Students will create a personal action plan to improve sustainability in their daily lives. The assessment will include multiple choice questions about sustainability practices and open-ended sections where students outline their plans.

This assessment includes multiple choice questions and open-ended questions that test students' knowledge and understanding of basic electronic components such as resistors, capacitors, and transistors.

This assessment includes MCQs focused on current trends in the manufacturing industry, such as automation and Industry 4.0. Open-ended questions will ask students to predict future developments in manufacturing.

Explore the technologies and tools used in prototyping. Students will answer MCQs and provide open-ended responses that analyze the impact of digital tools on the prototyping process.

Utilizing a case study of a well-known product, students will respond to MCQs and open-ended questions to discuss how prototyping was used in the development of that product based on real-world examples.

Students will explore different materials used in product design and the associated manufacturing processes. MCQs will assess material properties, while open-ended questions will encourage practical applications.

This assessment will require students to create effective design briefs for a new product. It includes MCQs on brief components and an open-ended prompt for writing a brief.

Students will answer MCQs and provide open-ended responses on how materials are used in real-world applications, illustrating their properties.

Students will take a quiz focusing on health and safety protocols in manufacturing through MCQs and open-ended questions that ask for policy recommendations to improve safety standards.

This assessment will gauge students' knowledge of ergonomic principles and their application in product design. Students will answer MCQs and provide insights on ergonomically designed products.

Students will complete MCQs related to different tools and machinery in manufacturing, their functions, and safety precautions. Open-ended questions will ask students to describe how specific tools are used in manufacturing.

This assessment involves understanding how to test prototypes effectively. Students will answer MCQs and open-ended questions about testing methodologies and evaluation criteria for prototypes.

Students analyze a case study involving specific materials and answer MCQs and open-ended questions regarding their properties and applications.

Students will explore the role of collaboration in product development through MCQs and a reflective question on working in teams for design projects.

This quiz will test students' knowledge on various sustainable materials used in design and technology. Multiple choice questions will focus on identifying materials, while open-ended questions will require students to explain the benefits of using these materials in product design.

This quiz consists of multiple-choice questions focused on identifying different materials and their properties, testing comprehension of key characteristics.

Students will demonstrate their understanding of sustainable design principles and practices through both MCQs and reflective responses on sustainability in product development.

The assessment focuses on selecting suitable materials for various manufacturing processes. MCQs will cover material properties, while open-ended questions will ask students to justify their choices in specific contexts.

Students will demonstrate their understanding of key terms in electronics and programming through a vocabulary quiz consisting of matching and descriptive questions.

Students will assess how sustainability considerations can be integrated into the prototyping process. This assessment includes MCQs and thought-provoking open-ended questions.

In this quiz, students will complete MCQs about reading and interpreting technical drawings. Open-ended questions will require students to create a simple technical drawing based on specifications provided.

Students will be assessed on their ability to create technical drawings and prototypes. The assessment will feature MCQs on technical terms and require students to explain their prototyping process.

A quiz that covers experimental methods for testing material properties, featuring both MCQs and descriptive questions.

Students will answer MCQs related to quality control methods in manufacturing. Open-ended questions will involve scenario-based discussions where students suggest quality assurance measures.

This assessment will consist of MCQs and open-ended questions about composite materials and their unique properties.

This quiz assesses students' understanding of optimization techniques in manufacturing processes through MCQs. Open-ended questions will require students to propose ways to improve efficiency in a given manufacturing scenario.

This quiz will cover various sustainable production methods in the manufacturing industry. It will consist of multiple choice questions about different methods and open-ended questions on the potential benefits of adopting these practices.

This assessment includes multiple choice questions regarding different types of manufacturing processes, their uses, and advantages, along with open-ended questions asking for examples and real-world applications.

Students will be assessed on their understanding of global sustainability challenges. The quiz will include multiple choice questions related to current issues and open-ended questions asking for solutions or alternatives to these challenges.

This assessment involves comparing different materials through MCQs and written responses discussing their advantages and disadvantages based on properties.

Students will evaluate their understanding of simple electronic circuits and the ability to read and construct circuit schematics through a combination of MCQs and descriptive responses.

This assessment will evaluate students' understanding of how to identify consumer needs and conduct market research. It will include real-life case studies along with questions.

Students will design an electronic project, document the process, and submit a report that includes diagrams and code snippets, accompanied by targeted questions about their design choices.

A quiz that examines the historical development of materials, with multiple-choice questions and short answer sections about their properties over time.

Students will present their final projects involving electronics and programming, followed by a quiz that assesses their understanding of the project, its components, and the programming logic used.

This assessment focuses on innovative approaches to product design. Students will provide examples of innovation in design through open-ended responses and complete MCQs on design creativity.

This assessment will test students' knowledge of the stages in the product lifecycle and their significance in product design and development through MCQs and open-ended questions.

A quiz that requires students to examine and classify materials found in everyday products, combining both MCQs and descriptive questions.

Students will create a design brief based on a product idea, including aspects of prototyping. This assessment will involve both MCQs and open-ended questions focusing on crafting effective design briefs.

This assessment involves scenarios where students must troubleshoot common problems in electronic circuits, combining multiple-choice scenarios with open-ended explanations.

Students will evaluate existing products based on design criteria and user feedback. They will answer MCQs related to evaluation techniques and provide detailed product critiques.

This assessment focuses on the fundamental programming concepts relevant to electronics, including flow control, variables, and data types, through MCQs and practical coding challenges.

This assessment focuses on the collaborative aspect of design. Students will engage in MCQs and open-ended questions to understand the dynamics of team-based prototyping projects.

Students will analyze a case study of a product's lifecycle, focusing on its environmental impact. They will answer multiple choice questions to identify stages of the lifecycle and provide open-ended responses regarding potential improvements for sustainability.

Students will explore various rapid prototyping techniques through MCQs and open-ended questions, focusing on their speed and efficiency in the design process.

This assessment will evaluate students on key principles of sustainable design. Students will answer multiple choice questions and provide open-ended explanations on how these principles can be applied in their own design projects.

Students will draft a project proposal that incorporates sustainability principles. The assessment will include multiple choice questions about project planning and open-ended sections requiring details on how sustainability will be integrated into the design.

Evaluate knowledge regarding microcontrollers and their applications in electronics through both MCQs and reflective questions about programming and interfacing devices.

This assessment focuses on the safety procedures and precautions necessary when working with electronic components, incorporating true/false and explanation-based questions.

A combination of MCQs and open-ended questions that assess knowledge on sustainable materials and their properties in design.