Michał Mendzelewski
Available

Industrial software engineer / systems integrator

Software for the physical world.

I build dependable industrial systems that connect shop-floor processes, SAP/ERP, databases, devices, and operational teams—turning manual handoffs into traceable workflows.

View selected systemsDiscuss a project

Based in Poland · Available for selected industrial integration projects

Selected systems / since 2023

Software built around real operations.

I build systems where shop-floor devices, enterprise software, and human decisions must work as one reliable process.

01/ Priority project

AutoBridge

ANPR weighbridge automation

Controlled truck entry combining ANPR, weighbridge data, guard confirmation, and a synchronized central record.

  • ANPR
  • industrial scales
  • integration
Truck → ANPR → weighbridge → guard confirmation → central system
  1. 01

    Detect

    A truck and its plate enter the controlled zone.

  2. 02

    Measure

    The weighbridge captures the current reading.

  3. 03

    Confirm

    The guard station validates the arrival.

  4. 04

    Store

    The confirmed entry reaches the central system.

02/ Priority project

VQC

Vision quality control

An edge-based inspection workflow combining camera, sensor, and EAN data, then writing the quality decision to SAP.

  • computer vision
  • edge processing
  • SAP
Sensor / camera → edge inspection → application → SAP
  1. 01

    Inspect

    A production item enters the vision frame.

  2. 02

    Process

    The edge device evaluates camera, sensor, and EAN signals.

  3. 03

    Decide

    The application resolves the quality result.

  4. 04

    Respond

    The result is written to SAP and the production process.

03/ Selected system

Automated vehicle logging

Arrival and departure events created automatically from ANPR reads and delivered to operational systems through webhooks.

  • ANPR
  • webhooks
  • operations
Vehicle → camera → event → operations
  1. 01

    Detect

    A vehicle enters the capture zone.

  2. 02

    Read

    The camera resolves the plate.

  3. 03

    Create

    The read becomes an operational event.

  4. 04

    Record

    The gate log stores the event.

04/ Selected system

SAP production monitor

A large-format production view that turns SAP and station data into a clear, live picture of shift progress.

  • SAP
  • dashboards
  • production
Production → SAP → display → operations
  1. 01

    Collect

    Production stations report their current state.

  2. 02

    Integrate

    The SAP feed supplies production data.

  3. 03

    Display

    Plan and progress update on the large screen.

  4. 04

    Monitor

    The shift view remains live and connected.

05/ Selected system

Digital quality workflow

Controlled quality procedures distributed from a central system to shop-floor devices, with traceable completion records.

  • quality
  • devices
  • workflow
Procedure → device → completion → quality record
  1. 01

    Publish

    A controlled procedure is released centrally.

  2. 02

    Receive

    The shop-floor device receives the current step.

  3. 03

    Perform

    The operator completes the quality check.

  4. 04

    Confirm

    The system stores a traceable completion record.

06/ Selected system

ERP document repository

Operational documents indexed, linked to ERP records, and available inside the workflows people already use.

  • ERP
  • documents
  • internal tools
Document → repository → index → ERP record
  1. 01

    Receive

    An operational document enters the repository.

  2. 02

    Index

    The document is stored and made searchable.

  3. 03

    Link

    The repository connects it to the correct ERP record.

  4. 04

    Access

    The document becomes available inside the existing workflow.

Engineering approach

Messy and manual becomes simple, observable, and quietly dependable.

  1. 01

    Process

    Understand the operation and its constraints.

  2. 02

    Data

    Establish reliable signals and sources of truth.

  3. 03

    Application

    Build the interface and integration layer.

  4. 04

    Operations

    Deploy, observe, support, and improve.

Case study / RCP

Offline working-time system

Reliable, even when the network isn't.

An offline-first working-time system that records events at on-site terminals, stores them safely during network interruptions, and synchronizes automatically when connectivity returns.

  1. 01

    Recorded locally

    The terminal writes the registration on site first.

    Local
  2. 02

    Queued safely

    Pending events remain available during an interruption.

    Stored
  3. 03

    Synchronized

    The controlled queue resumes when connectivity returns.

    Synced

Problem

The terminals could not depend on uninterrupted network access.

Design

Events are written locally first and synchronized through a controlled queue.

Result

Registration stays available during interruptions and recovers automatically.

Is a process still held together by spreadsheets, email, or manual data entry?

Let's make it reliable.

Tell me how it works, which systems it touches, and where manual work or unreliable handoffs still occur.

Discuss the processEmail Michał

Available for selected industrial integration projects.