全系统与摄像头标定测试的工程师，我始终以功能安全为底线，以数据精准为准则，在Horizon Robotics主导完成多项AEB、LDW等关键功能的台架验证，致力于让每一行代码都经得起真实道路的考验。
📚 答题公式
1. 【概括题】运用答题公式「找到中心句直接摘抄；无中心句则用"时地人事"（时间、地点、人物、事件）连成句」。
答题步骤：①通读全部问题，发现材料无明确中心句，但整体围绕“ADAS测试岗位面试”展开；②提取“人物”（应聘者）、“事件”（回答关于测试经验、职责、挑战、协作、职业规划等问题）；③结合“事”（技术能力与岗位适配性评估），用“时地人事”法整合为一句完整概括，突出材料的核心是“通过结构化问题全面考察应聘者在ADAS测试领域的专业素养”。
2. 【词句作用题】运用答题公式「开头：开门见山、埋下伏笔、总领全文；中间：承上启下、总结前文；结尾：总结上文、深化中心」。
答题步骤：①定位问题所在位置——材料开篇；②分析句式特征：连续使用第二人称疑问句，语气直接、目的明确；③结合内容判断其功能：非叙事性文本中，此类问句直接设定访谈框架，起到“开门见山、总领全文”的作用，使读者立刻明白这是技术岗位的深度面试场景。
3. 【拟写题】运用答题公式「标题：简洁明了、概括主要内容；开头：开门见山、吸引读者；结尾：点明中心、升华主题」。
答题步骤：①从材料中提炼关键词：“ADAS”“camera calibration”“active safety testing”“AEB/LDW”“bench testing”；②标题需体现专业领域与价值主张，故拟为《深耕ADAS测试，护航智能驾驶安全》，既简洁又突出技术深度与使命担当；③开头语采用第一人称，结合材料中提到的具体职责（如摄像头标定、AEB测试）和理念（功能安全、数据精准），以成果导向语言“主导完成”“经得起真实道路考验”吸引招聘方注意，实现“开门见山、吸引读者”的要求。