Isotope Strategies is a technical advisory firm specializing in radiation safety, nuclear medicine infrastructure, accelerator operations, and radiopharmaceutical manufacturing environments. The firm supports organizations operating in highly regulated, high-consequence settings where technical rigor, regulatory alignment, and operational practicality must be integrated from the outset.

The firm provides advisory support across the full facility lifecycle, including early-stage design and planning, regulatory strategy and licensing, shielding and radiation protection design review, commissioning and operational readiness, ongoing compliance programs, and decommissioning or transition activities. Engagements are structured to bridge the gap between regulatory requirements and real-world operational execution.

Isotope Strategies is led by a founder and principal with more than 15 years of experience in radiation protection, nuclear medicine operations, and complex regulated facility environments. The principal is a Certified Health Physicist and Certified Safety Professional with a background spanning both technical radiation safety practice and senior-level operational leadership.

Experience includes work across accelerator facilities, radiopharmaceutical production environments, and medical and research institutions, with responsibilities covering radiation protection program design, shielding strategy development, regulatory licensing support, operational safety governance, and technical due diligence for facility expansion and acquisition.

The firm’s perspective is grounded in a core principle: technically compliant solutions must also be operationally sustainable. Effective radiation safety and regulatory programs are those that function reliably within the realities of clinical, industrial, and research operations—not only on paper, but in practice over time.

Isotope Strategies operates with a focus on clarity, technical precision, and practical implementation, supporting clients in making decisions that are both defensible and executable in complex regulatory environments.