Search This Blog

Friday, January 17, 2025

The 5 I’s of Stakeholder Engagement: Building Stronger Connections

I often say, "Tell me about the stakeholders identified and your engagement strategy for your project, I will tell you how successful your project will be!" My thoughts were modelled after the saying, "Tell me your friends and I will tell you who you are!" Since stakeholders are people that can positively or negatively influence or be impacted by the project's outcome, it is important to understand the insurmountable role of stakeholders in delivering the 5P's (project, process, product, program, and portfolio) of value delivery! 

Furthermore, since stakholders are not members that we can directly manage, we need to see how we can engage them effectively. This is crucial not only for the 5P's success but also for strategic growth of the organization and fostering strong partnerships for verticial and horizontal growth. In this regard, I feel that there are five magic ingredients of stakeholder engagemen. These are interest, involvement, interdependencies, influence, and impact. These elements help leaders navigate complex relationships and align objectives facilitating execution as well as governance. Understanding these dimensions ensures that stakeholders remain engaged, informed, and motivated throughout the journey.

1. Interest (Care or Concern)
Stakeholders must have a clear interest in the project or initiative. Identifying what motivates them—be it financial returns, innovation, or social responsibility—helps shape engagement strategies. Here, I come up with both care and concern. Care gives a positive spin of stakeholders while concern may give the adverse considerations they may have. In both cases, if they are silent observers, creative ideas to problem solving and decision making are are left out. So, the extent of the involvement is the next thing to understand. 

2. Involvement
Once interest is established, involvement becomes key. Encouraging active participation through workshops, feedback loops, and collaborative decision-making strengthens their commitment and enhances project outcomes. While adaptive approaches talk about "buiness people and developers must engage on a daily basis" to emphasise their involvement, plan-driven approaches also promote similar thoughts of specific stage/phase gate reviews. In both these project delivery approaches, it is important to understand how much stakeholders are involved proactively! The sooner you understand this engagement, the earlier you address risks through preventive action. 

3. Interdependencies
Stakeholders do not exist in isolation. Business units have their own objectives as part of their goals to serve the organizational objectives. So, in all the elements of 5P's, the stakeholders interact with each other in various ways, impacting (which by the way is the fifth "I") project dynamics. Recognizing interdependencies allows for strategic alignment, reducing friction and maximizing collaboration. Preparing the people in advance of how our work impacts others builds the surround sound required for success.

4. Influence
The combination of interest, involvement, and interdependcies are not adequate if one does not support the overarching objetctives by championing change. Influence therefore connects with the behavioral change people can exercise not only by hiearchical authority but also by expertise they bring to the team. Influence determines how much power stakeholders wield over decisions. Understanding their authority, expertise, and networks helps in prioritizing engagement efforts effectively.

5. Impact
At the heart of stakeholder engagement is impact—how actions and decisions affect both the project and the stakeholders themselves. Effective engagement strategies create value for all parties, fostering trust and long-term relationships. By aligning interests, managing influence, and leveraging interdependencies, leaders can drive meaningful change, ensuring projects achieve sustainable success.

So, operating between the two bookends (interest and impact) lies the involvement, interdependencies, and influence. While techniques such as the stakeholder register, stakeholder engaement assessment matrix, power-interest grid, salience model, and stakeholder map exist, the stakeholder engagement is more of an art than science! It comes only with practice!

Don't you think so? Thoughts?

Thursday, December 5, 2024

Demonstration of Leadership in Instructional Design

I spoke in a conference focusing on the role of emerging faculty in leading learners in the AI driven world at Northeastern University College of Professional Studies Faculty Conference in Oct 2024. While there were a lot of concerns on the adoption of AI due to the plagiarism, the major concerns was towards the lack of critical thinking as people can always get the answers! The goal has become more on prompt engineering rather than critical thinking! 

While prompt engineering itself is not bad as it also makes one think of the Five Whys or Socratic thinking approaches, I found one example of a middle school learner asking why they should know about using calculators when they can ask Siri or Alexa! Perhaps I am outdate in my thoughts that I used the logarithmic book once upon a time. While scientific calculator was great, when it broke, I was not stuck! But, now, I see people not knowing how to read time on an analog clock or not knowing how to find time when their Alexa is out of commission! 

As I thought through ideas, I came up with a handout that trainers and teachers can use to augment critical thinking with specific methods and some tools. People felt and have since then mentioned that this was a very good resource and so I am sharing for my readers.

PROMOTE AI LITERACY AND CRITICAL THINKING 

Methods 

  • Integrate AI into the curriculum, discussing its capabilities and limitations. 

  • Teach students to use AI responsibly, i.e. fact-check and verify AI outputs 

  • Encourage and invite students to critically evaluate AI-generated content 

  • Assign projects that involve using and analyzing AI tools. 

Tools 

  • AI ethics courses (e.g., MIT's "Ethics of AI" course materials). 

  • Critical thinking frameworks (e.g., CRAAP test for evaluating sources). 

  • AI-powered fact-checking tools (e.g., Factmata, Full Fact.) 

 

USE AI FOR PERSONALIZED LEARNING EXPERIENCES 

Methods 

  • Use AI to ensure that lesson plans are current and relevant. 

  • Use AI-powered tutoring systems for additional support. 

  • Customize individual study plans based on AI analysis of student performance. 

  • Employ AI to identify learning gaps and suggest targeted resources. 

Tools 

  • Experiment with custom agents like Claude, OpenAI, Copilot, and Gemini. 

  • Research AI thinking courses on MOOC and include as supporting content. 

  • Evaluate dashboards of student learning outcomes weekly.  

 

LEVERAGE AI FOR AUTOMATED GRADING AND FEEDBACK 

Methods 

  • Use AI to grade objective assessments and provide instant feedback. 

  • Implement AI-powered writing evaluation tools for essays and reports. 

  • Use AI to evaluate student work for plagiarism, ensure compliance with academic integrity standards. 

  • Combine AI grading with human review for a balanced approach. 

Tools 

  • Automated essay scoring systems (e.g., ETS e-rater). 

  • Plagiarism detection software (e.g., Duplichecker, Turnitin, Copyleaks). 

  • AI-powered feedback tools (e.g., Revision Assistant, WriteLab). 

 

INCORPORATE AI-ASSISTED CONTENT CREATION 

Methods 

  • Use AI to generate diverse examples and practice problems. 

  • Employ AI tools to create multimedia content for lessons. 

  • Utilize AI for language translation to support multilingual classrooms. 

  • Collaborate with AI to develop interactive simulations and scenarios. 

Tools 

  • AI content generators (e.g., GPT-3 based tools can help with PPP structures.) 

  • Text-to-speech and speech-to-text tools (e.g., Amazon Polly, Google Cloud Speech-to-Text.) 

  • AI-powered design tools (e.g., Canva AI, Adobe Sensei); virtual reality platforms (eg. Labster, zSpace).