Til rådighed ASAP

(Opdateret 2021-09-16)

Engineer, iOS/Flutter & embedded

Odense, Denmark

Modersmål Danish, English, Begynder German,

  • iOS / Flutter app development
  • Entreprenour + startup & real-world experience
  • Health tech background

Kvalifikationer (38)

arduino

IMU

Swift

UART

Flutter

I2C

DMA

SENSORS

FIREBASE

SPI

Git

ROBOTICS

MEDICAL DEVICES

PCB

DSP

BLUETOOTH

Algorithm

SENSOR FUSION

3d printing

3D Printer

SIGNAL PROCESSING

MODBUS

ROBOT OPERATING SYSTEM

SOLIDWORKS

AUTOMATION CONTROL PROTOCOLS

BIOSTATISTICS

API

KINEMATICS

Drivers

C++

IMAGING

Kotlin

PCR

Python

PNEUMATICS

HYDRAULICS

NEURAL NETWORKS

CONTROL ALGORITHMS

Professionel erfaring

Board bring

2020-03 - 2020-08

up & firmware development, taking their
prototype from an experimental Arduino platform towards a finished
medical product.
Tools used: STM32, pneumatics, Modbus, UART, SPI, Git, Jira tools

03/2020 - 08/2020
Grundfos
Assignment: Develop new sensor product in collaboration with senior freelancer.
What I did: Convert Matlab code to C firmware. Board bring-up & firmware development.
Tools used: STM32, Modbus, FreeRTOS, DMA, Matlab, USB OTG,
CMSIS DSP library, FIR&IIR filters, UART, SPI, Git

Kubo Robotics

2020-02 - 2020-04

Assignment: Reduced movement accuracy of robot, when driving around. They had been looking for someone to solve this issue for a
while, and I coincidentally got in contact with the owner.
What I did: Reduce robot error by 900% in under a week, by re-
calibrating gyro and implementing accelerometer sensor fusion. Two
other embedded freelancers failed to do so before me.
Tools used: Sensorfusion, STM32, Git

UniControl

2019-10 - 2019-11

Produces sensor systems for excavators
Assignment: Improve excisting excavator guidance system in a
fast-paced startup.
Tools used: Embedded Linux, C++, IMU's, IMU calibration,

Sensorfusion

2018-09 - 2019-04

Particle 3D - Startup that 3D prints human bones for implants
Assignment: Convert a traditional 3D printer into using air
pressure instead of stepper motors, to extrude liquid bone filament.
What I did: Designed simple PCB and software to control a
pump/valve system, with buttons and LCD display for online pressure
adjustment.
Tools used: Eagle, Arduino, 24V pump/valves, OLED display, UART,
SPI, I2C

Akademisk baggrund

MSc. Health technology - Robomedic
University of Southern Denmark

2012-07 - 2017-05

Computer Science (1 year before dropping out)
University of Southern Denmark

2010-08 - 2011-06

Kontakt konsulent