PCB Design
Schematic capture, multilayer layout, component selection, power distribution and manufacturing handoff.
ALTIUM / DFM / LAYOUT ELECTRICAL ENGINEERING / PROTOTYPE DEVELOPMENT
Ideas become
working hardware.
Custom electronics, embedded systems, PCB design and rapid prototyping - from first architecture through bench-tested hardware.
5PAID CLIENT PROJECTS
7PORTFOLIO / R&D BUILDS
12PROJECTS DOCUMENTED
CLIENT WORK / 05
Hardware built for real people.
Paid projects ranging from ultra-low-power embedded devices to FPGA image processing and analog instrumentation.
PORTFOLIO + R&D / 07
Where the difficult stuff gets explored.
Independent and academic builds covering motor control, RF, embedded audio, custom development hardware and system integration.
CAPABILITIES
From schematic to working prototype.
The project mix spans embedded, analog, power, RF, firmware, CAD and test - with the hardware integration work tying it together.
Embedded Firmware
MCU bring-up, state machines, low-power behavior, peripheral interfaces and device control.
STM32 / ESP32 / ATTINYPower + Motor Control
Battery systems, regulation, current sensing, MOSFET switching and brushed / BLDC motor electronics.
POWER / BLDC / BATTERYAnalog + Instrumentation
Signal conditioning, op-amp circuits, current mirrors, sensing and measurement-interface hardware.
ANALOG / SENSING / TESTRF + Communications
Sub-GHz RF experimentation, UART, SPI, I²C, CAN and system-level communications interfaces.
RF / CAN / SPI / UARTMechanical Integration
Enclosures, PCB fit checks, 3D printing, rack / fixture integration and prototype packaging.
CAD / PRINT / INTEGRATEABOUT DEESC
Engineering work that leaves the screen.
DEESC Prototyping is focused on custom electronic hardware and the messy middle between an idea and a useful physical prototype. That can mean a compact PCB, embedded firmware, a test fixture, an enclosure, a power system, or a complete assembly that has to survive real bench testing.
The portfolio intentionally includes both finished client work and earlier R&D projects. Together they show the progression from basic microcontroller boards into multilayer PCB design, RF, FPGA processing, motor control and integrated systems.
DEESC / PROCESSCONCEPT → HARDWARE
01
Define
Translate the use case into electrical, mechanical and interface requirements.
02
Design
Capture the schematic, lay out the PCB, write firmware and integrate mechanics.
03
Build
Assemble, bring up, instrument and debug the physical prototype.
04
Iterate
Use test data and failure modes to drive the next revision.
START A PROJECT
Have something you want to build?
Send the problem, constraints, current design state and whatever files you already have.