Infrastructure Project Lead - Devices, Power & AV

Henderson Scott US; Boston (MA); Hybrid; USD 90,000 - 125,000; Full time

Job summary

Henderson Scott US is seeking a hybrid IT program manager in Boston to oversee device lifecycle and UPS replacement planning across a large portfolio. You will lead cross-functional teams spanning IT, network engineers, AV technicians, and facilities to ensure smooth rollouts and budget adherence.

The role emphasizes risk assessment, business continuity, and multi-site coordination, with a focus on minimizing disruption while delivering reliable system upgrades.

Qualifications

• Vendor sourcing, negotiation, and oversight across device, network, AV, and power projects.
• Knowledge of LAN/WAN, wireless, and structured cabling to guide upgrades and capacity planning.
• Familiarity with conferencing, classroom, and presentation technologies in coordination with facilities.
• Ability to sequence and finance phased rollouts across many buildings with minimal disruption.
• Prioritization by criticality to reduce security exposure and outages.
• Collaborates with IT, network engineers, AV technicians, facilities, and end users.

Responsibilities

• Lead multi-site technology upgrade programs with minimal disruption.
• Coordinate budgets and timelines for device lifecycle and UPS replacements.
• Collaborate with IT, facilities, and end users to achieve shared outcomes.

Skills

Vendor & Contractor Management

Network Infrastructure

AV Systems & Facilities Upgrades

Multi-Site Program & Budget Planning

Risk & Business Continuity Planning

Cross-Functional Collaboration

Job description

Henderson Scott US is seeking a hybrid IT program manager in Boston to oversee device lifecycle and UPS replacement planning across a large portfolio. You will lead cross-functional teams spanning IT, network engineers, AV technicians, and facilities to ensure smooth rollouts and budget adherence.

The role emphasizes risk assessment, business continuity, and multi-site coordination, with a focus on minimizing disruption while delivering reliable system upgrades.