Sarah Thorson (Undergraduate, Chemical & Biological Engineering) setting up a reflux column in the McGuirk Lab.

Carbon Capture, Utilization and Storage

Certificate

Delivery Options

icon online for delivery Online

Fall 2026 Deadline

Fall I & II (August 19 start): August 1st
Fall III (October 22nd start): October 1st

Program Overview

Many industries are under increasing pressure to operate more efficiently and sustainably, creating strong demand for professionals who can expertly navigate the full carbon value chain. With a Graduate Certificate in Carbon Capture, Utilization and Storage at Colorado School of Mines, you can step into this urgent challenge and lead where it matters most.

Delivered fully online, this interdisciplinary program builds on your bachelor’s degree to deliver a desirable skill set that connects engineering fundamentals, subsurface science and systems-level thinking into one focused, career-ready credential. Employers are actively seeking experts who understand the full carbon lifecycle, from capture and transport to utilization and storage, and how those decisions shape operations, infrastructure and long-term performance. Through an applied, engineering-driven curriculum, this certificate equips you the practical expertise to drive real-world results.

At Mines, you learn from faculty who help shape the field. Backed by more than 150 years of leadership in subsurface engineering, energy systems and applied science, the program emphasizes scalable solutions, risk-informed decision-making and the practical constraints professionals face every day. It’s knowledge you can put to work immediately.

If you’re looking to expand your technical expertise, step into new project roles or position yourself at the forefront of energy and industrial transformation, the Graduate Certificate in Carbon Capture, Utilization and Storage at Mines can help you move forward without putting your career on pause.

Program Detail

The Graduate Certificate in Carbon Capture, Utilization and Storage offers a structured curriculum covering the technical and operational aspects of managing carbon in industrial systems. Through a fully online and flexible program designed for working professionals, you will explore topics such as capture technologies, transport considerations, utilization pathways, subsurface storage, monitoring and risk assessment. Your coursework will highlight how these topics interact within broader engineering and business contexts, allowing you to deeply engage with the material. Research is not required for this certificate, though applied projects may be included to mirror real-world challenges.

The program is geared toward engineers, geoscientists and technical professionals with a bachelor’s degree who want to develop specialized expertise or broaden their role within existing organizations. It also serves as a pathway for those considering further graduate study. Certificate degree requirements include completion of a defined set of graduate-level courses.

Faculty Expertise

Yilin Fan profile picture

Yilin Fan

Associate Professor

Manika Prasad profile picture

Manika Prasad

Professor

Pejman Tahmasebi profile picture

Pejman Tahmasebi

Associate Professor

Application Requirements

  • Bachelor's degree

  • GRE: Not Required

  • Resume or Curriculum Vitae (CV)

  • Letters of Recommendations 

  • Statement of Purpose

  • Transcripts

  • International students please review the English proficiency requirements

Program Curriculum

View Academic Catalog

Frequently Asked Questions

What is the value of a Graduate Certificate in Carbon Capture, Utilization and Storage?
This certificate helps you develop specialized knowledge that is increasingly important across technical industries. You gain:
  • A practical understanding of carbon management systems
  • Skills to evaluate technical and operational trade-offs
  • A graduate credential from Colorado School of Mines that signals applied expertise
What advances are shaping this field today?
Key developments include:
  • Improved capture efficiency and system integration
  • Expanded utilization pathways for captured carbon
  • Better monitoring and risk management approaches for storage
What career opportunities can this certificate support?
Graduates often work in roles such as:
  • Project or process engineer
  • Subsurface or storage specialist
  • Technical advisor supporting carbon management projects
  • Engineering professionals expanding into carbon-focused initiatives
What industries hire professionals with this expertise?
Demand spans several sectors, including:
  • Energy and industrial processing
  • Manufacturing and materials
  • Engineering consulting and project development
  • Infrastructure and subsurface services
How does research support carbon capture, utilization and storage?
Research efforts focus on:
  • Improving system reliability and performance
  • Understanding long-term behavior and risk
  • Scaling technologies for industrial deployment
  • This certificate helps you translate those advances into practical, informed decisions in your professional work

Featured Alumni

Meet Darius Hayes ’25, PhD Student working on CCUS

Students like Darius Hayes get hands-on experience tackling real-world carbon capture, utilization, and storage challenges at Mines. Through lab-based research, they help develop and test innovative materials and approaches for capturing COâ‚‚ from industrial emissions—work that contributes directly to scalable solutions for reducing carbon and advancing decarbonization efforts.