Question

Project: Analyze Product Engineering

In this lesson, the iPhone was used as an example of good product development. Although it is a recent and rather dramatic example of a successful new technology, there are many projects and products on which engineers work every day that are just as significant, albeit in different ways. For this assignment, practice applying what you have learned about engineering and product development to a product or project in which you are interested.

For the product or project that you choose, write a short essay (two-three pages) or create a short audio report (three-five minutes). Set a theme for the essay, state your goal for the product, support it with your basic knowledge of engineering and the product development life cycle, and express a conclusion.

The essay or report should:

Name the product and briefly describe it.
Identify the types of engineering that would be used to develop the product.
Describe how you would apply the stages of the product life cycle to your product. Generally describe the steps that you would take within each step, using your product as an example.
End with a short conclusion based on what you believe the outcome would be if you followed the product development life cycle process.
Submission Requirements

Use standard English and write full phrases or sentences. Do not use texting abbreviations or other shortcuts.
Make the information easy to understand.
Save an audio report in MP3 format.

Answer 1

Product Analysis: Tesla Model S

Introduction:

The Tesla Model S is a premium all-electric vehicle that has revolutionized the automotive industry. Its unique design, high performance, and long-range capability have made it a popular choice among EV enthusiasts. The Model S has set the benchmark for future electric vehicles, and it is a perfect example of good product development. In this essay, I will apply the principles of engineering and the product development life cycle to the Tesla Model S.

Engineering Types Involved:

The development of the Tesla Model S involves various types of engineering such as electrical engineering, mechanical engineering, and software engineering. Electrical engineers design and develop the battery system, motor, and charging infrastructure. Mechanical engineers work on the design and development of the body structure, chassis, and suspension. Software engineers develop the user interface, firmware, and autonomous driving systems.

Product Life Cycle:

Concept and Idea Generation:

The first stage of the product life cycle is the concept and idea generation. At this stage, Tesla identified the need for an all-electric premium vehicle that could rival traditional gasoline-powered cars in performance and range. The company conducted extensive market research and identified the target audience for the Model S. The concept was then developed, and the idea of an all-electric luxury vehicle was born.

Product Design and Development:

Once the concept was finalized, the next stage was the product design and development. Tesla engineers worked on the design of the battery system, motor, and charging infrastructure. The mechanical engineers designed the body structure, chassis, and suspension. Software engineers worked on the user interface, firmware, and autonomous driving systems. The Model S was tested extensively, and improvements were made until the final product was ready.

Testing and Validation:

The next stage of the product life cycle is testing and validation. Tesla conducted various tests on the Model S to ensure its safety, reliability, and performance. The vehicle was tested in extreme weather conditions, on different road surfaces, and in crash tests. The software was tested extensively, and the autonomous driving system was put through rigorous testing.

Launch and Commercialization:

The next stage of the product life cycle is the launch and commercialization. Tesla launched the Model S in 2012, and it quickly became popular among EV enthusiasts. The vehicle received critical acclaim for its design, performance, and range. Tesla developed a charging infrastructure to support the Model S, and the company marketed the vehicle to its target audience.

Product Support and Maintenance:

The final stage of the product life cycle is product support and maintenance. Tesla provides support and maintenance services to its customers, including regular software updates, maintenance, and repairs. The company has developed a network of service centers and mobile service units to provide support to its customers.

Conclusion:

The Tesla Model S is a perfect example of good product development. The company identified the need for an all-electric premium vehicle, and engineers from different disciplines worked together to develop a high-performance vehicle with long-range capability. The product development life cycle was followed, and the Model S was tested extensively before launch. The vehicle received critical acclaim and became popular among EV enthusiasts. Tesla provides support and maintenance services to its customers, ensuring the long-term success of the product. Overall, the Model S is a game-changer in the automotive industry, and it is a testament to the power of good product development.