# data[].attributes.headline
 I will like to attempt the 3rd Question - Tajudeen 

# data[].attributes.subject
 I will like to attempt the 3rd Question - Tajudeen 

# data[].attributes.body
On the research framework adopted by SpaceX

1. Iterative Development - The company uses iterative approach to design and development, it uses rapid iteration and prototyping which allows the company to test and refine it technology quickly, leading to accelerated innovation and progress.

2. The company also uses vertical integration - the comoany vertically integrate the design, manufacturing and testing of its rockets and spacecraft, this approach form what i read gives the company greater control over quality cost and timelines to delivery.

3. The company approach leads to lean and cost effective operational processes

# data[].attributes.headline
Q1: couple of time and recent one was SpaceX startship launch failure in Nov’23

# data[].attributes.subject
Q1: couple of time and recent one was SpaceX startship launch failure in Nov’23

# data[].attributes.body
Lijaz

# data[].attributes.body
SpaceX, indeed, experienced its share of failures, especially in the early years.

Each failure was thoroughly analyzed to understand what went wrong.where failures are seen as opportunities to learn and improve.SpaceX controls a large part of its supply chain, which helps in quick adaptation and integration of new technologies.

Elon Musk's vision and leadership have played a significant role in SpaceX's approach to research and development, fostering a culture that embraces risk, innovation, and continuous learning.

# data[].attributes.body
•Did SpaceX ever fail?

Yes

•How did it research into getting to success?

Don't know

•What is the research framework adopted by the firm?

Don't know

# data[].attributes.body
Yes, I think it is based on a good studying of the field and the competitors and it is the reason of the success.

# data[].attributes.headline
Q1: Yes, SpaceX has definitely faced failures along the way, but they have used those failures to fuel their success.

# data[].attributes.subject
Q1: Yes, SpaceX has definitely faced failures along the way, but they have used those failures to fuel their success.

# data[].attributes.body
Q2:

# data[].attributes.body
Rapid iteration and prototyping, vertical integration, first-principles thinking & openness to learning

# data[].attributes.body
They work also on generating of innovative idea that is special and different from all what suggested by their competitors

# data[].attributes.headline
yes, they failed initially but after many R&D and improvements it became a success.

# data[].attributes.subject
yes, they failed initially but after many R&D and improvements it became a success.

# data[].attributes.headline
Learning from failure.. they have a program where is they allocate approx $2B based on their risk tolerance for past pace testing and re testing 

# data[].attributes.subject
Learning from failure.. they have a program where is they allocate approx $2B based on their risk tolerance for past pace testing and re testing 

# data[].attributes.body
Problem definition, requirements analysis, technology research, design and development, data analysis and feedback loop, risk management

# data[].attributes.headline
Space X Fail - Yes,  Has Faced Failures , Prajith 

# data[].attributes.subject
Space X Fail - Yes,  Has Faced Failures , Prajith 

# data[].attributes.headline
i don't know about what research framework they had implemented

# data[].attributes.subject
i don't know about what research framework they had implemented

# data[].attributes.headline
Q1 SpaceX have failed severally. Infact I am not aware if they have made any profits so far. But if they learn from their mistakes they may succeed . They however have succeded in havinf the technology ready for business John Chege - Kenya

# data[].attributes.subject
Q1 SpaceX have failed severally. Infact I am not aware if they have made any profits so far. But if they learn from their mistakes they may succeed . They however have succeded in havinf the technology ready for business John Chege - Kenya

# data[].attributes.body
Q2 How did it research into getting to success

# data[].attributes.headline
like most Companies, spaceX also faced some failures. the most known one is the launch failures of Falcon 1

# data[].attributes.subject
like most Companies, spaceX also faced some failures. the most known one is the launch failures of Falcon 1

# data[].attributes.headline
Q2 How did it research into getting to success. Continuous investment in research and development is always giving space X an edge in the technology space John Kenya

# data[].attributes.subject
Q2 How did it research into getting to success. Continuous investment in research and development is always giving space X an edge in the technology space John Kenya

# data[].attributes.body
e.g. Fail-fast, Iterative prototyping, Lean

# data[].attributes.body
1. Yes they failed several times. Falcon 1 is an example at its initial stage of launch.

2. Through continuous improvement and learning from mistakes by conducting root cause analysis with each failure

3. Action research

# data[].attributes.headline
Elon Musk: Space-X Project (Arnel Gamboa)

# data[].attributes.subject
Elon Musk: Space-X Project (Arnel Gamboa)

# data[].attributes.body
1. Yes, it did fail several times with some rockets exploding upon launch. It took some time to improve the engine performance, booster rocket recovery, and overall reusability of the rocket design (falcon 1).

