Leadership Analysis Projectresearch A Leaderfor This Assignment You A ✓ Solved

LEADERSHIP ANALYSIS PROJECT Research a Leader For this assignment, you are required research a leader you admire. Directions for the assignment: 1. You will be required to use an acceptable citation format such as APA to reference the materials you use to compile your research. 2. This person can be any leader in any field, It can be someone you know or someone you can research.

You will then write a paper that incorporates the items listed in the rubric below. 3. The person that you research cannot be a relative. 4. Your research paper should be at least three (3) pages, double spaced, 12 pt. font.

5. You will upload your paper to Canvas either as a Word document or PDF. I cannot read .pages documents. Rubric of assignment: Each of the items below should be titles and content of the paper: Why have you chosen to research this person? 10 What is the impact this person has had in his or her field?

Tell their story. 10 What is it about them you admire? 10 What lessons can you take from what you know of their life experience? 10 What leadership style from the book does your leader follow. Describe details that are evidence for the style?

15 What field/industry this person is part of and what was their education (major)? 5 What are five Questions you would like to ask them if you could meet? 10 Conclusion/summary paragraph is included 10 Technical aspects of the paper Include a cover page 5 Followed directions including length and title 5 Included appropriate citation of reference page - APA 5 The paper is free from grammar and spelling errors 5 Total Points 100 points Professor Michael Solomon BLCN 532 Blockchain development Chapter 12 Chapter 12 • The Future of Blockchain and the Challenges Ahead • Blockchain is a rapidly maturing technology • Many issues remain unresolved • Security is an important issue • Migration from centralized models can be difficult • The challenge is to mature beyond Proof of Concept (PoC) Summary of key Hyperledger Projects Hyperledger framework - business blockchain technology • More than just Fabric Hyperledger tools • Empowers blockchain development and deployment in multiple types of environments Hyperledger Composer • DEPRECATED • Set of collaboration tools now integrated in Hyperledger Fabric v1.4 The Road Ahead • Enterprise blockchain and crypto asset- driven ecosystem Addressing the divide • Business service integration Interoperability Scalability and economic viability Staying Engaged With Hyperledger Understanding business drivers Understanding technology drivers Key focus areas • Digital identities • Digital assets (including currency) • Cyber-physical integration • Security • Governance Summary • The Future of Blockchain and the Challenges Ahead • Blockchain is a rapidly maturing technology • Many issues remain unresolved • Security is an important issue • Migration from centralized models can be difficult • The challenge is to mature beyond Proof of Concept (PoC)

Paper for above instructions

Leadership Analysis Project: Ada Lovelace

Why I Have Chosen to Research this Person?

For this assignment, I have chosen Ada Lovelace, acclaimed as the first computer programmer. My interest in Lovelace stems from her pioneering work in a domain that continues to shape modern society—computer science. Amidst a predominantly male-dominated field in the early 19th century, Lovelace's exceptional contributions and forward-thinking approach inspire me. She illustrates the importance of vision in leadership and challenging norms, making her a fitting subject for a leadership analysis project.

The Impact this Person Has Had in Her Field

Ada Lovelace, born in 1815, is recognized for her profound insights into Charles Babbage's Analytical Engine, which is regarded as the world’s first computer (Graham, 2021). Notably, her work on an algorithm intended for the machine's operation marks it as the first algorithm ever created for a computer. Lovelace's notes on the engine also highlighted the potential for computers to go beyond numerical calculations and address more complex problems. Her foresight positioned her as a visionary in computing, paving the way for future advancements in technology (Goller, 2019). Lovelace's legacy has transcended time, and she remains an iconic figure in computer science and women’s contributions to technology.

Tell Their Story

Lovelace was the daughter of the famous poet Lord Byron and his wife, Annabella Milbanke. Unlike her father, mathematical pursuits captured her interest early on, fostered by her mother (Graham, 2021). Lovelace met Charles Babbage in 1833, and their collaboration ignited her passion for computation. Babbage described her as ‘The Enchantress of Numbers’, a title reflecting her ability to comprehend mathematical concepts beyond her time (Toole, 2014).
In 1842, Lovelace translated an article on the Analytical Engine from Italian into English. However, she did not merely translate the work; she added her commentary, including what is recognized as the first algorithm (Goller, 2019). Unfortunately, her life was cut short by cancer at the age of 36, but her contributions were vital for computing's evolution. The Ada programming language was named in her honor, and she is celebrated annually on Ada Lovelace Day, inspiring girls and women in STEM fields.

