Concurrent Engineering & Standards Quiz

International standard for quality management systems.

Simultaneous product design and development among different teams.

International standard for energy management systems.

Standard for life cycle assessment of products.

Standard for environmentally sustainable building design.

Standard for electrical equipment safety.

Standard for Wi-Fi technology.

Simultaneous execution of tasks, not sequential.

Rigorous evaluation of a product's performance, safety, and adherence to standards.

Designing the manufacturing process and choosing appropriate methods.

Producing a small batch of products to identify and fix potential issues before full production.

Implementing controls to maintain consistent product quality and reliability.

Clearly defining the issue or potential benefit to be addressed in product design.

Gradually increasing production volume while monitoring quality and efficiency.

Organizing the supply chain, warehousing, and distribution network.

Determining when to phase out a product from the market.

Incorporating user feedback during the early stages of product design to ensure the product meets user needs.

Repeatedly refining and improving the prototype based on testing and feedback.

Ensuring the prototype design can be efficiently used in mass production.

Computer-aided design software used for creating digital product models.

Identifying and fixing potential problems in the design early on to avoid costly issues later.

Repeated testing and refinement in prototyping leads to better final products.

Guidelines for a product's usability, ergonomics, and safety.

The advantages of using prototypes, such as reduced risk, better designs and faster time to market.

Establishes criteria for quality management systems to ensure consistent product/service quality.

Specifies requirements for quality management systems in medical device design and manufacturing.

Provides guidelines for safety signs, symbols, and colors to effectively communicate safety messages.

Specifies methods for testing materials (like plastics) to assess tensile strength and elongation.

Establishes tolerance requirements for linear dimensions and geometrical tolerances in engineering.

Sets standards for effective environmental management systems.

Evaluates the flammability of plastic materials used in electrical devices and appliances.

Ensures products meet safety requirements and comply with regulations.

Considering the entire product lifecycle (conception to disposal) and all aspects (technical, economic, environmental, social).

Initiating product design by analyzing needs, assessing feasibility, and creating initial design concepts.

Defining clear, documented, and tracked product needs; crucial for design throughout the process.

Developing the overall architecture of a system, including its components and their interactions.

A design process involving repetition, feedback, and improvement through testing and prototyping.

Working across different engineering fields and with stakeholders to view a product from all angles.

Identifying and evaluating the problems a product is intended to solve for users.

Identifying, assessing, and mitigating potential issues in the design process.

A standardized language for designing and analyzing complex systems

Using models to design and verify complex systems early in development.

Creating representations of system components and their interactions using various types of models.

Predicting system behavior under diverse conditions using models.

Putting a product into the market and supporting its initial operations.

Transitioning to the process of making the product at large scale.

Conducting tests to confirm system performance and compliance with requirements.

Tools used to manage and track system requirements.