Okay, I need to create a Korean Wikipedia-style article about electric vehicles (EVs) under the engineering category. Let me start by understanding the user's requirements. The main categories are Technology, Automobile, Electric Vehicle, and Engineering. The article should be in markdown format with proper structure, accurate information, and technical terms explained.

First, the title should be H1. The title is given as "전기차 공학" (Electric Vehicle Engineering). Then, an overview section. I should explain what electric vehicle engineering is, its importance, and maybe touch on its history briefly.

Next, detailed sections (H2 and H3). Possible sections could be 구조 및 구성 요소 (Structure and Components), 에너지 시스템 (Energy Systems), 구동 시스템 (Drive Systems), 충전 기술 (Charging Technology), 환경 및 정책 (Environmental and Policy Aspects), and 미래 기술 전망 (Future Technology Outlook). Each of these H2 sections can have H3 subsections.

For structure and components, I can break down into 고전압 배터리 (High-voltage Battery), 모터 및 인버터 (Motor and Inverter), 전력 전자장치 (Power Electronics), 경량 소재 (Lightweight Materials). Each of these needs a brief explanation of their role and engineering challenges.

Energy systems might include 배터리 관리 시스템 (BMS), 열 관리 시스템, 에너지 효율 최적화. Here, I should explain how these systems work together to manage the battery's performance and longevity.

Drive systems could cover 모터 종류 (Types of Motors) like induction, permanent magnet, switched reluctance, and their pros and cons. Also, 구동 방식 (Drive Types) such as FWD, RWD, AWD, and torque vectoring.

Charging technology needs to discuss 급속충전 (Fast Charging) standards like CCS, CHAdeMO, and Tesla's Supercharger. Also, 무선충전 (Wireless Charging) and V2G (Vehicle-to-Grid) technologies.

Environmental and policy aspects should include 탄소 발자국 (Carbon Footprint), 재활용 및 순환 경제, 정부 정책 및 보조금. Here, I can mention how policies affect EV adoption and sustainability efforts.

Future outlook might involve solid-state batteries, autonomous driving integration, AI and big data in EVs, and hydrogen fuel cells as alternatives.

I need to ensure that technical terms are explained in simple terms. For example, when mentioning BMS, I should note that it's a system that manages battery performance and safety. Also, use tables if needed, like comparing motor types or charging standards. Maybe include a table for motor types with advantages and disadvantages.

I should also check for markdown syntax: headers with #, subheaders with ## and ###, lists with -, tables formatted properly, code blocks for any technical code, though in this context maybe not necessary. Emphasize key terms with bold.

Make sure the article is at least 800 characters. Let me start drafting each section, ensuring that each part flows logically and covers all necessary aspects. Avoid any markdown errors, like proper spacing after headers and list formatting. Also, include references or related documents at the end if possible, but the user didn't specify sources, so maybe just a section with related topics.

Wait, the user mentioned "필요시 참고 자료나 관련 문서 섹션" so maybe include a References section at the end with some links or documents related to EV engineering, like international standards or industry reports.

Let me start writing the overview, then each section step by step, making sure to explain each component clearly and technically but accessibly. Check for any inaccuracies, like current charging standards or battery types. For example, lithium-ion is standard now, but solid-state is upcoming. Also, mention different motor types and their applications in various EV models.

I should also mention challenges in the field, like battery lifespan, charging infrastructure, and recycling. Maybe touch on thermal management systems to prevent overheating and ensure safety.

Make sure each H2 section has enough depth, and H3 sections provide specifics. Use bullet points for lists, like components or types. Tables can help compare, like CCS vs CHAdeMO charging speeds or motor types.

Alright, time to put it all together in proper markdown format, ensuring structure and content meet the requirements.