Senior Mechanical Engineer - Tape Automation Systems

Overview

Quantum Corporation leads the world in helping users collaboratively solve some of the world's hardest computer challenges. Whether its wrangling Petabytes of data for cutting edge movie production, managing global content production workflows, exploring new sources of energy, or managing oceans of content and blending collaborative high-speed workflows with cutting-edge object storage, Quantum has the tools and technology to help you engineer the solution that works now - and preserves your work for decades to come.

You are applying to an exceptional team that contributes to enhancing our position as a proven global expert in data management.

Quantum is seeking a Senior Mechanical Engineer to play a key role in the design, validation, and sustaining of our robotic tape library automation systems. This position is ideal for an experienced mechanical engineer who brings deep expertise in material selection, part qualification, and mechanical validation, along with prior experience developing tape automation libraries or similar high-reliability electromechanical systems.

Quantum designs and develops 100% of our tape library systems in-house using a highly collaborative, co-located engineering team in Centennial, Colorado. Our prototype, test, and qualification labs are located alongside our design group, enabling hands-on ownership from concept through production release and sustaining support. This role requires a strong technical contributor who operates with minimal direction, provides sound engineering judgment, and owns specific mechanical design elements within cross-functional development teams.

• Lead the mechanical design and development of assemblies, mechanisms, and enclosures for robotic tape automation systems.
• Drive material selection and validation for plastic, sheet metal, machined, and purchased components, ensuring performance, reliability, cost, and manufacturability targets are met.
• Own part qualification and validation activities, including defining test plans, executing mechanical testing, and reviewing results to support product release decisions.
• Perform and review tolerance stack-up analysis, fit/function validation, and robustness assessments for high-volume production hardware.
• Use PTC Creo (Pro/ENGINEER) and associated PDM/ PLM tools for detailed 3D modeling, drawings, and configuration control.
• Contribute to both new product development and sustaining engineering, including design improvements, cost reductions, and field issue resolution.
• Participate in system-level integration efforts, working closely with electrical, firmware, manufacturing, and quality engineering teams.
• Support and lead design verification testing, life testing, and environmental qualification (shock, vibration, thermal, etc.).
• Collaborate directly with suppliers to resolve component quality issues, evaluate alternate materials or processes, and support production continuity.
• Initiate and manage engineering change orders (ECOs) while maintaining design intent, documentation accuracy, and traceability.
• Mentor junior engineers through design reviews, technical guidance, and best practices in mechanical design and validation.
• Communicate complex technical information clearly and effectively to cross-functional teams and leadership.

• Bachelor’s degree in Mechanical Engineering or a closely related discipline (Master’s degree a plus).
• 12+ years of hands-on mechanical design and product development experience in electromechanical systems.
• Prior experience with robotic tape libraries, tape automation systems, or similar precision automation hardware is strongly preferred.
• Demonstrated strength in material selection, part qualification, and mechanical validation for high-reliability products.
• Strong proficiency in 3D CAD, with PTC Creo experience required and regular, recent hands-on usage.
• Experience designing with molded plastics, sheet metal, machined components, bearings, etc.
• Solid understanding of design for manufacturability (DFM) and design for reliability.
• Experience with supplier interaction, including technical reviews.
• Comfortable operating with minimal…