QualEngine 质擎 QualEngineualEngine
QUALITY ENGINEERING · REIMAGINED

培训、试算、应用, 收进同一个工作台。 Training, calculation, application — all in one workbench.

不再让方法停在教程里——学原理、在线算、现场采,数据贯穿始终;从经典七大工具到 APQP、MSA、FMEA,都能在你的数据上直接跑起来。

14件质量工具quality tools
6大体系标准management systems
6汽车核心工具AIAG core tools
0安装 · 浏览器即用install · runs in browser
LIVE CONTROL CHART REAL-TIME
UCL +3σ CL LCL −3σ 1357910 RULE 01 · 超出控制限 RULE 01 · beyond control limit 第 9 子组越过 3σ 上界 subgroup 9 crosses the 3σ upper bound
数据进来,异常自动判异 — WECO / Nelson RULE 01Data in, anomalies flagged — WECO / Nelson RULE 01
CONTENT ATLAS · 内容版图CONTENT ATLAS

五个板块,一个站点。Five domains, one site.

点开任意板块,直达培训讲解与在线试算——不用在目录里再找一遍。Open any domain to jump straight to training and online calculation — no more hunting through catalogs.

Quality Systems 6 体系6 systems

质量体系标准Quality Systems

从通用到行业专项:汽车、医疗、航空航天、审核指南。均配解读与落地模板。From generic to industry-specific: automotive, medical, aerospace and audit guidance — each with interpretation and ready-to-use templates.

查看全部 6 项 →View all 6 →
AIAG Core Tools 6 工具6 tools

汽车核心工具AIAG Core Tools

APQP 到 PPAP 的全套 AIAG 工具,含可在线填的试算工作台与产出表单。The full AIAG toolset from APQP to PPAP, with online workbenches and deliverable forms you can fill in.

进入核心工具 →Enter core tools →
Quality Tools 14 手法14 methods

质量工具Quality Tools

旧七大走数据流动,新七大走关系梳理,均含在线试算。The Old Seven follow the data flow, the New Seven map relationships — both with online calculation.

进入质量工具 →Enter quality tools →
Product Engineering 5 模块5 modules

产品工程Product Engineering

几何公差、可制造性设计与公差闭环计算,从规格到可靠性的工程方法。GD&T, design for manufacturability and closed-loop tolerance math — engineering methods from specification to reliability.

进入产品工程 →Enter product engineering →
Resources 实战In practice

资源与实战Resources & Practice

来自真实项目的案例与方法套件,把标准落到你自己的数据上。Cases and method packs from real projects — apply the standards to your own data.

查看资源 →Browse resources →
HOW TO START · 怎么开始HOW TO START

按你此刻的处境,挑一个入口。Pick an entry point for where you are right now.

SITUATION 01

我手上有一堆现场数据I have a pile of field data

想知道它稳不稳、问题集中在哪、原因可能是什么——从检查表、层别、柏拉图、鱼骨图开始。Want to know if it is stable, where problems concentrate and what might cause them — start with check sheets, stratification, Pareto and fishbone.

进入旧七大手法 →Enter the Old Seven →
SITUATION 02

我要判能力、做控制图I need capability and control charts

过程是否受控、Cpk 够不够、该不该调机——走统计过程控制与控制图。Is the process in control, is Cpk enough, should the machine be adjusted — go with SPC and control charts.

进入统计与 SPC →Enter statistics & SPC →
SITUATION 03

我要策划一个新项目I am planning a new project

从立项到量产该分几步、每步要交什么、用什么工具——按 APQP 五阶段推进。How many steps from kickoff to production, what to deliver at each, which tools to use — follow the five APQP phases.

进入 APQP 流程 →Enter the APQP flow →
SITUATION 04

我要做测量系统分析I need measurement system analysis

量到的数可信吗?GR&R、偏倚、线性、稳定性——把测量误差讲清楚。Can you trust the numbers? GR&R, bias, linearity, stability — make measurement error explicit.

进入 MSA 测量系统 →Enter MSA →
SITUATION 05

我要做设计 / 公差I work on design & tolerances

图纸怎么标才不出歧义、公差怎么叠才装得下——几何公差与公差闭环。How to annotate drawings without ambiguity, how to stack tolerances so parts still fit — GD&T and closed-loop tolerance.

进入产品工程 →Enter product engineering →
SITUATION 06

我是审核员 / 体系负责人I am an auditor / system owner

体系怎么建、过程怎么审、VDA 6.3 怎么打分——标准、指南与审核表。How to build the system, audit processes and score VDA 6.3 — standards, guidelines and audit forms.

进入体系与审核 →Enter systems & audit →
PROOF · 真实案例PROOF

方法不是纸上谈兵。Methods that hold up in practice.

一份来自真实项目的 DFMEA 实例:结构—功能—失效—风险逐层展开,S/O/D 打分与 AP 查表逐格可查。A DFMEA case drawn from a real project: structure, function, failure and risk unfolded layer by layer, with S/O/D ratings and AP lookups visible cell by cell.

七步法7-StepAIAG-VDA 全流程AIAG-VDA flow
12下一级要素next-level elements
禁用 RPNNo RPNAP 由 S/O/D 三维查表AP from S/O/D lookup
爬电距离不足导致沿面闪络Insufficient creepage distance causes surface flashover
「BMS/电池系统」高压经采样回路窜入低压侧 → 整车/终端用户高压窜入低压侧;无预警,车辆可能行驶中突然失去动力或高压回路起火,导致碰撞、乘员电击或烧伤。BMS/battery system: HV crosses into the LV side via the sense loop → vehicle/end-user: HV intrudes into the LV side; without warning the vehicle may suddenly lose drive or the HV circuit may ignite, causing collision, electric shock or burn injury.
S 10O 4D 3AP = H★ 特殊特性★ Special characteristic

查看完整实例 →View the full case →

把质量方法,用起来。

从七大工具开始,今天就能在你的数据上跑第一张图。