Hardware Provisioning & Integration
Assembling monitoring enclosures with DIN-rail components, power supplies, Modbus I/O modules, ModHopper equipment, meters, wiring, and site-specific sensors.
I'm Joseph Addamo, an IT and infrastructure professional with hands-on experience integrating, deploying, and troubleshooting commercial monitoring systems. I study Information Technology at Arizona State University and am developing my leadership skills through field operations.
New York · Open to future opportunities in IT infrastructure, systems, and security

IT infrastructure professional focused on systems integration, technical operations, and real-world deployment work.
Hands-on monitoring infrastructure deployment, field troubleshooting, and technical coordination — with growing depth in systems, security, and cloud-focused IT.
My work connects physical infrastructure with the systems that collect and communicate data. Since March 2024, I've worked at Sapient Industries, helping assemble and deploy energy-monitoring equipment, instrument electrical panels, troubleshoot devices, and support commissioning and data quality checks.
Alongside my professional experience, I'm pursuing a Bachelor of Science in Information Technology at Arizona State University and developing deeper expertise in systems, infrastructure, and cybersecurity.
My strongest hands-on experience is at the hardware and installation layer. I've also performed commissioning and data QA, working with teammates whose day-to-day focus is the data platform. I'm building leadership experience alongside my primary technical work.
Sapient Industries · March 2024–Present · Field Operations Manager (current role). Hands-on technical implementation is the center of my work; operational leadership is a growing responsibility.
Assembling monitoring enclosures with DIN-rail components, power supplies, Modbus I/O modules, ModHopper equipment, meters, wiring, and site-specific sensors.
Installing current transformers, meters, and communications hardware at client sites; diagnosing equipment and installation faults and performing remediation.
Working with product and technical colleagues to verify monitoring data, investigate anomalies, and coordinate installations; gaining experience in operations leadership.
A growing collection of practical work and documented technical learning. The first case study draws on my real-world deployment experience; further details are being developed. Future lab projects are clearly labeled as planned.
Documented professional case study: enclosure provisioning, field instrumentation, deployment troubleshooting and commissioning support. Two workshop photos and a technical workflow.
Planned hands-on environment for network segmentation, traffic visibility, access controls, and security documentation.
Planned cloud deployment with identity controls, logging, monitoring, and infrastructure documentation.
Separating hands-on experience from areas I'm actively developing keeps this portfolio accurate as it grows.
Combining formal education with field experience and practical labs.
Currently completing undergraduate studies in IT (GPA: 4.00), alongside professional infrastructure deployment experience. Expected graduation: Fall 2028 (planning estimate).
Completed undergraduate study in computer science before continuing my education at Arizona State University. No Columbia degree claimed.
Exploring an accelerated master's pathway. Program and admission details will be updated when confirmed.
Completed Google-authorized Technical Support Fundamentals course via Coursera (2020). Currently building toward additional industry credentials and documented hands-on labs.
Selected writing from my 2020 archive exploring computer architecture, emerging technologies and scientific ideas. These articles represent my research interests at the time, rather than current technical guidance.
Browse all eight Medium articles ↗A look at brain-inspired computing and the next wave of hardware design.
A study of heterogeneous computing, AI infrastructure and collaboration among research and semiconductor organizations.
A critique of virtual museum tours and an exploration of remote-controlled robotics as an alternative.
An accessible exploration of physics and scientific history using narrative and everyday analogies.
Recognized through New York Cares for 101.35 hours of service in 2019.
Interested in discussing IT infrastructure, systems, security, or technical operations? I'd welcome the conversation.
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