Engineering System Platform · Sfax, Tunisia

Mechatronic
Systems
Engineering Platform

From concept to validated system. A living engineering framework where you design, model and deliver real mechatronic systems — traceable requirements, justified architecture, deployable outputs. Aligned with NASA, INCOSE and SysML v2.

Join the System Explore the Framework
12Modules SE
3Sprints
25hField Hours
∞Systems Possible
INCOSE · NASA · SysML v2 · ISO 15288 · 2026
Engineered in Sfax, Tunisie // Systems That Outlast Their Creators
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System OriginOlive Groves of Sfax
∿
EnvironmentMediterranean Sea
⊥
ConstraintsSemi-Arid Land
⬛
StructureMedina of Sfax
⬡
Geometry EngineZellige & Crystals
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Global ScopeINCOSE · NASA · OMG
System Flow

Not a course.
A living system.

Every engineer enters with an idea and leaves with an operational System Design Package — traceable requirements, validated architecture, deployable BOM. Built with the exact methods of NASA and Airbus.

Phase 01 ◎
Define
ConOps · System of Interest · Stakeholders
Phase 02 ⬡
Structure
EARS · RTM · Risk Register · Traceability
Phase 03 ◈
Design
SysML IBD · Trade Study · ADR · 4 Layers
Phase 04 ◧
Implement
BOM · Schematic · Mouser/DigiKey · Real Cost
Phase 05 ◆
Validate
V&V Plan · PDR · NASA §5.4 · Jury Review
3 System Layers · 5 Days Each · Stackable

System Layers

Layer 01 · 5 Days
System Design
Define — from idea to validated architecture
M01 · M02 · M03 · M04 · M06
  • ConOps · MBSE · SysML v2
  • Requirements EARS · RTM
  • Architecture 4 layers · Trade Study
  • Bill of Materials · Real pricing
  • V&V Plan · PDR Jury Review
On request
6–12 engineers · Intra or open session
Layer 02 · 5 Days
Connected Intelligence
Extend — connect, automate and secure
M05 · M08 · M10 · M11
  • IoT Architecture · IIoT · OPC-UA
  • AI pipelines · Federated Learning
  • Digital Twin (NASA definition)
  • IEC 62443 · Zero Trust · AI TRiSM
  • Post-Quantum Cryptography
On request
6–12 engineers · Requires Layer 01
Layer 03 · 5 Days
Autonomous Systems
Evolve — toward full system autonomy
M07 · M09 · M12
  • Physical AI · ROS 2 · Swarm
  • Agentic AI · Multi-agent systems
  • Embedded LLM · DSLM
  • Industry 5.0 · Ecomechatronics
  • Final System Design Package
On request
6–12 engineers · Full stack path
Engineering Capabilities — 12 modules

12 capabilities.
One system.

Each capability is a system component. They stack as a real architecture — every output feeds the next input. Verified against IEEE Xplore, Gartner 2026, INCOSE SEH v5, NASA SE Handbook.

CAP · M01
Mechatronic Systems Thinking
↳ System Architecture Diagram
CAP · M02
Smart Sensors & Edge Intelligence
↳ Perception System Design
CAP · M03
Actuation & Mechanical Intelligence
↳ Actuator Selection & Sizing Report
CAP · M04
Embedded & Intelligent Electronics
↳ Embedded System Architecture
CAP · M05
Connected Systems & IoT Architecture
↳ Connected System Architecture
CAP · M06
Control & Intelligent Decision Systems
↳ Control + Decision Model
CAP · M08
AI & Data for Mechatronic Systems
↳ AI-Enabled System Pipeline
CAP · M10
Digital Twin & Simulation
↳ Live Digital Twin Model
CAP · M07
Robotics & Physical AI Systems
↳ Robotic System Design
CAP · M09
Agentic AI & Human-Machine Interaction
↳ Intelligent Interface Design
CAP · M11
Security, Trust & System Reliability
↳ Secure System Design
CAP · M12
Project & System Integration
↳ Final System Design Package
MQ
MecaQuest Engineering Team
System Architecture · Embedded Systems · AI · Robotics · IoT

MecaQuest is designed and led by a team of experienced engineers and instructors, each contributing within their domain: embedded systems, IoT, artificial intelligence, robotics, and system architecture.

Each session is guided by complementary profiles, reproducing the conditions of a real multidisciplinary engineering team.

Participants do not simply follow a course: they evolve within a structured environment where each skill contributes to a global system architecture and to the design of a real engineering system.

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Engineering Domains — Embedded Systems · AI · Robotics · IoT · System Architecture
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Industry Experience — Real-world systems, industrial projects, applied engineering environments
◎
System-Based Training — Real architectures, real constraints, real system integration
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Engineering Approach — Modeling · Control · Optimization · Embedded Intelligence
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Applied Standards — INCOSE SEH v5 · NASA SE Handbook · SysML v2 · ISO/IEC/IEEE 15288:2023
Program architecture directed by Ferdaous Masmoudi.
Frequently Asked Questions

You have questions?

Who is the platform designed for?
MecaQuest is designed for engineers, R&D managers, entrepreneurs and makers who want to build real systems with a rigorous method. Layer 1 is accessible without prior SE formal training. Layers 2 and 3 assume Layer 1 or equivalent experience.
Can I access a single layer?
Yes. Each layer is standalone and can be attended separately. Layer 1 "System Design" is the recommended entry point. Layers 2 and 3 can be attended independently based on your technical profile.
What is the final deliverable?
A complete System Design Package: Project Brief, Functional Block Diagram, EARS Requirements List, Trade Study, Bill of Materials with real prices, SysML Architecture Diagram, V&V Plan and a NASA-format PDR presentation. A package you can present to an investor or supplier the next day.
Is the platform available for enterprise teams?
Yes. In-house sessions are available for teams of 6 to 15 engineers. Content is adapted to your sector, your systems and your real constraints. Contact us at contact@mecaquest.com for a quote.
Where do sessions take place?
Sessions are held in Sfax, Tunisia. Online sessions and on-site company visits can be arranged on request based on availability.
Are NASA and INCOSE standards really applied?
Absolutely. Every session explicitly references the INCOSE Systems Engineering Handbook v5 (2023), NASA SE Handbook Rev2, SysML v2 (OMG 2024) and ISO/IEC/IEEE 15288:2023. Exercises use the same templates and methods as world-class industrial engineering teams.
Platform Access

Start
your system.

Sessions are limited to 12 engineers to ensure dedicated support on every system. Submit your access request — we will contact you within 48h to validate your profile and discuss your project.

✅ Free access — profile confirmation within 48h
✅ Your real system as the thread from Day 1
✅ System Toolkit included (INCOSE templates + BOM + NASA V&V)
Request MecaQuest Access Details
Response within 48h · contact@mecaquest.com
Include country code, e.g. +216, +33, +971

Your request is sent to contact@mecaquest.com. If you already have an access code, use Sign In.

Request sent. We will contact you soon with the next steps.

SYSTEM VERSION · v0.1 · 2026 LAST UPDATE · April 2026 SOURCES · IEEE · INCOSE SEH v5 · NASA SE · Gartner 2026 · OMG SysML v2
mecaquest.com