Electronic design
System architecture, schematics, analog and mixed-signal circuits, sensor interfaces, data acquisition and power architecture.
Electronic systems engineering
Precision electronics.
Engineered for real products.
Electronic system development, PCB design and managed prototype production for industrial and scientific applications.
What we do
Engineering from first principles to working hardware.
Technical depth across the electronic design cycle, with clear ownership of the interfaces between disciplines.
PCB design
Multilayer implementation, high-speed interfaces, signal and power integrity, EMC considerations and design for manufacture.
Embedded & FPGA integration
Hardware platforms for microcontrollers and FPGA systems, interface definition, clocking, acquisition chains and hardware/firmware partitioning.
Prototype & PCBA management
Component sourcing support, fabrication and assembly coordination through production partners, prototype bring-up and test planning.
How we work
From requirement to verified hardware.
Each stage builds evidence for the next, so design decisions can be tested before production commitments are made.
01
Define
Clarify requirements, constraints, interfaces and measurable success criteria.
02
Design
Develop architecture, circuits and PCB with testability and production in mind.
03
Validate
Bring up prototypes, measure performance and resolve design issues.
04
Deliver
Prepare production data and coordinate fabrication and assembly with partners.
Technical capabilities
Built for demanding electronics.
Focused capabilities for complex hardware projects in industrial and scientific settings.
Analog & mixed-signal
High-speed digital
FPGA-based systems
Sensor electronics
Data acquisition
EMC & signal integrity
Power architecture
Design verification
DFM & NPI support
About precisionGamma
Engineering judgment, carried through to the details.
precisionGamma is an independent engineering practice focused on demanding electronic hardware. We connect system architecture, circuit and PCB design, verification, and production preparation into a practical development path.
The goal is straightforward: hardware that can be built, measured and supported beyond the first prototype.
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