社团名称：

ECV(Electrical Computer Vision)

社团介绍：

ECV社团是聚焦汽车与电动车辆领域的理工类学术实践社团。社团以车辆性能研究、工程技术探索数据对比分析为核心方向，立足电子工程、计算机视觉等专业知识，专注研究新能源电动车（不包括专业级车辆，仅包括民用级车型）的动力系统、操控性能、速度机制等核心内容。我们讲使用计算机视觉，录制视频通过机器学习，深度学习的方式研究核心内容。
社团核心特色为同型号车辆差异化研究，通过控制变量实验、数据实测、技术拆解、原理推演等方式，探究相同型号车辆在调校、配件、工况、环境等不同条件下的性能、速度、续航、操控差异。我们致力于将理论知识与实体车辆工程实践结合，为热爱汽车工程、新能源技术、车辆竞速原理的同学提供专业的学习、探究、交流与实践平台，培养成员的工程思维、数据分析能力和创新设计能力。
The ECV Club is a science and engineering academic practice club focusing on the automotive and electric vehicle fields. The club's core focus is on vehicle performance research, engineering technology exploration, and data comparative analysis. Based on expertise in electronic engineering and computer vision, it concentrates on researching the core aspects of new energy electric vehicles (excluding professional-grade vehicles, only civilian models), including their power systems, handling performance, and speed mechanisms. We utilize computer vision, recording videos and employing machine learning and deep learning methods to study these core concepts.

A core feature of the club is its research on the differences between vehicles of the same model. Through controlled variable experiments, data measurement, technical disassembly, and principle deduction, we explore the differences in performance, speed, range, and handling of the same model of vehicle under different conditions such as tuning, parts, operating conditions, and environments. We are committed to combining theoretical knowledge with practical vehicle engineering, providing a professional learning, research, exchange, and practice platform for students passionate about automotive engineering, new energy technologies, and vehicle racing principles, cultivating members' engineering thinking, data analysis capabilities, and innovative design abilities.

社团活动计划：

1. 每周工程知识研习会：每周固定开展3次集体学习，内容涵盖车辆空气动力学、动力系统原理、电动车三电技术、力学与竞速物理、车辆调校基础理论。针对零基础社员开展入门科普，为进阶研究打下理论基础。

2. 专题知识讲座：每月开展1次主题讲座，聚焦热门方向，由社团技术骨干分享，搭配案例拆解讲解。

3.同型号车辆差异化实测计划（秋季学期12月份核心活动）：选取主流同款民用电动车、仿真赛车模型为研究对象，分组开展控制变量实验。分别测试不同温度、胎压、电池电量、载重、路面环境下的极速、加速时长、续航损耗数据，整理对比报表，分析各项因素对车辆性能的影响，最终形成完整的实测研究报告。

2026-2027学年社长副社长：王睿Ray，郭晋嘉，张一鸣，詹志城