01 / ASSESS
Goal: Establish the operational baseline and a defensible feasibility decision.
Checks: Material flow, payload, cycle time, site constraints and acceptance targets.
- Requirements baseline
- feasibility / GO–NO-GO
- preliminary concept
ČAMINSKI / Engineering Advisory & Project Delivery
Beyond Strategy. Into Execution.
Independent engineering advisory and technical project delivery — from investment decisions to operational readiness.
ADVISE / ENGINEER / DELIVER
SYSTEMS / INTERFACES / ACCEPTANCE — SCHEMATIC, NOT A PROJECT CLAIM
Complexity, made actionable.
Every industrial project involves a network of decisions. I help turn requirements, constraints and stakeholders into a technically credible path to delivery.
A personal practice. A connected network.
Explore the decision space
Explore the five connected phases of engineering delivery. Hover, click or select a phase to see what it covers.
02 / SELECT
Goal: Compare suitable technologies and suppliers on equal terms.
Checks: Application fit, capacity, interfaces, safety, lifecycle cost and delivery risk.
- RFQ criteria
- supplier comparison
- investment / TCO recommendation
03 / ENGINEER
Goal: Turn agreed needs into a testable architecture with clear interfaces.
Checks: Functional scope, PLC / WMS / MES interfaces, exception handling and ownership.
- System architecture
- functional specification
- integration plan
04 / DELIVER
Goal: Coordinate execution and verify the agreed acceptance criteria.
Checks: Milestones, technical submittals, FAT / SAT evidence and handover readiness.
- Execution & risk plan
- acceptance records
- punch list / handover
05 / OPTIMIZE
Goal: Use operating evidence to prioritize practical improvements.
Checks: Measured performance, recurring faults, maintenance and operator feedback.
- Performance assessment
- optimization roadmap
- support recommendations
ENGINEERING THAT CONNECTS
Engineering judgment. Real-world ownership.
From the first technical question to the final handover, one coherent approach connects business objectives to reliable systems.
Explore the approachCORE EXPERTISE
Where I Add Value
Independent technical expertise. From strategic decisions to operational results.
01
Robotics & Industrial Automation Consulting
Identify viable automation opportunities, evaluate technologies and develop sound investment concepts.
02Solution Architecture & Systems Engineering
Translate operational requirements into practical system architectures, integration concepts and technical specifications.
03Technical Project Management & Delivery
Coordinate suppliers, engineering activities and project delivery from planning to operational handover.
ADDITIONAL CAPABILITIES
Technology Evaluation & Supplier Selection · Industrial Systems Integration · Commissioning & Performance Optimization
Explore all eight services ↗WORKING METHOD
Five stages. One accountable approach.
Support can cover one defined phase or the complete project lifecycle.
ASSESS
Understand the operation and assess technical and financial feasibility.
SELECT
Compare suitable technologies, suppliers and lifecycle costs.
ENGINEER
Define the concept, interfaces, scope and acceptance criteria.
DELIVER
Coordinate implementation, validation, commissioning and handover.
OPTIMIZE
Review performance and support continuous improvement.
How we work together ↗Written scope, clear terms and transparent supplier relationships.
NINE TYPICAL DELIVERABLES
Defined scope. Tangible outcomes.
Illustrative outputs agreed for each engagement — not a promise that every assignment includes all nine.
Technical Requirements
Functional and operational requirements.
Feasibility & GO/NO-GO
Constraints, assumptions and decision criteria.
Investment / ROI / TCO
Cost, payback and lifecycle assessment.
RFQ Documentation
Comparable, structured supplier requests.
Supplier Evaluation
Bid comparison and selection recommendation.
System Architecture
Technical concept, interfaces and specifications.
Execution & Risk Plan
Work packages, milestones and responsibilities.
FAT / SAT Protocols
Acceptance criteria, test plans and records.
Commissioning & Handover
Readiness, training and handover documentation.
PRACTICAL AUTHORITY
An independent engineer. An execution-focused mindset.
I am Dimitar Čaminski, an engineer working across industrial robotics, automation and technical project delivery. My work connects feasibility, solution design, supplier coordination, implementation and operational handover. I collaborate with independent specialists where a project calls for complementary expertise.
- Industrial automation & robotics
- Machinery and industrial processing
- Systems integration & operational digitalization
For industrial companies, investors, equipment manufacturers and system integrators.
Each engagement has an agreed scope. Supplier-related interests and commercial arrangements are disclosed where relevant.
About ↗BEFORE ENGAGINGSee how we work together ↗
Before we begin
How is the assignment defined?
A written proposal defines scope, deliverables, responsibilities, milestones and commercial conditions.
Can you work with an existing supplier?
Yes. Work can include reviewing an existing proposal, coordinating technical interfaces or acting as a defined client-side advisor.
How are supplier interests handled?
Relevant commissions, supplier relationships and potential conflicts are disclosed and addressed under the agreed engagement.
Is an introductory call a confirmed booking?
The forms validate your details and open an email draft in your own mail app. The website does not send it; you must press Send. A requested time is not confirmed until I reply. Please do not include confidential material before a suitable agreement is in place.
START A CONVERSATION
The right next step starts with a clear brief.
The forms validate your details and open an email draft in your own mail app. The website does not send it; you must press Send. A requested time is not confirmed until I reply. Please do not include confidential material before a suitable agreement is in place.
Project inquiry
Describe your requirements and constraints.
Send a project briefIntroductory call
Suggest a time to discuss scope and fit.
Request a conversationPortfolio
Read the five-language engineering portfolio.
Download portfolioScope and deliverables are agreed in writing before work begins.
SELECTED WORK
Representative project experience
Selected areas of practical engineering experience across robotics, industrial automation, manufacturing and technical operations.
INSIGHTS / 05
Engineering Insights Library
Practical decisions, checklists and technical perspectives, written for industrial project teams.
GUIDE / 01
AMR feasibility: seven checks before choosing a robot
Start with routes, payloads, interfaces, site conditions and acceptance logic — before narrowing the robot shortlist.
Read the guide ↗GUIDE / 02FAT vs SAT: what industrial teams must prove
Distinguish factory proof from site readiness and avoid turning acceptance into an improvised checklist.
Read the guide ↗GUIDE / 03Comparing robotics suppliers beyond purchase price
Evaluate total ownership, support, integration, safety and deployment risk with comparable criteria.
Read the guide ↗THE NEXT CONVERSATION
The right project starts with a clear question.
Bring the constraint, not a polished pitch. We can establish what is known, what remains uncertain and the right next step.