NovusMaxEmbedded Engineering

Electronic Product Engineering • Embedded Systems • Manufacturing

From concept to production. One engineering partner.

Hardware, embedded software and manufacturing—delivered by one engineering team with a single point of accountability.

  • End-to-End Product DevelopmentFrom concept to production.
  • Field-Proven EngineeringBuilt for real-world operation.
  • Single Point of AccountabilityOne engineering partner from start to finish.

Representative engineering visual — not a customer product.

Electronic Product Engineering • Embedded Systems • Industrial Automation

Hardware, software and automation—engineered as one.

We bring electronic hardware, embedded software and industrial automation together to develop reliable, production-ready products under one engineering team.

  • Electronic Product Engineering

    From requirements and schematics to PCB layout, validation and production readiness.

  • Embedded Software

    Firmware, communication protocols and control software developed together with the hardware.

  • Industrial Automation & IoT

    Connected control systems for machines, facilities and field devices.

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How we work

A structured path from requirements to production.

Every project follows a defined engineering process with clear deliverables, technical reviews and validation at each stage—so risks are identified early and production readiness is built in from the beginning.

  1. Requirements & Feasibility

    We define the product, operating environment, interfaces and critical technical risks.

  2. System Architecture

    Hardware, firmware, connectivity and production constraints are designed as one system.

  3. Hardware & Firmware Development

    Schematics, PCB layout and embedded software are developed together by the same engineering team.

  4. Prototype & Validation

    Prototypes are brought up, tested and refined against real operating requirements.

  5. Production Engineering

    DFM, test procedures, programming and technical documentation prepare the product for manufacturing.

  6. Lifecycle Support

    Revisions, component changes, cost optimization and long-term technical support keep the product sustainable.

Application areas

Engineering for products that control, connect and operate.

We develop electronic products for machines, facilities and connected field systems—combining control hardware, embedded software and industrial communication under one engineering team.

Explore our expertise

Your product stays yours. Customer projects are never used as public portfolio material.

  1. Industrial Automation & Machine Control

    Controllers, I/O systems, motor interfaces and communication electronics for machines and production equipment.

  2. Access, Motion & Facility Systems

    Door, gate and barrier controllers, access management hardware and operator interfaces for buildings and facilities.

  3. Industrial IoT & Connected Products

    Field devices, gateways and remote monitoring systems using wired and wireless industrial communication.

Starting a project

Start with one product challenge.

Tell us what you are building, what needs to change, or what is preventing the product from moving forward. We will help define the next engineering step.

  1. 01

    A New Electronic Product

    You have a requirement, concept or mechanical product that needs control electronics, embedded software or connectivity.

  2. 02

    An Existing Product to Improve

    A current product needs a revision, new functionality, cost optimization or improved reliability.

  3. 03

    An Obsolete Component or Platform

    A discontinued component, unavailable platform or supply problem is preventing continued production.

  4. 04

    Firmware or System Migration

    Existing firmware, communication software or control logic needs to move to a current hardware platform.

Whatever stage your product is in, the next step starts with a technical conversation.

Discuss your project