Building Capacity in Dynamic Modeling

Modeling a Better Future: Two-Week Intensive Training on System Dynamics for Complex Problem Solving
Background

In April 2021, the Everest Center for Research and Development Partners (ECRDP) launched a pioneering two-week training program on System Dynamics (SD) titled “System Thinking and Modeling for a Complex World” in response to the increasing need for systems-based approaches in policy design, urban planning, environmental management, and organizational strategy in Nepal.

The course drew inspiration from the MIT-based curriculum and was adapted to local challenges in areas such as transportation, water management, climate adaptation, education policy, and energy transitions.

Objectives
  • To build foundational and applied knowledge in systems thinking and dynamic modeling.
  • To enable participants to conceptualize, model, and simulate real-world complex problems.
  • To support evidence-based policy development and scenario planning using system dynamics.
  • To strengthen interdisciplinary collaboration and data-informed decision-making capacity.
Training Structure and Methodology

Week

Core Focus

Key Topics & Activities

Week 1

System Thinking Foundations

– Introduction to Feedback Loops (reinforcing & balancing)
– Causal Loop Diagrams (CLDs)
– Behavior Over Time Graphs (BOTGs)
– Problem Structuring using Archetypes (Limits to Growth, Shifting Burden)

Week 2

Simulation & Policy Modeling

– Stock and Flow Modeling using Vensim & Stella
– Model Calibration and Validation
– Policy Analysis and Scenario Testing
– Group Projects: Modeling local development issues

Methods Used

Interactive lectures, real-time modeling sessions, simulation exercises, peer-group workshops, case study presentations, and field-relevant applications.

Participants
  • Total Participants: 45
  • Policy makers from federal ministries (MoUD, MoEST)
  • University faculty and PhD students (Engineering, Public Policy, Environmental Studies)
  • Researchers from NGOs and development agencies
  • Municipal planners and engineers
Outcomes and Impact

Domain

Key Results

Technical Capacity

95% of participants built simulation models using Vensim and applied them to real-world issues (e.g., water demand forecasting, education investment scenarios, waste management systems).

Research Integration

15 participants incorporated SD models into their thesis/dissertation or research grant proposals.

Policy Use

Officials from two municipalities initiated SD modeling to evaluate transport congestion and land use policy.

Follow-up

Creation of a System Dynamics Learning Network – Nepal, with quarterly peer-learning sessions and model repository sharing.

Client Testimonial

Project Information

Participants
45
Category:
Timeline:
14 Jun 2021 - 17 Jun 2021
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