Independent engineering consulting / 2026 / Belgrade and Milan, on-site where required

Industrial automation & robotics engineering

Technical clarity for complex industrial projects.

Independent engineering support across automation, robotics and industrial systems — from the investment question to a commissioned, handed-over system.

Five delivery stages

  1. 01Assess
  2. 02Select
  3. 03Engineer
  4. 04Deliver
  5. 05Optimize

Independent advisory / Core focus

Independent engineering. Decisions that fit.

Independent engineering support for industrial clients, machinery buyers, manufacturers and integrators: from investment assessments, equipment selection and supplier coordination through technical delivery and long-term operations.

A / Robotics

Robotics & intelligent automation

Industrial and collaborative robotics, AMR/AGV, quadruped and legged robots, service platforms and system integration.

B / Machining

Machining & industrial processing

CNC machining, laser/plasma cutting, industrial processing, fabrication and production equipment.

C / Procurement

Equipment selection & procurement

RFQ preparation, supplier sourcing, technical/commercial comparisons, negotiations and contracting support.

D / Delivery

Technical project delivery

Solution engineering, engineering teams, commissioning, FAT/SAT, operational readiness and handover.

E / Investment

Investment & technology decisions

Engineering feasibility, ROI, CAPEX/OPEX, total cost of ownership and investment-payback assessments, with assumptions documented.

F / Owner’s engineering

Owner’s engineering & delivery

Act as the client’s appointed technical representative: coordinate suppliers, review requirements, monitor delivery and advise on acceptance.

Engagement scopeAssignments may be standalone advisory services, a defined delivery phase, or a complete project with agreed post-commissioning support.

Engagement roles / Flexible responsibility

Three engineering roles. One integrated approach.

Work as a solution architect, as a client-appointed technical representative/project leader, or as a commissioning lead — individually or as an agreed combination.

  1. Role 01: Solution architect & technical advisor

    Translate business and operational needs into functional requirements, compare technical solutions, define interfaces and review engineering decisions.

    Outputs: Concept, specifications, evaluation and technical decision record.

  2. Role 02: Technical project manager & owner’s engineer

    Represent the client within an agreed mandate; coordinate engineering teams, suppliers, schedules, project risks, contract requirements, technical reviews and acceptance recommendations.

    Outputs: Execution plan, supplier reviews, progress reports and acceptance advice.

  3. Role 03: Commissioning manager & site technical lead

    Coordinate installation readiness, configuration, troubleshooting, FAT/SAT, commissioning, start-up and structured operational handover.

    Outputs: Test plan, commissioning procedures, issue log and handover pack.

Portrait of Dimitar Čaminski
Dimitar Čaminski, based between Belgrade and Milan

Real-world experience / Across technologies

A hands-on engineer on your side of the table.

Experience at the intersection of engineering, equipment evaluation, project execution and industrial operations — from technical sales of equipment, through on-site commissioning of automated end-of-line packaging and robotic palletizing, to solution architecture and technical project management in mobile robotics.

Now
Solution Architect and Technical Project Manager — Mobile Robotics & Automation, Alascom
Site delivery
Commissioning Manager — Industrial Automation, StanTech Packaging Machines
Equipment
Technical Sales Specialist, Amtest d.o.o.

View the full career timeline

Blueprint-style illustration of industrial robot arms in a factory hall
Executive engineering services portfolio, Edition 3.4

The complete services portfolio

Roles, service lines, procurement advisory and delivery model — in one eight-page PDF.

Download portfolio PDF (Edition 3.4)

Let’s define the next engineering decision.

Whether you are choosing a machine, planning a robotics application or delivering an industrial project, start with a focused conversation about requirements, risks and the decision ahead.