Systems Engineering Experience Focused on Better Medical Device Development

Reliable Systems Engineering was created to help medical device teams bring greater clarity, discipline, and system-level thinking to complex product development. RSE works with organizations that need experienced systems engineering support to connect requirements, architecture, risk, interfaces, and verification into a coherent development approach.

A System-Level Perspective

Complex medical devices rarely fail along neat disciplinary boundaries. Requirements affect architecture, architecture affects interfaces, technical risks affect verification, and decisions made in one subsystem can create unexpected consequences elsewhere. RSE approaches development from the system level — helping teams understand these connections, make informed technical decisions, and identify problems while they are still practical to solve.

Experience Behind RSE

RSE was founded by Glenn Sanders, a systems engineer with decades of experience developing complex electromechanical and medical-device systems. His work has spanned system architecture, requirements engineering, risk management, verification strategy, fluidics, sensing, software-intensive systems, and cross-functional technical leadership.

Before founding RSE, Glenn served as a Senior Principal Systems Engineer with Jabil Healthcare, supporting medical device development programs across a range of technologies and development challenges. Earlier in his career, he worked on complex aerospace and robotic systems, experience that helped shape a disciplined systems approach to solving difficult engineering problems.

A Career Built on Complex Systems

From Complex Systems to Medical Devices

Glenn’s systems engineering perspective was shaped by working on products where success depends on many technologies and disciplines functioning together. Early work in aerospace and robotics involved complex electromechanical systems, software, sensing, controls, and demanding system interfaces. That experience carried naturally into medical device development, where hardware, software, fluidics, sensing, usability, risk management, and regulatory expectations must ultimately come together as one functioning system.

What This Means for Your Development Program

RSE brings more than experience with individual engineering disciplines. The value comes from understanding how those disciplines interact — where requirements drive architecture, interfaces create hidden dependencies, technical risks influence verification, and early decisions shape what becomes possible later in development. That system-level perspective helps teams make better decisions earlier, resolve uncertainty before it becomes expensive, and keep development focused on the milestones that matter.