Technical development that brings your innovation to life. Starting from your idea, we support you from professional 3D design with mock-ups and PoCs to hardware and software design and certification – we turn concepts into series-ready, marketable products.
From Conception to Technical Validation
ALMEX ENGINEERING
ALMEX Build to Run
Our most important engineering services at a glance:
Systematic product development from the concept phase to series release
Interdisciplinary engineering (mechanics, electronics, software)
Fast mock-ups, prototypes, and proofs of concept
Electronics and hardware design for industrial applications
Embedded software, applications, and IoT/cloud connectivity
Pre-certification, testing, and certification support
Design-for-manufacturing and seamless handover to production
Why ALMEX ENGINEERING?
We are the engine that transforms your strategic planning into technical reality. ALMEX ENGINEERING develops products that work, scale, and prove themselves in the market.
A clear development process – one responsible partner
We do not view development as a sequence of individual disciplines, but as a continuous process. Each step builds on the previous one and is implemented with a focus on function, standards, costs, and manufacturability.
Adoption of requirements from ALMEX CONSULTING
From idea to resilient concept
Tangible early, resilient early
Parallel, integrated, efficient
Validation instead of hope
Series maturity considered from the start
Handover to ALMEX MANUFACTURING
ALMEX ENGINEERING in detail
Our Services
Five core competencies that technically validate your innovation and make it marketable
Product Design & Prototyping
We make product ideas tangible quickly. Design studies, ergonomics studies, mock-ups, and functional prototypes serve not only for visualization but primarily for technical and conceptual validation. Iterative development cycles enable rapid optimization and resilient decisions.
Our Services:
Translation of requirements into design and functional concepts
Tangible visualization of your product idea in early project phases as a haptic mock-up, digital model, or simple assembly. Rapid validation of concepts with stakeholders, users, and investors.
Construction of mock-ups and functional prototypes
Development and manufacturing of initial prototypes to represent central technical functions (electronics, software, mechanics). Early testing and optimization reduce later risks.
Iterative further development based on tests and feedback
Rapid prototyping, additive manufacturing, and modular concepts for short-term and cost-efficient implementation. Multiple iteration loops for optimal results.
Your Added Value:
Electronics Design
Our Approach:
System architecture and circuit concepts
Development of precise and reliable circuits (analog, digital, mixed-signal) from simple controller boards to complex multi-layer circuits for industrial applications.
PCB layout with a focus on EMC and manufacturability
Development of electronic assemblies as the heart of intelligent devices and machines with modern microcontrollers and embedded systems. Powerful, energy-efficient, and robust.
Support through to series transition and production release
Series support, supplier selection, and design-for-manufacturing for reliable and cost-optimized production. Seamless handover to ALMEX Manufacturing.
Your Added Value:
Electronics solutions that bring products to life and support market success. Reliable, durable, and suitable for industrial use.
Hardware Design
Our Approach:
3D construction and installation space concepts
Development of high-precision components and assemblies using state-of-the-art CAD technology, optimally matched to hardware and software requirements. From the first sketch to the production-ready drawing.
Housing and assembly development
Development of custom-fit housings (electronics housings, machine enclosures, ergonomic operating solutions) that meet technical, aesthetic, and haptic requirements. Form follows function.
Prototype construction and design validation
Rapid validation through additive manufacturing processes (3D printing) and a flexible partner network. From the first mock-up to the functional prototype in the shortest possible time.
Your Added Value:
Software Design
Our Approach:
Development of embedded software and system logic
Robust, efficient, and optimized firmware for microcontrollers and processors. Driver development, communication protocols (CAN, Modbus, Ethernet), control and regulation functions, and secure update mechanisms (OTA).
Development of user interfaces and applications
Platform-independent applications (Java, C/C++), system-level software under Linux, high-performance applications for computationally intensive tasks. Graphical user interfaces (GUI) and web interfaces for intuitive operation.
Networking, data processing, and IoT integration
Connection to cloud platforms, implementation of MQTT, OPC UA, and REST APIs. Data acquisition, transmission, and evaluation for networked, intelligent systems.
