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Computer Engineer and MSc Autonomous Systems student at DTU, with experience spanning embedded systems, computer vision, machine learning, robotics, and hardware design. Previously worked across hardware and software at Intel Foundry and Reliable Controls. Most interested in technically challenging problems at the intersection of intelligent system

Computer Engineering Robotics Autonomous Systems Machine Learning Computer Vision Embedded Systems Hardware Design FPGA/RTL Perception System Validation  

Opdateret 01. september 2026
Min uddannelse
2026 - 2028

MSc, Engineering

Danmarks Tekniske Universitet - DTU

M.Sc Autonomous Systems
Uddannelsesområde: Elektro & Telekommunikation
Periode: oktober 2026 - juli 2028
Min erhvervserfaring
2024 - 2024

Hardware Design Engineer

Intel Corporation

  • Designed a discrete signal-conditioning retrofit to resolve a thermal sensor compatibility issue; validated via automated thermal chamber sweeps and custom calibration mapping using Python over Modbus TCP.
  • Characterized programmable voltage regulators and voltage rail sequencing behavior during early silicon power-on; analyzed transient response, ripple, and sequencing stability using oscilloscopes.
  • Built modular Python-based lab control frameworks using the Total Phase Aardvark Python API and pyFTDI, replacing manual register-level workflows and accelerating system bring-up.
  • - Authored Cadence Allegro Tcl scripts for schematic style enforcement and DFM checks, streamlining PCB review across the hardware team.
    Arbejdsområde: IT - Hardware
    Periode: april 2024 - december 2024
    2023 - 2024

    Hardware Design Engineer

    Reliable Controls

  • Designed and prototyped a pcb daughter board for a building controller variant.
  • Successfully led the migration and cleanup of a full schematic and footprint library from a legacy integrated library to Altium365
  • Assembled prototypes and modified hardware using soldering and hot air reflow
  • Validated power supply designs and analyzed resulting waveforms using an oscilloscope
  • Performed a comprehensive Functional Stress Test (FST), including trending long-term sensor data, temperature cycling, IO accuracy, and stability testing of critical outputs
  • Evaluated replacement components to overcome supply chain constraints
  • Conducted overvoltage and Electrostatic Discharge (ESD) testing, and identified faults utilizing multimeters, thermal cameras, oscilloscopes and schematic review
  • - Verified first articles from the production floor to ensure manufacturing quality
    Arbejdsområde: IT - Hardware
    Periode: september 2023 - april 2024
    Mine kompetencer
    Evner
    3d printing. altium arm autonomous systems c/c++ cadence allegro computer vision control systems dinov2 ekf sensor fusion embedded linux embedded systems esp32 fpga fusion 360 git hardware bring-up hardware validation i2c imu jtag kicad lidar linux ltspice machine learning modbus tcp nav2 nvidia isaac lab nvidia isaac sim opencv oscilloscope debugging path planning pcb design perception python python automation pytorch raspberry pi reinforcement learning robotics ros 2 rtl design sam slam spi sql systemverilog test automation uart vhdl vision transformers vivado wheel odometry yolo
    Sprog på arbejdsniveau
    english
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