Intrepid Engineers LLC

Fear No Challenge

Website

About the firm

Intrepid Engineers provides innovative engineering designs with an emphasis on constructibility. Grounded in a history of working for general contractors, the practice maintains a strong focus on feasibility while implementing unique, site-specific solutions. Its expanding portfolio includes numerous large-scale heavy civil, structural, and geotechnical engineering projects valued at over $100 million.

Firm type
Civil Engineering · Structural Engineering · Geotechnical Engineering

People

Jeff SchellhammerPrincipal Engineer

Lee AndersonProject Engineer

Dan ZerbiniEngineer

Capabilities

Foundation Engineering

Service website

Specialized design of shallow and deep foundations, slope stabilization, and earth retention structures.

  • Pile Cap and Grade Beam Design
  • Spread Footer and Mat Foundations
  • Rock and Soil Anchors
  • Micropiles
  • Slope Stability Analysis
  • Permanent Retaining Walls
  • Commercial Foundations

Construction Engineering

Service website

Comprehensive engineering support for heavy civil and building contractors, focusing on constructibility and site safety.

  • Temporary Excavation Support Systems
  • Demolition Plans
  • Cofferdams and Deep Water Cofferdams
  • Falsework and Temporary Support Design
  • Girder and Culvert Erection Plans
  • Bridge Jacking and Deck Grade Calculations
  • Deck Overhang Systems
  • Temporary and Permanent Shoring
  • Constructability Reviews

Structural Engineering

Service website

Design and analysis of structural elements, completed in collaboration with sister practice Sphere Engineers & Consultants.

  • Pier Cap Designs

Industries

Bridges · Highways & Roads · Healthcare · Education · Commercial · Mixed-Use · Wastewater

Projects

Beaver River Bridge Segment Falsework & SOE

Beaver River, PA · Bridges

Project details

Designed segment falsework for a 5-span eastbound/westbound segmental bridge over the Beaver River. Scope of work included soldier beam and lagging designs with deadman tieback anchors, geogrid-stabilized fill walls, and soil nail walls up to 40 feet tall to support cuts into hillsides and adjacent roadways.

SR 50 over Chartiers Creek Excavation Support

Chartiers Creek, PA · Bridges

Project details

Designed a soldier beam and lagging system with tiebacks under tight right-of-way construction easements and complex utility conflicts.

West College Aspen Heights & PSU Garage

State College, PA · Commercial

Project details

Provided engineering designs for micropile casings, soldier beam and lagging support of excavation walls, and foundation micropiles built to handle compression, tension, and lateral loading.

City of Warren WPCC Pump Station Shoring

Warren, PA · Wastewater

Project details

Designed sheet pile shoring with tiebacks and waler rings to support excavations for pump station additions under challenging site conditions.