Training for POC yuwell have it in your hands.pptx

Design thinking is a human-centered approach to problem-solving that emphasizes empathy, creativity, and iterative testing. It involves understanding the needs of users, reframing problems in human-centric ways, brainstorming innovative solutions, and testing those solutions in practice. Here's a concise outline of how to apply design thinking to solve problems:

### 1. **Empathize**
- **Objective**: Gain an understanding of the user's needs and experiences.
- **Activities**:
- Conduct interviews and observations to gather insights into user behavior and challenges.
- Use empathy maps to visualize user emotions and needs.
- **Output**: A deep understanding of the user's needs and pain points.

### 2. **Define**
- **Objective**: Clearly articulate the problem you want to solve.
- **Activities**:
- Synthesize the information gathered during the empathy phase.
- Create a clear problem statement (Point of View - POV) that defines the challenge from the user's perspective.
- **Output**: A well-defined problem statement that guides the design process.

### 3. **Ideate**
- **Objective**: Generate a wide range of ideas and potential solutions.
- **Activities**:
- Conduct brainstorming sessions to encourage creative thinking and idea generation.
- Use techniques like mind mapping, SCAMPER, or the Six Thinking Hats to explore different angles.
- Prioritize ideas based on feasibility and impact.
- **Output**: A list of potential solutions to the defined problem.

### 4. **Prototype**
- **Objective**: Build tangible representations of your ideas.
- **Activities**:
- Create simple, low-fidelity prototypes (e.g., sketches, mockups, models) to explore different aspects of the solutions.
- Use rapid prototyping to test ideas quickly and inexpensively.
- **Output**: Prototypes that can be tested and refined based on user feedback.

### 5. **Test**
- **Objective**: Gather feedback on your prototypes and refine the solutions.
- **Activities**:
- Conduct user testing sessions to observe how users interact with the prototypes.
- Collect qualitative and quantitative feedback to understand what works and what doesn’t.
- Iterate on the design based on user feedback, making necessary adjustments and improvements.
- **Output**: Refined prototypes and solutions that are tested and validated by users.

### Iterative Process
- **Objective**: Continuously improve the solution through iteration.
- **Activities**:
- Iterate between the prototyping and testing phases based on

1. Training for POC Basic training on a medical Oxygen Concentrator device

2. Oxygen Concentrator? An oxygen concentrator is a device to give high purity and concentrated oxygen that works by filtering and concentrating oxygen molecules from the ambient air to provide patients with 90% to 95% pure oxygen. The compressor of the oxygen concentrator sucks ambient air and adjusts the pressure at which it is provided.

3. FEATURES SPECIFICATIONS Maximum recommended flow7F-5(W): SL/min, 7F-8(W): BL/min, 7F-10(W): 10L/min Flow Range:7F-5(W): 0.5-SL/min,7F-8(W): 0.5-8L/min, 7F-10(W): 0.5-101/min, Change in maximum recommended flow when back pressure of7kPa is applied: <0.5U/min Oxygen Concentration: 95,5%-87%5 Maximum Outlet Pressure7F-5/8(W): 45kPa 4,5kPa(6.52psi 0.65psi).7F-10(W): 62kPas 4.5kPa(8.99psi 0.65psi). Pressure Relief Mechanism Operational at:250kPa 25kPa (36.25psi 3.63psi) Noise: 7F-5(W) 53dB(A) 7F-8(W)55dB(A)7F-10(W)<60dB(A) Maximum Nebulization Rate >0.2ml/min 7F-5/8/10W) Power Supply:CAC120V 10%CAC220V 10% CAC230V = 10%50Hz 60Hz 15amps(AC220V-240V): 3.0 amps(AC120V) Input Power: 7F-5/8(W): 500VA 7F-10(W): 850VA Weight: 7F-5(W): 27kg, 7F-B(W) 28.5kg 7F-10(W): 33kg Dimension: H44 Sem (175) x W37.2cm (14.7)x D68cm (26.8") Minimum operating time: 30minutes Altitude: Up to 1828 meters (6000 ft) above sea level without degradation of concentration levels. From 1828 meters (6000 ft) to4000meters (13129 ft) below 90% efficiency. Safety system: Current overload or loose connection, automatic shutdown. Compressor with abnormal high temperature, automatic shutdown. High & low pressure alarm function automatic shutdown Compressor error function, automatic shutdown. Low oxygen concentration alarm function2th22TeReAtNOandHANDLINGOP

4. Cont. 16. Minimum Operating Time: 30minutes 17. Electric classification: Class II, type BF application 18. Work system: work continuously. 19. Normal Operation Conditions: Temperature range: 10°C -35°C (50°F-95°F): Relative humidity: 30%-75%; Atmosphere pressure: 860hPa-1060hPa(12.47psi-15.37psi): NOTE: When storage temperature is below 5°C, please keep the equipment in normal working condition for at least 4 hours before using. 20. Temperature at oxygen outlet: <46°C 21. Suggestion: The length of nasal oxygen cannula should be less than 15.2 meters and should not be pinched. 22. Transportation and storage conditions: Temperature range: -20°C-+60°C(-68°F +140°F), Atmosphere pressure: 700hPa-1060hPa(10,15psi-15.37psi) NOTE: Oxygen concentrator should be stored with out intense sunlight, no corrosive gas and in a well ventilated room, avoid jolt and inverted recumbent transport.