Systems Thinking Explained: How to See the Bigger Picture

Main ideas & lessons

• Complex problems can create unintended consequences: If you treat a complex challenge like a simple, isolated issue, you may “fix” one part while creating or worsening problems elsewhere.
• Systems thinking helps you avoid that trap by understanding:
  • how parts connect
  • how they influence each other
  • how those interactions create patterns over time
• Systems thinking alone can feel abstract, so it should be paired with human-centered design to create solutions that truly work for people.
• Systems thinking + human-centered design is holistic and human, illustrated with the example of traffic congestion:
  • “Build more roads” addresses only one slice
  • a wider system view includes public transit, bike infrastructure, traffic light timing, and why people choose certain commuting behaviors
  • cities like Copenhagen reduce traffic and emissions by making biking and buses safer/faster/easier rather than expanding roads.
• The video presents three practical mindsets for applying systems thinking across designing services, policy, workplace processes, and community challenges.

Methodology / framework presented (detailed bullets)

Mindset 1: Zoom in and out

• Zooming out:
  • step back to see the broader context
  • understand how the focal part fits into the whole system
  • examine relationships, structures, and forces that shape the issue
• Zooming in:
  • step forward to inspect a specific part of the system
  • target pain points, bottlenecks, or moments that matter
• Key instruction: move between both intentionally, because both perspectives reveal different truths.
• Tool: Systems mapping
  • visually explore how parts connect
  • map stakeholders, resources, and relationships
  • use mapping to:
    • zoom out to see the whole picture
    • zoom in on specific areas

Example: Food waste

• If you zoom out:
  • map the ecosystem (households, grocery stores, restaurants, food banks, municipal composting)
  • notice disconnection
  • prompt question: “How might we bring partners together to address food waste?”
• If you zoom in:
  • focus on one household’s daily reality
  • prompt question: “How might we help families reduce food waste in their daily lives?”
• This changes the solution space (e.g., a household-focused app that helps people cook using what’s already in their fridge).

Mindset 2: Shift perspective

• Recognize the tendency to view problems from a single angle (often your own).
• Shift perspective means deliberately viewing the challenge through different viewpoints such as:
  • customers
  • colleagues
  • community members
  • people with lived experiences different from yours
• Tool: Analogous inspiration
  • look for inspiration from analogous situations outside your context
  • process described for food waste:
    • list traits of the thing you’re focused on (e.g., food waste = unwanted, discarded, seen as useless)
    • ask what else shares those traits (e.g., old clothing)
    • examine what happens in that analogous domain (clothing is sometimes donated, repurposed, upcycled)
    • reframe the problem:
      • from “reduce food waste”
      • to “generate new value from food waste”
    • result: new solution options become visible (e.g., composting, biogas, surplus food donation)

Mindset 3: Be aware of your own lens

• People interpret the world through lenses shaped by background, training, expertise, and experiences.
• These lenses affect:
  • what you notice
  • what questions you ask
  • what assumptions you make (often unknowingly)
• Instruction: pause to examine assumptions before they limit thinking.
• Tool: Reflective questioning
  • ask yourself:
    • “What assumptions am I bringing to this problem?”
    • “What might I be missing?”
    • “What’s here that I designed for myself?”

Example: Sustainability expert working on food waste

• possible assumption chain:
  • people know food waste contributes to climate change
  • therefore they care
  • therefore they change behavior
• challenged reality:
  • many people may not know it’s a climate issue
  • even if people care, time, convenience, or habit may block action
• reframed approach:
  • instead of only “How do we reduce food waste?”
  • ask “How might we make reducing food waste easy, convenient, or even rewarding?”

• leads to tactics like:

  • gamifying waste reduction
  • curbside compost pickup
  • financial incentives

• Core principle: you don’t abandon expertise; you “hold it lightly” enough to test and revise it based on assumptions and lived conditions.

Overall conclusion / takeaway

• The three mindsets—zooming in/out, shifting perspective, and being aware of your own lens—don’t make complex problems simple.
• They help you:
  • see connections you might have missed
  • ask better questions
  • design solutions that address root causes rather than only surface symptoms
• Systems thinking is framed as:
  • not having all the answers
  • but learning to look at challenges more completely and making meaningful change
• Closing prompt: “What system challenge will you look at differently now?”

Speakers / sources featured

• No named speakers are identified in the provided subtitles.
• Copenhagen is referenced as an example city (source not a person).
• Music cues appear (e.g., “[music]”), but no specific artist is named.