Turning Complexity into Circular System Clarity

Build circular systems that keep value and reduce lifecycle costs — starting from day one.

CirClar Systems embeds circularity into system architecture and the engineering process, turning circular complexity into circular system clarity.

Engineering Circularity into Competitive Advantage

Most products are still developed within a linear model — designed, produced, used and discarded. This leads to unnecessary material and energy use, higher lifecycle costs, and products that are difficult to maintain, upgrade or recover at end‑of‑life. As a result, companies face growing operational risk, and a product portfolio that is not aligned with emerging regulatory and market expectations.

▷ The Circular Engineering Advantage

When circularity is engineered in from day one, products naturally support reuse, repair, and remanufacturing — enabling robust circular loops and business models that outperform linear ones over time.

CirClar Systems helps you embed the circular model by integrating circularity directly into system architecture, technical design decisions and the full engineering process - from V-model to hybrid setups with Agile, Scrum or SAFe.

Turning circular ambitions into engineering reality.

Instead of high‑level advice, you receive deployable methods, engineering tools and hands‑on technical guidance that fit naturally into requirements engineering, design verification and lifecycle planning.

▷The result: a future‑proof product portfolio, lower operational risk and a development process ready for the next generation of regulatory and market demands.

Who We Support & the Value Delivered

CirClar Systems provides engineering expertise that fits your process—from early architecture decisions to detailed design and verification. You receive technically grounded support, making circularity a built-in part of development rather than a late-stage add-on.

▷ For Whom

For companies developing mechatronic systems, hardware modules or components and want to turn circular opportunities into action.

▷ What You Gain

A deployable and structured engineering method that translate circular principles into concrete system design decisions.

Tools and guidelines that support system architecture, requirements engineering and design verification in the engineering development.

Hands‑on technical guidance that accelerates adoption without adding overhead to the project phase.

Circularity Engineered into the Core

Circularity only creates real impact when it is engineered into the core of a system — not added at the end. CirClar Systems applies this principle by integrating Circular Loops (Circular Economy Butterfly Diagram by Ellen MacArthur Foundation) through Design for X (DfX) practices directly into your engineering process.

▷ How it Works

Start with system architecture: Identify circular value opportunities — lifetime extension via repair, reuse, refurbishment, remanufacturing and recycling for material recovery.

Translate insights into requirements: Convert circular opportunities into actionable system or business requirements that are directy understood by engineering teams.

Embed circularity in the engineering process: Integrate circular design rules, guidelines and verification blueprint into requirements engineering and verification.

Ensure practical adoption: All methods and tools are hands‑on, pragmatic and designed to fit seamlessly into existing engineering workflows.

▷ The Outcome

A development process where circularity is not an afterthought — but a natural, technically grounded part of everyday engineering decisions, not an extra layer of work.

Engineering Support Modules

Your circular transformation is supported through three dedicated modules, each tailored to your organisation's maturity and development phase. You choose the support you need — every modules can be deployed independently.

In a Nutshell

... Starting the Circularity Journey

Module 1: Technical Circularity Strategy

High-Impact Assessment

Circular Requirements

Circular-technical Roadmap

... for Hands-on Learners

Module 2: Workshops & Pilot Projects

DfX Circularity & Sustainability

Engineering Process Integration

Pilot Launch Support

... End-to-end Development Support

Module 3: Project-based Engineering Support

Circular System Architecture

Project Execution Support

ISO 59000 Alignment

▷ Module 1 — Technical Circularity Strategy

Maps your system's functional architecture to identify where circular value can be created. Translates insights into actionable engineering requirements and a circular roadmap that guides development in a structured, evidence-based way.

▷ Module 2 — Workshops & Pilot Projects

Interactive workshops help teams embed Circular Design into existing engineering workflows. Through design guidelines, hands‑on exercises and disassembly assessment, teams develop their own solutions and gain the skills to apply the method independently.

▷ Module 3 — Project-based Engineering Support

I work alongside your engineering team to guide decisions, validate design choices and ensure circular strategies are applied in line with ISO 59000 for Circular Economy — enabling successful, repeatable implementation and giving your project execution the confidence it needs.

About Me

Dr. Heike Richter

Founder & Circular System Architect

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I founded CirClar Systems to bridge the gap between sustainability ambitions and engineering practice by embedding circularity into the core of every system.

With my background in physics, system architecture, and more than 20 years of experience in high-tech, machine-building and R&D environments, I bring a deep technical foundation to every project. Since 2020, I have built up Circular Design experience across both corporate organizations and smaller mechanical engineering companies.

▷ Why Work With Me

System‑level perspective: I help organisations spot circular value opportunities across the full system lifecycle — from functional architecture to end‑of‑life recovery.