AI integration and predictive maintenance
Integration of AI algorithms for self-learning functions, predictive maintenance, and process optimization. Future-proof systems that continuously improve.
Your Added Value:
Intelligent software that brings hardware to life and makes systems economically and efficiently operable. From embedded to cloud from a single source.
Pre-Certification & Test Competence
Our Approach:
Planning and execution of functional, climate, and EMC tests
Simulation of extreme temperatures, humidity, and temperature changes in our own climate chambers. Testing for interference emission and immunity. Testing of function and service life under realistic operating conditions.
Pre-certifications and risk assessment
Proactive support on the way to product certification through targeted pre-certifications in accredited laboratories. We identify weak points before the official certification is due.
Preparation and support for official approvals
Development with a focus on electromagnetic compatibility and support through testing and certification processes. Compliance considered from the start.
Jig and test equipment construction
Development of custom-fit test adapters and automated test systems for efficient series testing. Quality assurance even for high quantities.
Your Added Value:
Proven quality for market access, market release, and customer satisfaction. Risk minimization through early validation.
How ALMEX ENGINEERING Works
Our Approach
Structured, interdisciplinary, and always with a view to series maturity and market success
Requirements Adoption & Concept Validation
Mock-up & Proof of Concept (POC)
Detailed Development (HW, SW, Electronics)
Pre-Certification & Validation
Handover to ALMEX MANUFACTURING
From Development to Production and Beyond
The Next Steps
ALMEX ENGINEERING develops your innovation to technical maturity. The following performance modules put them into series production, bring them to market, and ensure long-term operation.
ALMEX CONSULTING
Strategic basis for successful product development. Business analysis, system architecture, and technology consulting create the foundation for your engineering project.
ALMEX MANUFACTURING
Scalable production with assured quality. Our global manufacturing sites bring your product efficiently into series production.
ALMEX SERVICES
Ensuring performance in the field. We offer technical support for the product over its entire product life cycle.
ALMEX PROJECTS
Comprehensive project management for all performance phases. We orchestrate the entire process from idea to operation, coordinate all participants, manage resources, control risks, and ensure that your innovation project is implemented on time, within budget, and with the highest quality.
Ready to technically implement your innovation?
Frequently Asked Questions about ALMEX ENGINEERING
What does ALMEX ENGINEERING include?
ALMEX ENGINEERING comprises five core areas: Product Design (concept development, CAD design, prototyping), Pre-Certification (standard compliance, approval preparation), Electronics (hardware development, PCB design, embedded systems), Hardware Design (mechanical construction), and Software Design (firmware, middleware, applications). We develop your idea into a technically validated, series-ready solution.
Which standards and certifications are considered during pre-certification?
We consider industry-specific standards such as CE marking, EMC directives, safety standards (EN, ISO), public transport-specific standards (e.g., VDV core applications), and IoT security standards. Our engineers have experience with certification processes and prepare your products optimally for tests and inspections.
Can ALMEX also take over only sub-areas (e.g., only electronics)?
Yes, you can use individual ENGINEERING disciplines. However, the strength lies in the interdisciplinary cooperation of all ENGINEERING areas.
How long does the ENGINEERING phase take?
The duration depends on the product complexity. A simple prototype can be developed in 2-3 months. Complex systems with hardware, electronics, software, and certifications require 6-12 months. Pre-certification and test cycles extend the phase but are essential for market approvals.
What is the difference between a prototype and series production?
A prototype is a functional sample for validating the concept – often handmade or in small series. Series maturity means that the product can be manufactured industrially: optimized designs for manufacturing processes, tested components, certifications completed. ALMEX accompanies this transition seamlessly through the integration of ENGINEERING and MANUFACTURING.
Does ALMEX ENGINEERING also work with open-source technologies?
Yes, where appropriate, we rely on proven open-source frameworks (e.g., Linux). This reduces development times and costs. At the same time, we develop proprietary software if your business model or security requirements require it.
Can I introduce changes during development?
Yes, our development processes allow for iterations and adjustments, whether agile or, for example, in the waterfall model. We work in milestones with regular reviews so that feedback on requirements can be refined. However, late changes affect the schedule and costs – which is why the consulting phase is so important.