Your embedded engineering partner for robotics, automation, and advanced manufacturing — scaling engineering capacity from R&D through full production without the overhead of full-time hires.
Solutions are tailored to customer needs, not boxed into a fixed catalog. Each engagement is delivered by specialized teams led by senior engineers who own outcomes, not deliverables.
01 · Solution
Assembly, Testing & Multisite Deployment
From early-stage R&D builds to full production floor deployment, Emtech delivers complete build, verification, and deployment services scaled to your project's complexity. Our multi-tier technician workforce puts the right hands on every task, from first-article prototypes to live commissioning across multiple customer sites.
Teams & Contributions
LabSite coordination, IT/network readiness, and general infrastructure support across all deployment locations.
TestingTest planning, data analysis, and technical reporting to validate system performance at every site.
EOATQuality assurance and design adaptation to ensure tooling and hardware meets spec before and during deployment.
DeploymentInstallation, commissioning, and logistics management from point of origin to live handover.
Modern automation runs on precise, high-speed communication between hardware and software, and when that layer isn't right, nothing works. Our team bridges physical machines and the logic that drives them, from low-level firmware and real-time control to full PLC and HMI programming.
Teams & Contributions
ReliabilityEmbedded systems integration, robotics controls development, and real-time communication protocols including CoDesys, EtherCAT, and UDP.
LabIT and network infrastructure support, ensuring control systems have the connectivity and architecture they need to operate reliably.
HardwareTest bed development and physical hardware integration to support controls validation and commissioning.
Retrofit, Adaptation & Prototyping of Existing Designs
Not every problem requires a brand-new system. We get more out of what already exists, adapting legacy equipment to new applications, redesigning components for performance or manufacturability, and prototyping fast with in-house 3D modeling and printing.
Teams & Contributions
EOATDesign adaptation and SolidWorks 3D modeling to rework existing tooling, fixtures, and end-of-arm hardware.
HardwareMechanical retrofitting, test bed modification, and physical adaptation of existing equipment.
LabRapid prototyping via in-house 3D printing, turning design iterations into testable parts quickly.
When a system underperforms, fails unpredictably, or costs more in downtime than it should, our reliability engineers dig into why. We combine embedded systems knowledge, test data, and hands-on hardware experience to identify root causes rather than symptoms, then deliver clear findings and actionable recommendations.
Teams & Contributions
ReliabilityRoot cause analysis, embedded systems diagnostics, and reliability-focused controls review to identify and resolve systemic failure modes.
TestingStructured test planning and data analysis to quantify performance issues and validate fixes after intervention.
HardwarePhysical inspection, test bed setup, and hands-on investigation of hardware-level failure points.
Industrial automation increasingly depends on reliable, well-architected network infrastructure, and most integrators don't have this capability in-house. Emtech does, covering everything from basic site connectivity to the industrial ethernet architecture that high-speed robotics and IIoT systems demand.
Teams & Contributions
LabIT and network support, site coordination, and industrial network architecture for automation and robotics environments.
ReliabilityIntegration of embedded systems and communication protocols, EtherCAT, UDP, and CoDesys, ensuring controls and network layers work together without latency or packet loss.
DeploymentOnsite installation and commissioning of network infrastructure as part of broader system deployment.
Embedded for the outcome. Measured against your KPIs.
Our teams don't sell hours — we sell delivered results. Mechanical, electrical, firmware, integration, deployment, sustainment. One accountable partner across the full lifecycle.
Not every engagement runs through a rigid pipeline. Some projects need a quick scoping call;
others need a full-scale embedded team. Here's what the process looks like.
01
Initial Conversation
Tell us where you are in your project. No forms, no generic pitch — just a direct conversation about your needs and whether Emtech is the right fit.
02
Scope & Team Design
The right team structure, skill mix, and milestones — mapped to your project. You review and approve before anything begins.
03
Embedded Execution
Emtech engineers work inside your environment — on your tools, your schedule, your KPIs. Fully integrated, fully accountable.
04
Handoff & Ongoing Support
Clean documentation, knowledge transfer, and the option for continued support — so your team owns everything that was built.
The Team You Get
Field TechniciansHands-on builds, installs, commissioning, calibration, and daily operations
Specialized TechsLab operations, data collection, 3D printing, test fixtures, and equipment management
EngineersME, EE, firmware, controls, CAD, test plan design, and system integration
Senior EngineersArchitecture decisions, failure analysis, and program-level technical leadership
Program LeadsScope management, milestone tracking, and multi-site oversight
Your Embedded Engineering Partner
Scale Your Engineering Capacity Without the Overhead
Not a traditional engineering firm — and not a staffing agency. Emtech embeds specialized technical teams directly in your environment, integrated into your workflow, accountable to your outcomes.
Technology-agnostic — recommending what's right, not what earns a margin.
Same execution depth at 1 site or 20 — scaling with the project.
R&D through live ops — owning the outcome, not just the kickoff.
Share where you are in your project and expect a prepared response — with
the right questions, the right context, and a clear picture of what working
together looks like.