Human Powered Future PLLC

Expert witness and litigation support grounded in multidisciplinary expertise spanning biomedical engineering, biomechanics, and materials science.

• Expert Witness Services

  Litigation support for law firms across 14 states in cases involving accident reconstruction, industrial accidents, wrongful death, personal injury, soft-tissue and nerve damage, knee prostheses, diabetic neuropathy, academic misconduct, image analysis, software analysis, and genetic forensics.

Applied biomedical analysis covering neurophysiology, biomechanics, nanotechnology, imaging, and protein characterization.

• Biomechanics & Soft-Tissue Analysis

  Evaluation of soft-tissue damage, peripheral nerve damage, knee prostheses, and injury mechanics for research and litigation contexts.

• Neurophysiology & Neuropathy Assessment

  Analysis of diabetic neuropathy, neurology cases, and nerve injury using multiscale scientific methods.

• Nano-Scale Imaging & Materials Characterization

  Microscopy, protein analysis, nanoforensics, and materials characterization using advanced imaging techniques.

Licensed structural and mechanical engineering services in Montana, Idaho, Colorado, Utah, and Pennsylvania, covering structural design, load analysis, thermal systems, and custom simulation.

• Structural Design & Load Analysis

  Design and peer review of structural steel and wood-framed systems for residential, commercial, and public buildings, including snow, earthquake, live, dead, buckling, and shear load analysis using SkyCiv and finite-element analysis software.

• Thermal & Fluid Systems Analysis

  Thermal and thermal-fluid analyses for residential, commercial, and industrial applications, including air permitting and greenhouse gas analysis.

• Simulation & Control Systems

  Custom MATLAB-based simulation software, graphical user interfaces, and specialty electronic control systems for engineering applications.

Zero-waste and circular economy strategies developed over more than a decade, with programs recognized by the State of Montana, the City of Missoula, MIT, and the National Science Foundation.

• Waste-to-Energy & Recycling Systems

  Waste-to-energy systems, plastic recycling programs, precious metals recovery, and composting solutions.

• Circular Economy Planning

  Zero-waste strategy design incorporating pneumatic grid technology and sustainability programs for municipalities and organizations.

Academic and professional instruction from a faculty member with appointments at Drexel University and the University of Montana.

• Higher Education Classes
• Seminars
• Guest Lectures