Howard Perko portrait.

Howard Perko

Adjunct Professor

Howard Perko has been an affiliate faculty at Colorado State University on a part-time basis for 20+ years. His teaching experience includes concrete and materials laboratory, statics, and solid mechanics. He currently co-teaches CIVE574 Project Management using AI with Mark Abshire every Fall Semester. In the past, he has served CSU as research professor and principal investigator on NASA funded projects involving Mars landslides, Lunar soil mechanics, and Comet dust mantel surface properties. He currently serves as an on-call NASA Specialist Reviewer for the Discovery Program.

Perko has B.S., M.S., and Ph.D. degrees in Civil Engineering and 30+ years of professional engineering experience specializing in the design of shallow and deep foundations, earth dams, dewatering, excavation shoring, and underpinning. Perko currently serves on the Board of Directors for Magnum Piering, Inc. In his present role, he directs new product design and development and advises management in technical sales, marketing, support, and engineering. Magnum Piering, Inc. is a manufacturer of specialty foundation and anchoring devices including jacked piles, helical piles, plate anchors, wall braces, solar panel piers, and foundations for electric power transmission and the oil and gas industry.

Contact Information

Education

  • B.S. 1993, Michigan Technological University – Civil Engineering
  • M.S. 1995, Colorado State University – Civil Engineering
  • Ph.D. 2002, Colorado State University – Civil Engineering

Research Interests

  • Expansive Soils
  • Lunar, Martian, Comet, and other Planetary Surfaces
  • Civil Engineering Business Practices
  • Helical Piles
  • Rotary Driven Pipe Piles
  • Shoring and Earth Retention

Achievements

  • Author of text book, Helical Piles: A Practical Guide to Design and Installation, John Wiley & Sons, New York, 2009, see www.helicalpilebook.com
  • Author of over 80 technical publications on topics including earth anchors, shoring, helical piles, full displacement piles, soil shear strength, underground corrosion, deep foundations, and expansive soils
  • Author of changes to the 2009 International Building Code to include helical piles
  • Lead consultant in preparation of ICC-ES document AC358, Acceptance Criteria for Helical Foundation Systems and Devices.
  • Assisted Mueser Rutledge with New York City Building Department bulletin on helical pile foundations
  • Nine patents for foundation technology