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October 07.2025
3 Minutes Read

How the 7 Pillars of Leadership Shape Your AI Learning Path

AI learning path metaphor with steps and target bullseye.

The Essence of Leadership in the Age of AI

Leadership is not a mere designation; it's an embodiment of action, particularly crucial in the fast-paced realms of artificial intelligence (AI) and technology. In a world driven by AI advancements, the pathways to leadership are evolving. Statistical programming roles are transitioning from traditional data management to becoming pivotal players in AI implementation and innovation. Individuals are expected to not only master data manipulation but also steer projects, communicate effectively, and foster relationships across different domains.

The Seven Pillars of Leadership Growth

During the recent 2025 Southeast SAS User Group conference, Anil Jangili underscored seven essential pillars that aspiring leaders in technology and AI should adopt for career advancement:

  • Industry Knowledge: Understanding regulations like FDA, EMA, and PMDA enhances one’s ability to navigate complex environments, particularly pivotal in clinical statistical programming.
  • Technical Expertise: Proficiency in programming languages, including emerging tools, is vital. Knowledge spans from SAS to Python, ensuring one stays relevant as technologies evolve.
  • Communication and Leadership: Articulating ideas clearly and leading discussions can significantly influence team dynamics. Those who communicate effectively position themselves as leaders, showing initiative.
  • Innovation and Change: Embracing AI and automation within workflows is crucial for forward-thinking roles. Leaders who integrate these elements signal their readiness to evolve.
  • Mentorship and Networking: Building networks and mentorships fosters growth. Engaging with professionals in the field provides insights and opens doors to new opportunities.
  • Continuous Learning and Development: Lifelong learning is indispensable; whether through online certifications or workshops, staying updated with industry trends enhances career prospects.
  • Ethical Leadership and Data Governance: Upholding data integrity and ensuring compliance demonstrates responsibility, a key trait for emerging leaders.

Implementing Leadership in Everyday Work

To translate these pillars into tangible actions, Jangili offers a structured approach for implementation:

  • Development Planning: Set specific quarterly goals for building technical skills, understanding regulations, and improving leadership capabilities — for instance, creating a three-month learning plan for mastering R.
  • Reflection and Adjustment: Regularly review goals and progress. Utilize both quantitative metrics, like project completions, and qualitative feedback from peers or mentors.
  • Audit Readiness: Leaders must ensure their processes are documented and compliant with regulations. This not only safeguards the organization but also reflects leadership qualities in action.

Value of Effective Leadership in Technology

The integration of these leadership elements not only enhances individual career trajectories but also contributes profoundly to team and organizational success. As technology accelerates, the importance of effective leadership magnifies. Every cross-functional meeting, strategic discussion, and innovation introduced constructs one's leadership profile.

For teams navigating the complexities of AI technology, empowering individual contributors by encouraging leadership growth transforms the entire team's dynamic. Besides personal advancement, it benefits the organization by fostering an environment of collaboration and innovation.

Steps for Aspiring Leaders

Practical steps can facilitate the leadership journey:

  • Set annual goals targeted at improving technical skills, leadership capabilities, and networking efforts.
  • Actively seek collaborations across departments to broaden skillsets and address diverse challenges.
  • Enhance visibility through sharing findings, mentorship, and presentations to build a strong professional reputation.

In conclusion, leadership in the age of AI is a multifaceted endeavor that starts with informed actions. By mastering the seven pillars outlined and integrating them into daily practices, aspiring leaders can cultivate a leadership profile that is both impactful and enduring.

As we evolve in this landscape shaped by AI and technology, a commitment to continuous improvement and ethical leadership is more crucial than ever. Are you ready to embrace these principles and take the next step in your career?

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11.24.2025

Unlocking Data Science: How to Permute Rows in a Matrix Efficiently

Update Understanding Row Permutations in Matrices In programming and data science, manipulating data structures like matrices is crucial for processing and analyzing data. One of the fundamental operations you can perform on a matrix is permuting its rows. This entails changing the order in which the rows appear, which can be essential for various applications such as sorting or simulations. Applications of Row Permutations One significant application of row permutation is in statistical analysis. For instance, in permutation tests, random permutations of rows can help assess hypotheses by comparing statistics calculated on permuted datasets against those from the original dataset. In more practical scenarios, you may want to sort or rearrange rows based on specific criteria, such as the values in certain columns. Generating Random Permutations with SAS IML In the SAS IML (Interactive Matrix Language), generating random permutations is straightforward using built-in functions. For example, the ranperm function allows you to create a random permutation of the rows in a matrix. The following steps illustrate how to use this function: proc iml; M = {1 2 3 4 5, 2 7 8 9 10, 3 12 13 14 15, 4 17 18 19 20, 5 22 23 24 25, 6 27 28 29 30, 7 32 33 34 35}; call randseed(12345); kr = ranperm(nrow(M)); R1 = M[kr, ]; print R1; This code first defines a matrix M with seven rows. By seeding the random number generator and applying the ranperm function, you can reorder the rows randomly, the output demonstrates how the order changes based on the generated indices. Cyclic Permutations: Shift and Wrap Cyclic permutations offer a different method of rearranging a matrix's rows. In a cyclic permutation, rows shift in a circular manner; elements displaced from one end of the matrix reappear at the other end. For example, shifting rows to the right by two positions not only alters the order but preserves the overall structure. Here’s how you might implement a cyclic permutation in SAS IML: start CyclicShift(k, d); idx = (1:d) + (d - k); shiftIdx = mod(idx-1, d) + 1; /* for 1-based indices */ return shiftIdx; finish; Custom Row Permutations in SAS IML You can create more sophisticated permutations by defining a function that accepts both the matrix and the desired permutation pattern. The following PermuteRows function demonstrates this capability: start PermuteRows(M, _k); k = colvec(_k); if nrow(k)=nrow(M) then R = M[k, ]; /* apply permutation indices */ Here, if a vector k is passed with the same length as the number of rows in matrix M, it allows for direct indexing for it to reorder the matrix according to specific criteria. On the other hand, if a scalar is passed, it would perform a cyclic permutation. Implications for AI Learning and Data Science Understanding and implementing row permutations in matrices is vital for those engaged in AI and data science. As these fields rely heavily on data manipulation and analysis, mastering techniques to reorder data could enhance model training and accuracy, whether through sophisticated statistical methods or machine learning algorithms. The versatility of SAS IML tools can greatly facilitate this process, allowing for seamless integration of random and cyclic permutations into complex data workflows. Explore Further Do you want to delve deeper into these methods? By navigating through advanced AI and statistical programming resources or connecting with communities that specialize in SAS programming, you can broaden your understanding of these essential concepts. Embracing the power of data manipulation can unlock new pathways for innovation and success in your projects.

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Harnessing Unreal Engine 5.7: A Game Changer for Business Owners

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11.22.2025

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