Driven by Mechanics.
Powered by Electronics.
Ready for the Dual System.
Digital application portfolio for a Mechatroniker Ausbildung in the German Dual System. Combining systematic analytical thinking with precision hands-on work to build, diagnose, and maintain tomorrow's complex systems.
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Training
Years
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Core
Modules
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Completed
Projects
B2
German
Level
// WHY THE DUAL SYSTEM
Systematic Approach
to Learning
The German Dual System represents the pinnacle of vocational training — merging rigorous academic theory with immediate, practical application. My motivation stems from a fundamental desire to not just understand how complex mechatronic systems function conceptually, but to physically assemble, diagnose, and optimize them on the workbench.
Ich bin fest davon überzeugt, dass wahres technisches Verständnis nur durch die Kombination von solider Theorie und beständiger Praxis entsteht. Die duale Ausbildung bietet genau diese Symbiose. Meine analytische Denkweise, gepaart mit hoher Frustrationstoleranz bei der Fehlersuche, macht mich zu einem belastbaren Kandidaten für anspruchsvolle Aufgaben der Mechatronik.
Beyond basic circuitry, I am fascinated by the intersection of mechanical actuation and digital control logic — SPS/PLC programming, sensor integration, and drive technology. I seek an environment that demands precision, values safety culture, and fosters continuous technical evolution.
Precision Engineering
Building and calibrating systems to micrometer tolerances
Control Logic
Designing SPS/PLC programs that respond in real time
System Thinking
Understanding how every sub-system feeds the whole
Team Integration
Contributing actively from day one in a professional crew
// KNOWLEDGE BASE
Technical Foundations
The four pillars that form the core of mechatronic engineering — each interdependent, each critical.
Module A
Electrical Engineering
AC/DC circuit theory, Kirchhoff's laws, power distribution, protective devices, and installation safety per VDE/DIN norms.
Module B
Mechanical Systems
Gear trains, bearing systems, tolerances & fits (ISO 286), cutting techniques, lathe and milling operations, and precision measurement.
Module C
PLC & Control Logic
Ladder diagram (LAD), function block diagram (FBD), sequential function chart (SFC), SIEMENS LOGO! and S7-1200, and closed-loop PID control.
Module D
Sensors & Actuators
Inductive, capacitive, and optical proximity sensors; encoders; servo and stepper motors; solenoid valves; signal conditioning and 4–20 mA loops.
// COMPETENCY MATRIX
Skills & Proficiency
Electrical & Instrumentation
Mechanical & Manufacturing
PLC & Software
Tools & Software
CAD
AutoCAD Elec.
Sim
EPLAN P8
Fluid
FluidSIM
PLC
TIA Portal
IDE
Arduino IDE
3D
FreeCAD
// PRACTICAL WORK
Foundational Projects
Self-initiated and course-based projects demonstrating applied understanding across all four technical pillars.
Project 01 — Electrical
CompletedRegulated DC Motor Speed Controller
Designed and built a PWM-based speed controller for a 24V DC motor using a 555 timer IC and MOSFET driver stage. Included direction reversal via H-bridge and RPM feedback using a hall-effect sensor.
Project 02 — Mechanical
CompletedPneumatic Cylinder Sequence Controller
Wired and programmed a two-cylinder A+B+A−B− pneumatic sequence using LOGO! PLC with 5/2 directional control valves, reed switch position feedback, and cycle timer.
Project 03 — PLC
CompletedPLC-Based Traffic Signal System
Implemented a 4-phase traffic light simulation in LAD on a SIEMENS S7-1200. Included pedestrian pushbutton interrupt, emergency override, and configurable phase timing via data block.
Project 04 — Sensors
CompletedIoT Environmental Monitoring Station
Built an Arduino Mega-based data logger reading temperature (PT100 via MAX31865), humidity (DHT22), and ambient light (BH1750). Data streamed to a local dashboard over MQTT/Wi-Fi.
Project 05 — Mechanical
CompletedTwo-Stage Gear Reducer Analysis
Disassembled, measured, and documented a two-stage helical gear reducer. Calculated gear ratios, bearing loads, and efficiency losses. Modelled in FreeCAD and produced a full DIN-compliant technical drawing.
Project 06 — Integration
CompletedSmart Home Relay Control Panel
Designed and wired a DIN-rail mounted control panel with an ESP32, 8-channel relay board, and touch-capacitive input. Controlled via local web UI. Documented with full electrical schematic in AutoCAD Electrical.
// AUSBILDUNG CURRICULUM
Training Modules
The 8 core learning fields (Lernfelder) of the Mechatroniker Ausbildung per KMK Rahmenlehrplan.
Analysing Technical Systems
DoneSystematic analysis of electromechanical systems. Understanding signal flow, energy conversion, and function diagrams (Wirkpläne).
Electrical Installation
DoneVDE-compliant wiring, control cabinet installation, motor starters (DOL/star-delta), and electrical protection devices.
Mechanical Manufacturing
ActiveManual machining processes, measuring techniques, surface quality, material properties, and DIN tolerancing.
Pneumatics & Hydraulics
ActiveFluid power fundamentals, directional control valves, cylinder sequencing, circuit design with FluidSIM, and safety regulations.
PLC Programming
PlannedIEC 61131-3 programming languages (LAD, FBD, SFC, ST). SIEMENS TIA Portal, data blocks, HMI integration, and PROFINET basics.
Sensor Technology
PlannedProximity sensors, encoders, temperature/pressure transducers, signal conditioning, and analog input modules.
Drive Technology
PlannedAC/DC drives, VFD (Frequenzumrichter) parameterization, servo systems, regenerative braking, and motor protection.
Abschlussprojekt — System Integration
PlannedFinal integration project combining all modules. Design, build, commission, and document a complete mechatronic system end-to-end.
// AUSBILDUNGSPLAN
3.5-Year Training Roadmap
The Mechatroniker Ausbildung spans three and a half years in the German dual system — split between the Berufsschule (vocational school) and the Ausbildungsbetrieb (training company).
Grundlagen & Orientierung
Spezialisierung & Vertiefung
Vertiefung & Prüfungsvorbereitung
Gesellenprüfung — Mechatroniker (IHK)
Written examinations (Schriftliche Prüfung) + practical project (Betrieblicher Auftrag) + technical discussion (Fachgespräch).
// APPLICATION FILE
Documents
Complete application package. All documents available for download upon request.
PDF — 2 Pages
Lebenslauf (CV)
Tabellarischer Lebenslauf, DIN 5008
PDF — 1 Page
Motivationsschreiben
Individuell auf den Betrieb zugeschnitten
PDF — Scan
Schulzeugnisse
Letztes Schulzeugnis + Abschlusszeugnis
PDF — Scan
Praktikumsbescheinigung
4-week industrial internship certificate
PDF — Certificate
Erste-Hilfe-Nachweis
16-hour DRK first aid certification
Pending
Führungszeugnis
Requested — available on demand
// GET IN TOUCH
Start the Conversation
Interested in offering an Ausbildungsplatz or want to discuss a collaboration? I respond within one business day.
kandidat@mechatronik.de
Phone / WhatsApp
+49 (0) 160 000 0000
Location
München, Bayern — Germany
Earliest Start
September 2025 (flexible)