I will randomly select a product from the U.S. market for this analysis: **Refrigerator**.

### 1. The function of the product
A refrigerator is an appliance used for cooling and preserving food and beverages by maintaining a temperature below the average room temperature.

### 2. The production process of this product from raw material to finished product

**Raw Materials:**
– Steel for the body and shelves
– Copper for the cooling system components
– Plastic for internal and external parts
– Insulation foam
– Compressor
– Electronic components for control systems

**Production Process:**
1. **Design and Development:** Engineers design the refrigerator, considering energy efficiency, capacity, aesthetics, and functionality.
2. **Raw Material Sourcing:** Purchase and transport steel, copper, plastic, and other materials to the manufacturing facility.
3. **Metal Forming:** Steel sheets are cut, bent, and welded to form the refrigerator’s body.
4. **Plastic Molding:** Injection molding of plastic parts such as drawers and door liners.
5. **Assembly of Cooling System:** Copper tubes are bent into coils and connected to the compressor to form the refrigeration cycle.
6. **Insulation:** Foam insulation is injected between the inner and outer shells of the refrigerator.
7. **Assembly:** All parts including shelves, drawers, and electronic controls are assembled into the refrigerator body.
8. **Testing:** Each refrigerator is tested for functionality, leak checks, and energy efficiency.
9. **Packaging:** The finished refrigerator is packed safely for transportation.
10. **Distribution:** Refrigerators are transported to retailers or directly to customers.

### 3. The cost of the production of the product

– **Raw Materials:** $200 USD
– **Machinery:** $50 USD per unit (amortized cost based on machine lifespan and production volume)
– **Labor:** $100 USD per unit (assuming an average wage for assembly line workers)
– **Distribution:** $50 USD per unit

**Total Cost:** $400 USD per unit

**Job Positions Needed:**
– Engineers (Design and Development)
– Procurement Specialists (Raw Material Sourcing)
– Assembly Line Workers
– Quality Control Inspectors
– Logistics and Distribution Staff

### 4. How long does it take for this product to be produced?
Typically, the production cycle for a refrigerator takes about 24 hours from start to finish.

### 5. List three famous companies that manufacture this product
– Whirlpool
– Samsung
– LG

### 6. Which countries produce this product usually? Please list three countries.
– United States
– South Korea
– China

### 7. New design for this product
**New Refrigerator Design:**

**Overview:**
The new refrigerator design focuses on energy efficiency, smart technology, and customizable storage solutions.

**Features:**
– **Smart Connectivity:** Integration with smartphones for remote temperature control, inventory management, and maintenance notifications.
– **Modular Shelving:** Magnetic, adjustable shelving and drawer system that can be easily reconfigured based on user needs.
– **Energy Efficiency:** Advanced insulation and a variable-speed compressor for up to 30% more energy efficiency than standard models.
– **Aesthetic Appeal:** Sleek, minimalistic design with customizable door panels that can be changed to match kitchen decor.
– **Air Purification:** Built-in air purifier to keep the interior fresh by removing odors and filtering bacteria.
– **Water and Ice Dispenser:** Integrated with a UV light to keep the water system clean.

### 8. Why customers would like to buy the new design
Customers would be attracted to the new design due to its enhanced energy efficiency, which can save on electricity bills. The smart features cater to the increasing demand for connected home appliances, allowing for greater control and convenience. The modular shelving and customizable aesthetics offer personalization that traditional models cannot match, and the air purification system adds a layer of health and hygiene.

### 9. Total cost of the new design

**Raw Materials:**
– Steel: $220 USD (due to higher quality for aesthetics)
– Copper: $40 USD (for advanced cooling system)
– Plastic: $60 USD (for modular shelving)
– Insulation: $30 USD (for enhanced efficiency)
– Smart Electronics: $100 USD
– Air Purifier: $50 USD
– UV Light for Water System: $20 USD

**Total Raw Materials Cost:** $520 USD

**Machinery:** $70 USD per unit (more advanced machines for smart features and modular design)

**Labor:** $120 USD per unit (more skilled workers needed for assembly of advanced features)

**Distribution:** $60 USD per unit (slightly higher due to the premium nature of the product)

**Total Cost of New Design:** $770 USD per unit

**Production Process:**
1. **Design and Development:** Incorporating smart technology and modular design.
2. **Raw Material Sourcing:** Procure higher quality materials and smart components.
3. **Metal Forming:** Use of higher quality steel for durability and aesthetics.
4. **Plastic Molding:** Injection molding of new modular components.
5. **Assembly of Advanced Cooling System:** Integration of variable speed compressor.
6. **Insulation:** Use of more efficient insulation materials.
7. **Assembly of Smart Features:** Wiring and programming of electronic controls.
8. **Installation of Air Purifier and UV System:** Assembly of specialized health-related components.
9. **Testing:** Comprehensive testing of all new features and energy efficiency.
10. **Packaging:** Use of premium packaging to reflect the product’s upscale nature.
11. **Distribution:** Logistics adjusted for a more premium product handling.

### 10. Revenue forecast of the new design compared to the original

Assuming an additional 10% premium pricing due to the advanced features and energy efficiency, the new refrigerator could be sold at $847 USD per unit (a 10% markup on the $770 USD cost).

If the original refrigerator sold at $440 USD per unit (a 10% markup on $400 USD), the new design would generate significantly more revenue per unit sold.

The new design has the potential to appeal to a premium market segment, thus possibly increasing market share in that segment and justifying the higher production costs with potentially higher margins and customer satisfaction.