Engineering what moves,
senses, and communicates.
Robotics, automation, and RF/wireless — designed and built under one roof.
Your team gets production-ready hardware and the tools to iterate independently.
30 min • Free Consultation • NDA Available
Engineering what moves,
senses, and communicates.
Robotics, automation, and RF/wireless — designed and built under one roof.
Your team gets production-ready hardware and the tools to iterate independently.
30 min • Free Consultation • NDA Available
Hardware questions that don't get answered.
Designs that don't get maintained.
Teams hit robotics, automation, and RF problems they can't solve without specialized equipment and expertise. And when a consultant finally fixes it, the team can't maintain the solution after they leave.
- "We need a robot cell but don't have the automation expertise in-house."
- "Our PLC code is a mess and nobody knows how to maintain it."
- "We have an RF question but no lab equipment to answer it."
- "One impedance mismatch tanked our entire product and we couldn't figure out why."
- "We can't find an engineer who understands both the physical system and the wireless — and a full-time hire at $180K+ isn't in the budget."
- "The consultant left and nobody on our team understands the files he delivered."
Hardware questions that don't get answered.
Designs that don't get maintained.
Teams hit robotics, automation, and RF problems they can't solve without specialized equipment and expertise. And when a consultant finally fixes it, the team can't maintain the solution after they leave.
- "We need a robot cell but don't have the automation expertise in-house."
- "Our PLC code is a mess and nobody knows how to maintain it."
- "We have an RF question but no lab equipment to answer it."
- "One impedance mismatch tanked our entire product and we couldn't figure out why."
- "We can't find an engineer who understands both the physical system and the wireless — and a full-time hire at $180K+ isn't in the budget."
- "The consultant left and nobody on our team understands the files he delivered."
Not a Consultancy. A Lab.
Autonomous hardware needs two things — the ability to act and the ability to communicate. We started in robotics and industrial automation, then went deep into RF. When your system needs to move, sense, and communicate, you get one lab that engineers the complete system.
Automate
PLCs, servo drives, robot controllers, and embedded dev boards. We build the physical system from the ground up.
Measure
VNA, spectrum analyzer, signal gen, and oscilloscope. We characterize and prove the wireless layer with hard data.
Integrate & Tool
Findings become designs. Designs become automated workflows. We transfer the capability so your team owns everything.
Not a Consultancy. A Lab.
Autonomous hardware needs two things — the ability to act and the ability to communicate. We started in robotics and industrial automation, then went deep into RF. When your system needs to move, sense, and communicate, you get one lab that engineers the complete system.
Automate
PLCs, servo drives, robot controllers, and embedded dev boards. We build the physical system from the ground up.
Measure
VNA, spectrum analyzer, signal gen, and oscilloscope. We characterize and prove the wireless layer with hard data.
Integrate & Tool
Findings become designs. Designs become automated workflows. We transfer the capability so your team owns everything.
Start With a Question.
End With a Solution.
From a focused experiment to full RF product development. Every engagement produces data your team can use — not black-box deliverables.
Focused Experiment
Answer a specific hardware question with lab-grade data. RF measurement, automation proof-of-concept, or embedded feasibility study. No commitment — just get the answer you need.
- Focused measurement or proof-of-concept
- Documented experiment methodology
- Data analysis & visualization
- Written findings & recommendation
- Go/no-go or design direction
Investigation & Design
Comprehensive characterization plus a complete design solution. Automation system architecture, RF subsystem design, embedded firmware — we investigate, design, and build custom tools so your team can iterate without us.
- Everything in Focused Experiment
- Full system characterization (RF or automation)
- Hardware/firmware design from findings
- PCB layout or control system architecture
- Simulation files & documented models
- Custom workflow automation for your stack
Full Hardware Dev
End-to-end: from the first experiment through production readiness. Robotics integration, RF system design, embedded controls, compliance pathway, and a tool suite your team uses long after we're done.
- Everything in Investigation & Design
- Full system integration (auto + RF + power)
- EMC pre-compliance testing
- FCC/CE regulatory pathway guidance
- Production test fixture design
- Custom workflow & data processing suite
- 90-day post-delivery support
Start With a Question.
End With a Solution.
From a focused experiment to full RF product development. Every engagement produces data your team can use — not black-box deliverables.
Focused Experiment
Answer a specific hardware question with lab-grade data. RF measurement, automation proof-of-concept, or embedded feasibility study. No commitment — just get the answer you need.
- Focused measurement or proof-of-concept
- Documented experiment methodology
- Data analysis & visualization
- Written findings & recommendation
- Go/no-go or design direction
Investigation & Design
Comprehensive characterization plus a complete design solution. Automation system architecture, RF subsystem design, embedded firmware — we investigate, design, and build custom tools so your team can iterate without us.
- Everything in Focused Experiment
- Full system characterization (RF or automation)
- Hardware/firmware design from findings
- PCB layout or control system architecture
- Simulation files & documented models
- Custom workflow automation for your stack
Full Hardware Dev
End-to-end: from the first experiment through production readiness. Robotics integration, RF system design, embedded controls, compliance pathway, and a tool suite your team uses long after we're done.
