[ MONITOR · AUTOMATE · CONTROL · CONNECT ]

WE ENGINEER
AUTOMATION AS
ONE INTEGRATED SYSTEM

AI-Assisted Automation · Electronics · Firmware · Software

NMACC designs and builds the automation behind high-stakes production — sensor to dashboard, prototype to production, AI-assisted throughout. One team, accountable for the whole system.

START A PROJECT › SEE THE WORK
SEC_01

WHAT
WE DO

// CAPABILITIES
SVC-01

SYSTEMS ARCHITECTURE

How sensors, actuators, electronics, software, data, and process fit together — designed to work as one system, not a collection of parts.

SVC-02

ELECTRONICS & PCB

Schematic and PCB design (Altium), instrumentation, and production fixtures — from prototype through to manufacturable hardware.

SVC-03

EMBEDDED FIRMWARE

C / C++ firmware on MSP430 and STM32, with the measurement and control logic that production hardware depends on.

SVC-04

SOFTWARE & DATA

Operator applications (C++, Qt, Python), SQL databases, and data-acquisition systems — every result captured and traceable.

SVC-05

TEST & VALIDATION

Automated test and validation systems with pass/fail gating, plus FDA 21 CFR Part 11 and ISO 13485 validation protocols built in.

SVC-06

AI-ASSISTED AUTOMATION

AI agents and modern tooling that compress timelines and flag drift early — and modernisation of legacy equipment.

SEC_02

HOW
WE WORK

// OPERATING PRINCIPLES
DEFINE
FIRST
Clarify the actual problem before proposing any solution. The right question is rarely the first one asked.
ARCHITECT FOR
INTEGRATION
Design for the full system — sensor to database, hardware to dashboard, prototype to production. Integration is solved in the architecture, long before commissioning.
FOCUSED
DELIVERY
A small number of high-impact systems rather than many partial ones. Focused delivery produces real operational change. Scattered effort produces demonstrations.
VISIBILITY
BY DESIGN
Data acquisition, traceability, and monitoring built in from the start. Operators and managers can see what the system is doing, and why.
REGULATORY
CONFIDENCE
In regulated environments, compliance is a design input from day one — with traceability and auditability built in (FDA 21 CFR Part 11, ISO 13485).
AI-ASSISTED
DELIVERY
AI agents and modern tooling compress delivery timelines — without cutting quality or reliability. Used where it earns its place, not for its own sake.
SEC_03

SELECTED
WORK

// FIELD RECORD
OUT-001 PROFESSIONAL AUDIO · SYDNEY

Automated Product Validation

CHALLENGE
Validate every high-volume audio product to spec at the end of the line — acoustic and electrical — at full production speed, with complete traceability across product lines.
APPROACH
Designed an automated validation system end-to-end: custom test electronics and firmware, acoustic and electrical measurement, and a control application that logs every result to a database with pass/fail gating at the operator station. AI-assisted analysis catches drift early.
OUTCOME
Every unit measured against spec, with complete traceability. Manual test steps gone from the line. Consistent acoustic QC at full production volume, across product families.
OUT-002 MEDICAL DEVICES · FDA 21 CFR PART 11

Global Test System Deployment

CHALLENGE
Deploy an automated test system across four manufacturing sites and pass regulatory audit.
APPROACH
Designed electronics, firmware, software, and validation protocols. Led a 4–8 engineer team.
OUTCOME
Passed regulatory audit first time. Reduced test cycle time 40%. Deployed to production across all sites.
OUT-003 PRECISION MEASUREMENT

Automated Calibration System

CHALLENGE
Manual calibration was slow, error-prone, and untraceable.
APPROACH
C++ application with SQL database and full operator interface — no manual steps.
OUTCOME
Eliminated the manual process. Zero operator intervention with 100% traceability.
SEC_03.1

SECTORS WE SERVE

6+ YRS

MEDICAL DEVICES

Compliant test systems deployed globally across four manufacturing sites.

MULTI-LINE

PROFESSIONAL AUDIO

Automated test and validation systems for high-volume product manufacturing.

5 YRS

INDUSTRIAL & MINING

Automated test systems for intrinsically safe equipment.

PRECISION

CONSUMER ELECTRONICS

PCB design, firmware, test and calibration systems.

SEC_04

THE
NETWORK

// HOW WE SCALE
MODEL

NMACC is a coordinated network of senior specialists, not a single contractor. Led by founder and principal systems architect Loay Nofal, it brings together complementary expertise across electronics, firmware, software, AI architecture, and operations — and engages as one unit. Scope grows, with accountability and architectural coherence intact.

NODE-01

PRINCIPAL · SYSTEMS ARCHITECT

Founder and principal systems architect Loay Nofal. Owns the system architecture end to end — across medical, audio, industrial, and consumer manufacturing.

NODE-02

ELECTRONICS & FIRMWARE

Hardware and embedded specialists for instrumentation, control, and production-grade PCB and firmware.

NODE-03

SOFTWARE & DATA

Application, database, and data-acquisition engineers building the visibility layer on top of the hardware.

NODE-04

AI-ASSISTED ENGINEERING

AI-assisted tooling and agents that compress delivery timelines and surface anomalies before they reach finished goods.

NODE-05

STRATEGY & OPERATIONS

Senior operators who connect production reality to commercial outcomes when an engagement needs more than engineering.

SEC_05

ENGAGEMENT
MODEL

// HOW WE WORK TOGETHER
HOW WE START FIXED-FEE CLARITY FIRST — THEN PHASED DELIVERY WITH ARCHITECTURAL OWNERSHIP THROUGHOUT
STAGE 01

SCOPED ANALYSIS & ARCHITECTURE

2–4 WEEKS · FIXED FEE

Deliver clarity before any larger commitment.

STAGE 02

PROOF OF CONCEPT

6–10 WEEKS · FIXED FEE OR T&M

Validate the approach against the real constraints.

STAGE 03

FULL SYSTEM DESIGN & DELIVERY

12–24 WEEKS · PHASED

Architectural ownership maintained throughout.

SEC_06

START A
PROJECT

If you have a well-framed problem and need systems-level thinking with hands-on delivery, let's explore fit. A 15-minute exploratory call is enough to understand scope.