Custom Engineering • Firmware • Electronics • R&D

Original engineering solutions for difficult technical problems.

Raberu Bage HQ provides custom research and development for clients who need purpose-built solutions instead of off-the-shelf products. Work can include embedded firmware, electronic hardware, instrumentation, data acquisition, electrochemical systems, bioelectrical research hardware, and technical prototypes.

What I build

Embedded systems

Firmware & device control

Custom embedded firmware, communications, sensor integration, real-time control logic, and device-level software.

Electronics

Hardware & prototypes

Purpose-built electronic systems, prototype circuits, PCB-oriented design work, signal conditioning, and device integration.

Instrumentation

Measurement & data acquisition

Custom sensing, measurement, acquisition, logging, and experimental control systems for specialized technical requirements.

Research engineering

Electrochemistry

Engineering support for experimental electrochemical setups, control electronics, measurement architecture, and instrumentation.

Research engineering

Bioelectrical systems

Custom electronics and instrumentation for legitimate research and measurement applications involving bioelectrical signals.

Problem solving

Custom R&D

Technical investigation and original solution design for projects where a standard commercial product does not fit the requirement.

How projects are handled

Define the problem

Clarify the technical requirement, constraints, operating environment, interfaces, and expected result.

Design the solution

Research options and create an engineering approach covering hardware, firmware, instrumentation, or system integration.

Build, test, refine

Develop the solution, test it against requirements, document the result, and refine where necessary.

Independent technical R&D

The focus is practical problem solving: understand the requirement, design an original approach, and deliver a working technical result.

Projects are accepted case-by-case based on feasibility, safety, legal requirements, and available engineering resources.

Typical project areas

  • Embedded firmware
  • Microcontroller-based systems
  • Custom electronic hardware
  • Prototype development
  • Sensors and instrumentation
  • Data acquisition and logging
  • Control and automation
  • Experimental research hardware