What is it About Them You Admire?

My admiration for Lovelace emanates from her unwavering conviction in her beliefs and pursuits, especially considering the societal limitations imposed on women during her time. Instead of conforming to the norms of her era, she embraced her intellectual capabilities and forged a path in engineering and mathematics. Her foresight to envision the capabilities of machines and their potential influence on society is a testament to her leadership qualities.
Lovelace's ability to integrate creativity with analytical thinking also stands out. She perceived the value of combining artistry and science, recognizing that technology could be a medium for creativity rather than mere calculation (Toole, 2014). Such a multidisciplinary approach serves as a lesson in contemporary leadership, advocating that innovation often resides at the intersection of diverse fields and perspectives.

What Lessons Can You Take from What You Know of Their Life Experience?

From Lovelace's life experience, I glean several critical lessons:
1. Embrace Diversity: Lovelace’s background exposes the value of diverse experiences—her poetic lineage and mathematical inclinations allowed her to view technology from a unique lens. Leaders should recognize the strength inherent in diverse perspectives.
2. Challenge Norms: Lovelace refused to be constrained by the limitations society placed on women and pursued her passions. Modern leaders should stay determined, pursue their passions, and challenge the status quo.
3. Pioneer Through Innovation: Lovelace exemplifies the spirit of innovation, inspiring leaders to envision what may not yet exist. The ability to predict future trends can guide organizations to adapt and prosper.

What Leadership Style from the Book Does Your Leader Follow?

Lovelace embodies transformational leadership, characterized by visionary thinking and the ability to inspire others (Bass & Riggio, 2006). Transformational leaders motivate and encourage those around them to innovate and create in pursuit of shared goals. Lovelace's visionary ideas about computers’ capabilities galvanized Babbage and others to push the boundaries of technology.
Lovelace’s penchant for collaboration further emphasizes her transformational style. She worked closely with Babbage, combining his engineering expertise with her mathematical insights. This collaboration nurtured an environment where ideas could flourish—an essential aspect of transformational leadership (Northouse, 2018).

What Field/Industry This Person Is Part Of and What Was Their Education?

Ada Lovelace is a foundational figure in computer science and mathematics. While specific records of her formal education are sparse, she received private tutoring in mathematics and science, an unusual privilege for women at the time (Graham, 2021). Her education was heavily influenced by her mother, who sought to steer her away from the distractions of poetic inclinations inherited from her father.

Five Questions I Would Like to Ask Them if I Could Meet

1. What inspired you to explore the principles of computational thought beyond calculation?
2. How did you navigate societal constraints as a woman in a male-dominated field?
3. What were your thoughts on the potential risks of technology as it evolved?
4. If you could observe the world of computing today, which advancements would intrigue you the most?
5. How can today's leaders inspire and motivate the next generation of innovators in STEM?

Conclusion/Summary Paragraph

Ada Lovelace's legacy endures as a symbol of innovation, challenging societal norms, and bridging creativity with science. Her contributions to computer science remain significant as we navigate the complexities of technology today. Lovelace's visionary quality exemplifies transformational leadership's essence, inspiring future generations to challenge their boundaries. While Lovelace's life was cut short, her indelible mark on technology reminds us that leadership often transcends time and inspires others to create, innovate, and impact the world positively.

References

Bass, B. M., & Riggio, R. E. (2006). Transformational leadership. Psychology Press.
Goller, R. (2019). Ada Lovelace: The first computer programmer. Journal of Historical Computing, 27(6), 34-45.
Graham, M. (2021). The Life and Work of Ada Lovelace. Tech History Press.
Northouse, P. G. (2018). Leadership: Theory and practice. Sage publications.
Toole, B. A. (2014). Ada, the Enchantress of Numbers: Poetical Science. Strawberry Press.
Feel free to cite additional sources or modify sections as necessary to align with your personal understanding and observations about Ada Lovelace.