Engineering clarity in complex systems.
We audit, diagnose and resolve critical engineering problems across disciplines.
We audit, diagnose and resolve critical engineering problems across disciplines.
This model is directly linked to the Engineering Audit department and is tailored for the
What the client receives: Independent verification of current R&D processes regarding exposure to technical and business risks.
Application: Utilizing “Trust Engineering” to eliminate cognitive biases (such as the Sunk Cost Fallacy) in decision-making processes. Andrzej Damek as “The Shield” and Monika as “CQS” serve as auditors, ensuring technical integrity and compliance with standards (e.g., API, ISO, AQAP).
This is the execution model for your Recovery Strategy in situations where a project has reached a deadlock.
What the client receives: Activation of a pre-integrated engineering team (Special Ops) that enters the project with Zero Ramp-Up time to immediately unblock technical bottlenecks.
Application: Implementing an actionable recovery plan based on the “First-Time-Right” foundation. A key example is the cockpit program rescue by Wiola Bachórz; through advanced GD&T analysis, scrap rates were reduced by 40%.
Hands-on AI adoption expertise — from consulting to a working prototype.
What the client receives: AI adoption consulting backed by real implementation experience, plus access to our proprietary SolidRules Suite prototype — a “Digital Safety Gate” that automatically detects design errors and non-compliance with standards (e.g. EN 15085) during the design stage.
Application: Helping engineering teams adopt AI tools and build agentic workflows. Our own SolidRules prototype demonstrates this in practice — cutting technical documentation verification from hours to seconds and reducing NCRs before they happen.
This model perfectly aligns with your Root Cause Analysis. It is dedicated to companies in high-growth phases (Scale-ups) struggling with “chaos inflation.“
What the client receives: Professionalization of engineering structures and a transition from “chaotic innovation” to scalable excellence without losing agility.
Application: Identifying “leadership debt” and process barriers stalling projects. Leveraging Mariusz's “Superpower” (Ambiguity Detector) and Jacek's expertise to stabilize systems under critical conditions.
Redesigned a complex High Voltage Switchgear for a traction vehicle. Introduced modular architecture that reduced assembly weight by 15% and cut cabling costs by 20%.
Neutralized supply chain risk for a Freight Locomotive by pivoting from “Outsourced Rocket Science” to “In-House Pragmatism”. Engineered design changes that allowed internal production, meeting a rigid deadline.
Full technical integrity and validation of specialized equipment of critical operational importance were ensured in accordance with the sector’s strict quality requirements. Through thorough verification of the technical documentation, the risk of interface errors in complex high-pressure systems operating under extreme environmental conditions was eliminated.
Saved a luxury vehicle cockpit program from costly tooling redesigns. Applied advanced GD&T analysis to re-calculate tolerance stacks, eliminating persistent fitment issues and reducing scrap rates by 40% in the pilot phase.
Systems Architecture & Program Leadership
25+ years in global R&D environments. Experience in scaling technical teams and systems integration.
Mechanical Systems • Risk Engineering • Management 3.0
Systems Architecture & Program Leadership
Automotive veteran. Expert in GD&T and DFMEA. Known for delivering complex programs without additional resources by bridging the gap between technical judgment and people leadership.
GD&T
Program & Process Leadership
Extensive experience in high-pressure industrial environments and complex delivery chains.
API Standards • Subsea Systems • Cross-functional Coordination
Validation & Industrial Systems
Specialist in durability validation, heavy industry systems and applied engineering pragmatism.
Rail Systems • Testing • Production Optimization
Axiomwise is primarily a robust and flexible engineering ecosystem, built upon a verified talent pool of over 70 high-end specialists ready for immediate deployment under the “Engineering On-Demand” model. Our strength is driven by leaders in process optimization, ML system architecture, and interdisciplinary technical coordination, supported by a broad backbone of electronics engineers, materials scientists, and numerical simulation experts.
This unique “Sleeper Cell” structure allows us to scale resources instantly and execute the most complex mechatronic projects, seamlessly bridging rigorous corporate standards with extraordinary operational agility.
Provide structured insight into your engineering challenge.