2. Most of its strategy went into what competitors like Lockheed Martin and Boeing were NOT doing. And so, the essential criteria for recruitment is passion and interest in space exploration, and not really hard experience or even education! A common question used by Elon Musk himself in interviews show a lot in terms of common sense or IQ test perspective. Space-X wanted to do things differently from the start.

3. I think the research approach is heavily positivist as it relied heavily in testing new theories and gathering empirical data from several trial runs. It is a typical mill-run of laboratory examinations-type of experiments while continuously learning, adapting, and improving.

Arnel Gamboa

# data[].attributes.headline
Research into Getting to Success - SpaceX was focused on Innovation and efficient use of resources rather than focusing on financial part , which allowed them to return back from a failure - Prajith

# data[].attributes.subject
Research into Getting to Success - SpaceX was focused on Innovation and efficient use of resources rather than focusing on financial part , which allowed them to return back from a failure - Prajith

# data[].attributes.body
The comoany focus on reusability of its spacecraft ass against the usual practice in that field

# data[].attributes.body
Question 1: Yes, SpaceX faced numerous failures during its early years. The Falcon 1 rocket experienced three failed launches before its fourth attempt successfully reached orbit in September 2008. Prior to that, SpaceX faced financial hardships and came close to bankruptcy.

Question 2: To achieve success, SpaceX conducted extensive research and development efforts. They invested in the development of the Merlin engine, which played a significant role in reducing costs and achieving efficiency. SpaceX also focused on the novel concept of reusable rockets, which aimed to bring down the cost of space travel significantly. This involved extensive research and experimentation to perfect the technology required for rocket reusability.

Question 3: The research framework adopted by SpaceX can be described as iterative and innovation-driven. They aimed to disrupt the aerospace industry by introducing new technologies and challenging existing norms. This involved continuous research, prototyping, and refinement of their rockets and engines. SpaceX also leveraged partnerships with NASA to gain knowledge and expertise from experienced industry players.

Overall, SpaceX's approach involved a combination of technological innovation, cost reduction, and collaboration to achieve success in the space industry.

# data[].attributes.body
1- They lost 3 rockets in 2006 & 2007

2-After the 3rd failure in rocket launch, they conducted a thorough analysis of the vehicle’s design and manufacturing processes to identify areas for improvement. This research led to the development of the Falcon 9 rocket, which had a more reliable and efficient design.

3-combination of in-house research and development efforts and collaboration with external partners and academic institutions. They invested in research and development, focusing on improving their launch vehicles and spacecraft's performance, reliability, and cost-effectiveness.

# data[].attributes.headline
Case Study - Alfred Olutola Akin-Davidson

# data[].attributes.subject
Case Study - Alfred Olutola Akin-Davidson

# data[].attributes.body
Question 1: Yes, SpaceX faced numerous failures during its early years. The Falcon 1 rocket experienced three failed launches before its fourth attempt successfully reached orbit in September 2008. Prior to that, SpaceX faced financial hardships and came close to bankruptcy.

Question 2: To achieve success, SpaceX conducted extensive research and development efforts. They invested in the development of the Merlin engine, which played a significant role in reducing costs and achieving efficiency. SpaceX also focused on the novel concept of reusable rockets, which aimed to bring down the cost of space travel significantly. This involved extensive research and experimentation to perfect the technology required for rocket reusability.

Question 3: The research framework adopted by SpaceX can be described as iterative and innovation-driven. They aimed to disrupt the aerospace industry by introducing new technologies and challenging existing norms. This involved continuous research, prototyping, and refinement of their rockets and engines. SpaceX also leveraged partnerships with NASA to gain knowledge and expertise from experienced industry players.

Overall, SpaceX's approach involved a combination of technological innovation, cost reduction, and collaboration to achieve success in the space industry.

# data[].attributes.headline
An event study approach on publicly available resources that combines case methods and process theory methods they developed six examples of seeking autonomy

# data[].attributes.subject
An event study approach on publicly available resources that combines case methods and process theory methods they developed six examples of seeking autonomy

# data[].attributes.body
Did SpaceX ever fail?

Yes,

How did it research into getting to success?

learn from the mistakes.

analysis of root causes: Self destruct system activated.

the stainless steel body is heavy. concreate support

What is the research framework adopted by the firm?

Change in design, change the material, adopted the change.

reusable material, make it cost effective

# data[].attributes.body
SpaceX - Yes, the company fail fast bcos of its iteration approach to design

# data[].attributes.body
1. SpaceX product Falcon 1 had failed 3 times prior to having a successful launch.

2. The focus was to be cost effective approach to compete with govt. funded competitors and to reuse launch vehicles

3. Framework focused on improving based on root cause analysis and generating improvement opportunities.