Senior product development engineer in mechatronic systems and machine learning

12/2024 – 11/2025

• Powerline Control Unit:
• Research into the Powerline Telemetry using the Quadratic Amplitude Modulation Principle
• Observing and overseeing the already available solution and technology
• Outlining the hardware and software layers Working on Ex-Certification Documents
• Programming the Controller and Automation of the unit using TwinCat3 and Beckhoff Modules


• Powerline Length Measurement Technology:
• Outlining the product development plan and defining the milestones
• Managing the product development process from Idea to the final design
• Design of the electronic subsystems
• Designing and developing the measurement technology using different technologies
• CANopen based communication system for industrial automation
• Programming the measurement and controller system using machine learning, Python and MPU Downsized and cost-efficient solution with rapid to market strategy
• Successfully prototyping and conducting the measurements
• Successfully design and development of the frequency domain reflectometry (FDR) analysis technology in the measurement module
• Successfully anomaly position detection, connected cable length detection designed for cable length up to 10kM, shorted position detection, moisture (water) position detection, and external device (telemetry modem) detection and compensation

Elektronische Schaltungstechnik, PCB-Designer, Canopen, Digitaler Signalprozessor (DSP), Embedded Entwicklung / hardwarenahe Entwicklung, Embedded Linux, Machine Learning Engineer, Mess-, Steuerungs- und Regelungstechnik (MSR- / EMSR-Technik), Python, Signalverarbeitung, Twincat

7/2021 – 10/2024

• Design of and Development of an automotive haptic driver:
• Drafting the product development plan and project milestones
• Market analysis and patent research of the possible solutions
• Managing the product development process from Idea pool to the final design and release tests
• based on the targeted cost of the solution,
• Design of an analog amplifier
• Design and simulation of the digital control algorithm in Python
• Design of the digital controller in hardware level and software level
• Hardware component selection, SPICE simulation and PCB/A design
• Digitally controlled powered stage,
• Programming the control algorithms in C and uploading on the µC
• Programming its windows configuration software with C#
• Consisting a digital front end to ease the communication between display and host controller.
• Design and programming a windows software to setup and manage the board.
• This solution is patented.
• Design of a mechatronic system to demonstrate the Lens Cleaning solution using piezo components
• Innovative Touch Sensing Solution for TDK PowerHaps
• Drafting the Product Development Plan
• Problems Isolation, Market Analysis, and Patent Search
• Analysis of the Consequences and alternative solution
• Detailed design of the circuit based on the automotive market
• Simulating the solution in SPICE tools
• Preparing and running the laboratory tests including the fine tunning
• Documentation and writing the patent (This solution will be patented)
• Design of a mechatronic system for a High Active Stack Piezo Demonstrator
• Problem Isolation
• Generation of the solutions pool based on the available resources considering the project milestones.
• System and subsystem detailed design in both domains of analog and digital electronic circuits.
• Design and simulation of the controller in Python
• Design of the digital controller in hardware level and software level
• Hardware component selection, SPICE simulation and PCB/A design
• Programming the FW in C
• Conducting hardware in the loop simulation
• Around the globe: TDK demonstrates the HAS PZTs using this demonstrator
• Active damping technology controller
• Drafting and managing the product development plan
• Design of the state controller, observer dynamics, feedforward, and adaptive identification subsystems in MATLAB/Simulink through a successful model-based development solution
• Successfully simulating the solution with expected damping of the undesired deformations
• Presenting the solution to the higher managers and development department
• Project on-Hold due to department strategy-changes
• Endurance test bench for Hap2U Boosters in two generations
• Drafting the product development process
• Use of available resources to cut the expected costs of the development (Project basically saved 600K € and reduced the time to the product to less than 2 month).
• Design of the analog circuit
• Customizing the digital controller at hardware level to match the requirements
• Design and programming the controller algorithms in C
• Successfully test and deployment of the test bench

Kundenberater, Digitaler Signalprozessor (DSP), Programmierer C, C++, Programmierer Visual Basic, Elektronische Schaltungstechnik, Mess-, Steuerungs- und Regelungstechnik (MSR- / EMSR-Technik), Regelungstechnik / Steuerungstechnik, Analogelektronik, PCB-Designer

8/2016 – 7/2021

• Researched in the design of Embedded Systems (Hardware, Electronic: AD, AC, DC or Digital Circuit, Software Peripherals), led to the design of three embedded instruments, and two automotive engine control units (ECUs), reduced the design time by 20% and slashed the design and development costs by 25%.
• Automotive Engine's Electronic Control Unit (ECU)
• Market Analysis
• Product profile identification
• Requirements engineering
• Drafting the product development Process
• Problems identification, hard points and criteria analysis
• Detailed ECU design, including simulations, component selection, PCBA design
• Using Infineon TriCore µC
• HIL and SIL Simulation
• Sample Production with Product Verification and Validation
• Project On-Hold due to Strategy Changes
• Toroidal winding machine
• Drafting the product development plan
• Problem and situation analysis
• Market analysis and extraction of the final product's profile
• Design, analysis, simulation and prototype of the analog and digital circuits
• Design, Programming in C, Hil and Sil simulation of the uC based algorithms
• Support for product to market with the generation of the user manual and technical documentation
• Sample prototype within design of the mechanical systems and subsystems
• Cost reduction up to 40% with different counter measures
• Target achievement 150%
• Middle/low power induction heating machine
• Drafting the product development plan
• Problem and situation analysis
• Market analysis and extraction of the final product's profile
• Controller algorithm design though a successful model-based development approach
• Design, analysis, simulation and prototype of the analog and digital circuits
• Design, Programming in C, Hil and Sil simulation of the FPGA based algorithms
• Using SiC and IGBT High Power Modules Rating around 900V to 1200V
• Support for product to market with the generation of the user manual and technical documentation
• Cost reduction up to 30% with different counter measures
• Target achievement 97%
• Fuel evaporator module
• Brought in to Design, Analysis of Mechanical Vibration, Thermal Hysteresis, Reduced propagated Noise with NVH Analysis tools such as ANSYS, MSC ADAMS. Effective and efficient cost reduction through successful modeling by 95% effectiveness.
• Variable frequency drive for middle power and low power electrical engines
• Drafting the product development plan
• Problem and situation analysis
• Market analysis and extraction of the final product's profile
• Controller algorithm design though a successful model-based development approach
• Design, analysis, simulation and prototype of the analog and digital circuits
• Design, Programming in C, HIL and SIL simulation of the µC based algorithms
• Using SiC and IGBT High Power Modules Rating around 480V to 1200V
• Support for product to market with the generation of the user manual and technical documentation
• Sample prototype within design of the mechanical systems and subsystems
• Cost reduction up to 35% with different counter measures
• Benefit raised by 120%
• Target Market: Automotive drives and industrial drives

Digitaler Signalprozessor (DSP), Embedded Entwicklung / hardwarenahe Entwicklung, Embedded Linux, Programmierer C, C++, Python-Programmierer, Internet of Things (IoT), Fertigungstechnik (allg.), Elektronische Schaltungstechnik, Signalverarbeitung, PCB-Designer, CAD (computer-aided design)