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WorksheetsFirst internal questions for II A & B
Total questions: 36
Worksheet time: 34mins
Which of the following is a primary goal of engineering design?
Replication
Solution development
Marketing
Data entry
The first step in problem-solving during the design process typically involves:
Brainstorming
Stakeholder mapping
Defining the problem
Evaluating solutions
In a stakeholder map, ‘stakeholders’ refer to:
Investors
Anyone impacted by the project
Only engineers
Only the design team
Which method is best for generating multiple solution ideas?
Brainstorming
Reviewing
Filtering
Reporting
The term ‘converging’ in design refers to:
Generating ideas
Selecting among ideas
Funding
Writing reports
Which framework is central in engineering design?
Financial Framework
Marketing Framework
Design Framework
Legal Framework
The step involving "Evaluating Design Solutions" aims to:
Discard all ideas
Assess which solution works best
Hire more personnel
Initiate marketing
During team formation, what should be prioritized?
Diversity of skills
Uniform backgrounds
Age groups
Salary
In project introduction, what is NOT expected?
Setting milestones
Ignoring client needs
Defining team roles
Identifying objectives
Design solution making typically follows:
Evaluation
Concept generation
Random selection
Brainstorming
Select the tool considered essential in modern problem analysis:
Spreadsheets
Stakeholder mapping
Posters
Scorecards
Which technique primarily aids in generating alternative futures in design?
Brainstorming
Concept selection
Simulation
Consensus
Brainstorming is useful for which stage of design?
Evaluation
Problem formulation
Solution generation
Testing
The ultimate aim of design methodology is to:
Sell products
Solve complex problems
Reduce costs
Increase team size
Evaluating design solutions best demonstrates which Bloom’s level?
Remembering
Understanding
Evaluating
Creating
Imagine a design scenario: what follows after making solutions?
Solution evaluation
Stakeholder analysis
Brainstorming
Project termination
The (a) map helps visualize all impacted entities in a design project.
The process of (a) helps teams generate varied solutions rapidly.
A key method for selecting among solutions is (a) selection.
Which is the first step in the prototyping process?
Testing the model
Prototyping planning
Final presentation
Budgeting
What is a storyboard used for in design?
Financial analysis
Concept refinement
Team formation
Reporting errors
Which tool helps in generating innovative concepts in prototyping?
Creative Matrix
Calculation sheet
Report card
Feedback form
During concept refinement, what is most important?
Budgets
Details and clarity of ideas
Branding
Marketing
Usability testing is performed at which stage?
Before prototyping
After concept development
During initial team meeting
Before presentation
The presentation of prototype concepts is documented using:
Concept poster
Brainstorm map
Stakeholder list
Financial statement
What is the role of project discussion with teaching team?
To get marketing tips
To refine concepts
To ignore feedback
To delay the project
Which technique fosters future envisioning in prototyping?
Conceptual design
Brainstorming
Simulation
Team formation
Morphological synthesis is used for:
Developing creative concepts
Evaluating solutions
Stakeholder mapping
Deciding budgets
Concept posters help in:
Communicating ideas visually
Financial reporting
Legal documentation
None
Usability test demo is important for:
Early user feedback
Budgeting
Marketing
Data entry
Presentation skills are developed during:
Project discussions
Team formation
Project showcase
Budgeting
The (a) matrix technique stimulates creative concept generation.
(a) design focuses on creating and refining ideas into prototypes.
A (a) poster is used to convey and document prototyping concepts visually.
Design Thinking is a non-linear, iterative human-centered methodology used to solve complex, ill-defined problems. Its core strength lies in its emphasis on understanding the user's needs, challenging assumptions, and redefining problems to identify innovative solutions. The process is typically structured around five phases: Empathize, Define, Ideate, Prototype, and Test. For biotechnology students, this approach is invaluable. It moves beyond pure technical feasibility to address real-world human challenges, such as designing a user-friendly diagnostic device for rural clinics, developing a new drug delivery system centered on patient compliance, or creating sustainable bioprocesses that consider operator safety and environmental impact. By integrating empathy and iterative testing, Design Thinking ensures that biotechnological innovations are not only scientifically sound but also practical, accessible, and desirable for the end-user.
What are the five sequential phases of the Design Thinking process as described in the passage?
Research, Analyze, Create, Build, Sell
Empathize, Define, Ideate, Prototype, Test
Problem, Hypothesis, Experiment, Data, Conclusion
Discover, Interpret, Imagine, Prototype, Evolve
Based on the passage, why is the "Empathize" phase considered fundamental for a biotechnologist?
It is the quickest phase to complete.
It ensures the solution is technically perfect.
It focuses on understanding the end-user's needs and challenges.
It is primarily used for writing research papers.
A team of biotech students is tasked with designing a low-cost water purity testing kit for community use. Which initial action best demonstrates the application of the "Define" phase?
Brainstorming 50 different kit designs.
Building a working prototype of a test strip.
Creating a clear problem statement from the community's perspective, such as "Community members need a simple way to detect bacterial contamination in well water within 10 minutes."
Conducting surveys and interviews with community members about their water sources.
Contrast a traditional, purely science-driven approach to developing a new vaccine with a Design Thinking approach. What key element does Design Thinking introduce that the traditional approach might overlook?
The importance of rigorous clinical trials.
The chemical composition of the adjuvant.
The deep integration of end-user (patient/healthcare worker) experiences and needs throughout the development process.
The need for sterile manufacturing conditions.
A biotechnology company has developed a new glucose monitor using a standard R&D process. The device is accurate but patients find it cumbersome and stigmatizing to use. Evaluate how incorporating Design Thinking in the early stages could have led to a different outcome.
The five phases of Design Thinking provide a flexible framework for problem-solving. The Empathize phase involves engaging with users to understand their experiences and motivations through interviews, observation, and immersion. The insights gathered are then synthesized in the Define phase to frame a human-centered problem statement. In the Ideate phase, teams generate a wide array of potential solutions without judgment, using techniques like brainstorming and worst-possible-idea. Promising ideas are turned into tangible, low-fidelity Prototypes, which can be anything from a storyboard to a physical model. These prototypes are then subjected to user feedback in the Test phase. Crucially, the process is iterative; results from testing often lead back to redefining the problem or generating new ideas. This cyclical nature ensures continuous refinement and avoids the costly mistake of developing a perfect solution to the wrong problem.
According to the passage, what is the primary purpose of creating a "low-fidelity prototype"?
To create a final, market-ready product.
To produce a tangible, preliminary version of an idea for testing.
To win design awards.
To write the final project report.
Explain in your own words why the Design Thinking process is described as "iterative."
It must be followed in a strict, linear sequence.
It involves repeating phases based on learnings to refine the solution.
It is only used for information technology projects.
It requires a very large team to implement
During the Ideate phase for designing a novel biofilm-resistant catheter, a team feels stuck. Which of the following actions would best help them generate more creative ideas?
Immediately selecting the first plausible idea.
Using a structured brainstorming technique where all ideas are welcomed without criticism.
Conducting a detailed financial analysis
Finalizing the project timeline
A team designing a lab-on-a-chip device for pathogen detection creates a prototype but receives negative feedback on its complexity. Analyze how the iterative nature of Design Thinking allows the team to respond effectively to this feedback compared to a traditional linear development model.
