Iterant Systems helps research groups, startups, and advanced product teams design, build, integrate, and validate complete hardware—electronics, firmware, and the custom enclosures and mechanical structures that turn them into finished, deployment-ready products.
Precision electronics, embedded control, PCB design, realization, mechanical integration, and validation—available as focused work packages or within a larger development program.
Low-noise circuits and precision measurement platforms for demanding environments.
Real-time control and production-oriented embedded computing for connected hardware.
Multi-layer boards and dense interfaces designed around signal integrity and manufacturability.
A single engineering interface from released design files through assembled prototypes.
Custom housings, mounts, fixtures, and mechanical assemblies engineered alongside the electronics.
Structured verification that turns assembled hardware into a characterized system.
Selected examples from prior professional engineering work demonstrating precision instrumentation, high-density electronics, embedded control, detector interfaces, and integrated hardware.
High-channel-count precision current control, power architecture, enclosure integration, and validation.
Dense mixed-signal PCB architecture, channel integration, power distribution, and interface design.
Amplification, biasing, precision measurement, and detector-interface electronics for sensitive instrumentation.
Camera power switching, local supervision, sensing, motion interfaces, and multi-domain power management.
Control electronics, terminal distribution, multi-channel power switching, wiring, and enclosure integration.
Stable references, current sources, measurement interfaces, and modular analog building blocks.
Representative prior engineering experience from the founder's professional roles and technical work; not Iterant customer past performance. Project affiliations and intellectual property remain with the applicable organizations where relevant.
A practical workflow that reduces hand-off risk between design, sourcing, assembly, firmware, integration, and test.
Requirements, interfaces, risks, environment, power, form factor, mounting and enclosure constraints, schedule, and success criteria.
Architecture, schematics, simulation, PCB layout, firmware, 3D CAD of enclosures and structures, and test planning—electronics and mechanics designed together.
BOM, sourcing, fabrication, assembly coordination, rapid prototyping of enclosures and fixtures, and first-article preparation.
Bring-up, debugging, automated test, mechanical fit and assembly checks, characterization, and acceptance evidence.
System integration in the final enclosure, documentation, field feedback, mechanical and electrical revision, and small-batch support.
Custom electronics, controls, readout, test systems, and deployable research hardware—housed in purpose-built enclosures and fixtures.
Additional engineering capacity for architecture, prototypes, enclosure and mechanical design support, supplier execution, and validation.
Embedded computing, automation, sensing, communications, and unattended operation in rugged, field-ready mechanical packages.
Control interfaces, embedded integration, custom mounts and housings, smart infrastructure, and accessibility-focused hardware.
Iterant Systems Inc. is a federally incorporated Canadian engineering company based in Ottawa, Ontario. The company focuses on precision electronics, embedded systems, scientific instrumentation, custom PCB development, mechanical design and enclosure engineering, rapid prototyping, hardware realization, and validation.
Iterant supports research groups, startups, and advanced product teams through individual engineering work packages or complete hardware development programs—from requirements and system architecture through electronics, mechanical integration, sourcing, prototype assembly, bring-up, characterization, and deployment.
Mechanical design and rapid-prototyping work can be delivered through specialist contract capability integrated into Iterant-managed projects, keeping the customer interface, requirements, and system integration under one coordinated engineering workflow.
The objective is to reduce development risk by connecting technical design decisions with manufacturing, integration, testing, and real-world deployment requirements.
Platforms are chosen around performance, availability, lifecycle, integration, and deployment—not around a fixed vendor stack.
Share the problem, current design stage, technical constraints, expected deliverable, and timing. Whether it is a precision circuit, a custom enclosure, or the whole product, Iterant can help define the next practical engineering step.
Please avoid sending confidential design files or sensitive IP in the first message. If needed, an NDA can be arranged before detailed technical information is exchanged.