- Everything in Investigation & Design
- Full system integration (auto + RF + power)
- EMC pre-compliance testing
- FCC/CE regulatory pathway guidance
- Production test fixture design
- Custom workflow & data processing suite
- 90-day post-delivery support
From Hypothesis to
Team Independence in 5 Phases
Research rigor meets engineering pragmatism. Whether your system needs to move, sense, communicate, or all three — we start with what you don't know, and end with your team owning the solution.
Investigate
Define the critical question and architect the experiment required to answer it.
Measure
Run rigorous physical experiments and collect lab-grade empirical data.
Design
Translate the empirical findings directly into a robust hardware architecture.
Validate
Build the physical prototype and verify system performance against the baseline.
Deliver & Tool
Transfer all IP, documentation, training, and custom workflow automation back to your team.
"We don't just answer your hardware question. We turn the answer into a design, and the design into team capability."
From Hypothesis to
Team Independence in 5 Phases
Research rigor meets engineering pragmatism. Whether your system needs to move, sense, communicate, or all three — we start with what you don't know, and end with your team owning the solution.
Investigate
Define the critical question and architect the experiment required to answer it.
Measure
Run rigorous physical experiments and collect lab-grade empirical data.
Design
Translate the empirical findings directly into a robust hardware architecture.
Validate
Build the physical prototype and verify system performance against the baseline.
Deliver & Tool
Transfer all IP, documentation, training, and custom workflow automation back to your team.
"We don't just answer your hardware question. We turn the answer into a design, and the design into team capability."
What You Get
Research data, production-ready designs, and workflow automation — everything documented so your team can use it without us.
Lab Data & Analysis
Measurement data, experiment methodology, statistical analysis, and actionable findings — not raw dumps, but engineered conclusions.
Automation Architecture
PLC programs, motion profiles, robot cell layouts, and control systems — designed for your production environment with documented I/O maps.
RF & Electronic Schematics
LNA, PA, filter, matching network, and embedded controller designs with component selection rationale and design margin analysis.
Embedded Firmware & PCB
Production-ready firmware, controlled-impedance PCB routing, and embedded system integration — from microcontroller selection to production test.
Simulation & Modeling
S-parameter models, motion simulations, control system models, and RF filter responses — documented so your team can modify and re-run them.
Test Procedures
RF measurement protocols, automation commissioning procedures, and pass/fail criteria your team can execute for ongoing validation.
Custom Engineering Workflows
Automated data pipelines, PLC monitoring dashboards, simulation post-processing, and tool integration workflows — so your team runs the process, not just the software.
What You Get
Research data, production-ready designs, and workflow automation — everything documented so your team can use it without us.
Lab Data & Analysis
Measurement data, experiment methodology, statistical analysis, and actionable findings — not raw dumps, but engineered conclusions.
Automation Architecture
PLC programs, motion profiles, robot cell layouts, and control systems — designed for your production environment with documented I/O maps.
RF & Electronic Schematics
LNA, PA, filter, matching network, and embedded controller designs with component selection rationale and design margin analysis.
Embedded Firmware & PCB
Production-ready firmware, controlled-impedance PCB routing, and embedded system integration — from microcontroller selection to production test.
Simulation & Modeling
S-parameter models, motion simulations, control system models, and RF filter responses — documented so your team can modify and re-run them.
Test Procedures
RF measurement protocols, automation commissioning procedures, and pass/fail criteria your team can execute for ongoing validation.
Custom Engineering Workflows
Automated data pipelines, PLC monitoring dashboards, simulation post-processing, and tool integration workflows — so your team runs the process, not just the software.
Your Hardware Works.
Now Make the Whole System Work.
Studio builds what moves, senses, and communicates. But when the bottleneck isn't hardware — it's the handoffs between teams, tools, and domains — that's Ops.
Sparkreate Ops closes the engineering blind spots between design, manufacturing, and systems.
- Cross-domain engineering audits — find the real bottleneck
- Deployed software and predictive models — not reports
- Knowledge capture before your best engineer walks out
- Workflow automation that solves the system, not one step
Your Hardware Works.
Now Make the Whole System Work.
Studio builds what moves, senses, and communicates. But when the bottleneck isn't hardware — it's the handoffs between teams, tools, and domains — that's Ops.
Sparkreate Ops closes the engineering blind spots between design, manufacturing, and systems.
- Cross-domain engineering audits — find the real bottleneck
- Deployed software and predictive models — not reports
- Knowledge capture before your best engineer walks out
- Workflow automation that solves the system, not one step
Building something that
moves, senses, or communicates?
Schedule a free consultation. Tell us about your autonomous hardware challenge and we'll tell you how we'd approach it, what it would cost, and whether we're the right lab for it.
Building something that
moves, senses, or communicates?
Schedule a free consultation. Tell us about your autonomous hardware challenge and we'll tell you how we'd approach it, what it would cost, and whether we're the right lab for it.