We design, build and validate functional prototypes that combine electronics, custom circuit boards, embedded software, mechanical components and purpose-built enclosures.
A successful prototype is more than a printed housing or a breadboard. MDCI AV brings mechanical, electrical and software development together so each part of the system is designed to work with the others from the start.
01 / CAPABILITIES
WHAT WE CAN BUILD WITH YOU.
01
PCB DESIGN + ASSEMBLY
Custom printed circuit boards designed around your exact functional, spatial and connectivity requirements.
Schematic capture
Component selection and sourcing
PCB layout and routing
Prototype board fabrication
Hand or contract assembly support
Bring-up and debugging
02
3D PRINTING + ENCLOSURES
Rapidly produced housings, brackets, fixtures and mechanical components built for fit, function and presentation.
FDM and resin-ready design
Component housings
Mounting systems and brackets
Panel and connector cutouts
Design for serviceability
Finishing and presentation mockups
03
ELECTRONIC CIRCUIT DESIGN
Purpose-built electronic systems that connect sensors, controls, displays, lighting, audio and networked devices.
Power architecture
Signal conditioning
Sensor integration
Motor, relay and lighting control
Audio and display interfaces
Wireless and wired communications
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04
EMBEDDED SOFTWARE + FIRMWARE
Firmware that makes the physical system responsive, reliable and ready to communicate with larger applications.
Microcontroller programming
Device state management
Sensor and actuator logic
Wi-Fi, Bluetooth, LoRa and serial
Diagnostics and logging
Update and recovery planning
05
TEST + MEASUREMENT
Structured testing that exposes weak points early and verifies the prototype under realistic operating conditions.
Voltage, current and signal testing
Thermal and runtime evaluation
Communications testing
Sensor calibration
Environmental and endurance trials
Failure analysis and redesign
06
MECHANICAL FABRICATION SUPPORT
Mechanical development beyond 3D printing for prototypes that need stronger, larger or more permanent structures.
Laser-cut and CNC-ready files
Sheet material and panel design
Machined component coordination
Fastener and hardware selection
Cable routing and strain relief
Assembly documentation
07
SYSTEM INTEGRATION
Bring separate technologies together into one coordinated prototype with clean power, communication and control.
Displays and touchscreens
Audio systems
Cameras and computer vision
Lighting and effects
Computers and embedded processors
Cloud or local application interfaces
08
PRODUCTION TRANSITION
Refine a successful prototype into documentation and specifications that support repeatable fabrication.
Design-for-manufacture review
BOM development
Supplier and fabricator coordination
Assembly procedures
Test procedures and acceptance criteria
Pilot build support
02 / DEVELOPMENT LAB
DESIGN. BUILD. MEASURE. REPEAT.
ASSET PLACEHOLDERPROTOTYPE LAB / BENCH PHOTOReplace with electronics bench, PCB, 3D printer or active testing image.
Clarify the objective, users, environment, constraints, target cost and definition of success.
●02
ARCHITECT
PLAN THE SYSTEM
Select core technologies and map how electronics, mechanical parts, firmware and interfaces work together.
○03
BUILD
CREATE THE PROTOTYPE
Fabricate boards, print housings, wire assemblies, program firmware and integrate the first complete system.
○04
VALIDATE
TEST WHAT MATTERS
Measure performance, identify failure points and test the design in conditions that reflect actual use.
○05
REFINE
IMPROVE THE DESIGN
Reduce complexity, improve reliability, refine fit and finish, and resolve issues discovered during testing.
○06
TRANSFER
PREPARE THE NEXT STEP
Deliver the prototype, source files, BOM, documentation and a clear path toward a pilot or production build.
○
ACTIVE PHASEDEFINE THE PROBLEM
BUILT FOR THE UNUSUAL
THE PROJECTS THAT DO NOT COME IN A BOX.
We are a strong fit when an off-the-shelf product gets close—but cannot meet the exact functional, physical or experiential requirements of the project.
01
INTERACTIVE DEVICES
Buttons, sensors, displays, sound, lights and physical controls combined into responsive experiences.
02
SPECIALIZED CONTROLLERS
Custom control hardware for exhibits, automation, demonstrations, games and unique equipment.
03
CONNECTED PRODUCTS
Networked devices using Wi-Fi, Bluetooth, Ethernet, LoRa, serial or custom communication workflows.
04
PROOF-OF-CONCEPT SYSTEMS
Functional prototypes used to validate feasibility, demonstrate an idea or support funding and stakeholder review.
05
RETROFITS + UPGRADES
Modern electronics and interfaces integrated into existing mechanical systems or legacy installations.
06
LOW-VOLUME CUSTOM BUILDS
Small production runs for specialized applications where mass-market manufacturing does not make sense.
04 / DELIVERABLES
MORE THAN A SINGLE OBJECT.
Depending on the project stage, MDCI AV can provide a complete development package that supports future maintenance, refinement and production.
01Functional prototype assemblies02PCB schematic and layout files03Firmware and source code04CAD and 3D-print files05Bill of materials06Wiring and system diagrams07Assembly and service documentation08Test results and recommendations09Supplier and fabrication specifications10Pilot-production support
START WITH THE PROBLEM. WE WILL HELP DEFINE THE BUILD.