Experience

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  Restaurant ox-en

  Jul 2014 - Jul 2016

  Tjener
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  Vollerup kro

  Jul 2014 - Jul 2016

  Tjener
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  Saab danmark a/s

  Aug 2016 - Jan 2018

  Conducting the final thesis of my Bachelor of Engineering in Mechatronics degree situated at the Electronics Hardware R/D Department. The final thesis worked around developing an Ethernet connected loudspeaker powered by PoE designed to the defense industries. The project developing the IP loudspeaker started from the very scratch with a set of requirements and resulted in a functioning prototype consisting of a processed aluminum enclosure, DC/DC converters (SMPS -and LDO), circuit protection (EMC), user interface, Ethernet PHY, ARM-based CPU module, I2S codec followed by a class D amplifier IC and a loudspeaker unit. All mentioned blocks were designed, manufactured and assembled on a self-designed four-layer PCB. Show less

  • Final Thesis (Bachelor of Engineering)

    Sept 2017 - Jan 2018

  • Student Job

    Jul 2017 - Jan 2018

  • Internship (Praktikant)

    Feb 2017 - Jun 2017

  • Student Job

    Aug 2016 - Jan 2017
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  C.c.jensen a/s

  Feb 2019 - Jan 2020

  Control Unit for a Brushless DC Motor. Keywords: inverter design, programming, SAM4E ARM processor, field-oriented control, torque/speed control, cascaded control etc. Control Unit for Oil Filter; controlling an electric motor for an oil filter. The control is implemented on an Atmel ARM based processor and written in C.

  • Master Thesis Student

    Sept 2019 - Jan 2020

  • Student Job

    Jul 2019 - Aug 2019

  • Master Thesis Student (Pre-Study)

    Feb 2019 - Jun 2019
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  Det tekniske fakultet, syddansk universitet

  Jun 2019 - Aug 2019

  Course instructor

  Instructor for Summer School in Modelling and Simulation of Dynamic Systems. Responsible for two mandatory exercises including experimental results.Mandatory Exercise One: Design, model, implement, and analyse a first order system based on an RC-Circuit. The implementation of the exercise is performed with an Arduino Uno as a platform. Mandatory Exercise Two:Design, model, control, and analyse a DC motor. The controller for the DC motor, is designed in the z-plane (i.e. a digital controller). One design strategy could be to design the controller fora specific settling time by pole-placement. Define the pseudo-code for the controller and implement the controller. Perform a step response. For this exercise, a shield has been designed and produced, including a motor controller and measurement interfaces, fitting on-top of an Arduino Uno. Keywords:MATLAB, Simulink, Modelling, Controller Design and Implementation, Pseudo-code, AVR Timer Set-Up, ATmega328P, Data Analysis. Show less

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  Universal robots a/s

  Feb 2020 - Oct 2023

  Electronics engineer

  Hardware development engineer (electronics) on both maintenance and new development work on multiple projects at a time. My work has primarily been focused on updating PCBAs, cable work, and support to quality ensurance for a hardware development team.Scrum Master for a hardware development team of mechanical, electrical and test engineers. My work has been to train the team within the framework of Scrum, while keeping a technical overview of the ongoing and future work. I have worked on reducing the number of impediments for the team, by working in close collaboration with several departments to ensure every process and work flow brings the value as intended.I have worked on schematic/layout designs in both EAGLE and Cadence. Furthermore, I have worked on life cycle management, system modelling, and requirement specification. Show less

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  Interacoustics a/s

  Nov 2023 - now

  R&d electronic engineer

  Development of noise sensitive analog audio equipment for high-end ABR measurements. Working in all development phases from requirement specification, schematic design in Capture, simulations in PSpice, layout review, testing (incl. EMC), and not the least, documenting in accordance to medical equipment standards.