QuantumIn-person5 days

Quantum Computing for Grid Engineers

This five-day program is designed for power systems professionals who want to understand and apply quantum computing to real grid problems. Starting with quantum fundamentals, participants progress through optimization algorithms, power system formulations, and hands-on work with the QuantumGridOS platform. Includes access to IBM Quantum hardware for running actual quantum circuits.

Curriculum

What You'll Learn

01

Quantum Computing Fundamentals

  • Qubits, superposition, entanglement
  • Quantum gates and circuits
  • Qiskit and Cirq basics
02

Optimization on Quantum Hardware

  • QAOA and VQE algorithms
  • Combinatorial optimization
  • Quantum annealing vs gate-based
03

Quantum for Power Systems

  • Optimal power flow formulation
  • Unit commitment problems
  • Grid stability analysis
04

QuantumGridOS Platform

  • Architecture and design principles
  • Hybrid classical-quantum workflows
  • Benchmarking against classical solvers
05

Hands-on Lab

  • Building a quantum power flow solver
  • Running on IBM Quantum / simulators
  • Performance analysis and interpretation

Audience

Who Should Attend

01

Power systems engineers

02

Utility planning analysts

03

Research teams exploring quantum applications

04

CTOs evaluating quantum readiness

Delivery Format

Format

5-day in-person program.

Prerequisites

Linear algebra, basic power systems knowledge.

What's Included

IBM Quantum access, QuantumGridOS sandbox, certificate.

Instructor

SC

Dr. Sayonsom Chanda

Founder, SARAL

Former researcher at NREL and Idaho National Lab. R&D 100 Award recipient. Leads SARAL's research across Energy, AI, Quantum, and Robotics.

Ready to Get Started?

Contact us for enterprise pricing, cohort schedules, and custom program options.