0 views collected around this technical thread.
This article breaks down the six essential elements of effective quality management—people, machines, materials, methods, environment, and measurement—highlighting common factory problems, practical improvement suggestions, and how to implement them in a QMS to boost product quality and customer satisfaction.
This article explains why true quality management must shift from reactive inspections to proactive source‑error prevention, process control, supplier oversight, final inspection, continuous PDCA improvement, and a company‑wide quality culture.
This article outlines a comprehensive approach for technology leaders to enhance software development efficiency through strategic R&D planning, OKR setting, organizational structure, performance measurement, process optimization, architecture, technical capability, quality and stability management, tailored to different business stages and team sizes.
The article details the design and implementation of the Stella data annotation SaaS platform at 58.com, covering its background, evolution, modular architecture, annotation capabilities across text, image, audio, and video, AI‑assisted labeling, storage solutions, quality and efficiency management, as well as localization and licensing considerations.
This article describes the background, system design, implementation details, and application scenarios of the Andon (press‑light) mechanism introduced at Zhuanzhuan, covering its modular architecture, workflow choices between state machine and chain‑of‑responsibility, core Java abstractions, and how it supports merchant service rating.
CITIC Bank's Software Development Center successfully passed the China Academy of Information and Communications Technology's DevOps system and tool platform evaluation, achieving the highest "platform excellent" level across seven modules, and shared detailed insights on their testing service cloud and quality control platforms, the benefits of standardization, and future DevOps plans.
The article outlines Deming's fourteen fundamental principles for quality management, emphasizing a permanent purpose of improvement, a new philosophy, eliminating reliance on inspection, fostering continuous improvement, modern training and supervision, breaking departmental barriers, and establishing top‑level leadership to drive ongoing innovation.
The article outlines Deming's fourteen fundamental principles for quality management, emphasizing long‑term product and service improvement, statistical control, continuous process enhancement, employee empowerment, cross‑department collaboration, and the establishment of a high‑level management structure that drives perpetual innovation.
This article explains the theoretical foundations of total quality management (TQM) for game projects, links everyday QA tasks to quality management processes, and shares practical solutions to common quality issues encountered during development, aiming to guide newcomers and experienced practitioners alike.
This article explains the fundamentals of project quality management for game development, linking theoretical concepts from PMBOK to practical QA activities such as defining standards, implementing quality processes, controlling quality, and continuously improving through data‑driven analysis and PDCA cycles.
The article outlines a three‑level indicator system that quantifies engineering quality across efficiency, quality, stability, and resource dimensions, using high‑level result metrics, detailed level‑2 breakdowns, and actionable level‑3 measures to enable drill‑down analysis, risk‑warning, and continuous, data‑driven improvement.
The article explores how modern cloud computing relies on high‑speed optical modules for massive data transmission, detailing the shift from proprietary, closed‑box solutions to open, scalable designs, the rapid development of 40G‑400G optics, quality‑control challenges, and future demands from AI, 5G, and edge computing.
This article explains Huawei's implementation of quality traceability, describing its concept, purpose, the FRACAS system, root‑cause analysis methods such as 5‑Why, practical steps, case studies, and how it supports continuous improvement in R&D and operational processes.
The article explains how a quality management plan serves as a formal blueprint to identify user needs, define standards, assign responsibilities, select tools, and continuously control processes, ultimately ensuring customer satisfaction and business success.
This article analyzes the ten‑day, large‑scale construction of Huoshenshan and Leishenshan hospitals from a DevOps perspective, detailing the "small team‑big backend" organization, parallel value streams, modular building techniques, cloud‑native analogies, waterfall versus agile models, quality‑in‑built practices, and the operational challenges faced by the medical teams.
This article analyzes the rapid construction of Huoshenshan and Leishenshan hospitals, using it as a case study to compare waterfall, spiral, iterative, and Scrum development models, discuss the shift toward agile practices, and outline quality‑built operations principles for complex, time‑critical projects.
The Q Team from Xiaomi’s Information Technology Department documented a six‑step agile transformation that defined roles, built JIRA boards, aligned iteration calendars, integrated product and testing, shifted quality activities upstream, and established daily cross‑city video syncs to improve overall quality management and team efficiency.
This article presents a bilingual translation and commentary on Dr. W. Edwards Deming's fourteen fundamental principles from *Out of the Crisis*, explaining how each point guides organizations toward continuous improvement, systemic quality, and sustainable transformation.
This article describes how a Quality Assistant integrates Jira with Enterprise WeChat to automatically collect and report bug statistics, improve cross‑team communication, and accelerate issue resolution across multiple business lines.
This article explains the distinction between quality assurance (QA) and software testing, clarifies the meanings and responsibilities of QA, QC, and QM, and outlines typical QA tasks and skills needed in software development.