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Linkedin Profile 2024-10-14 2024-10-14

Linkedin Profile

Todos

Resume Makeover Course

1. It's a marketing document, not your autobiography

  • don't list everything you've done since high school.
  • intent is to capture decision makers attention and convince them to invite you to an interview.

dont do:

  • i did this..., i was responsible for..., bla bla bla but do:
  • i did this, which was important because... it achieved .... --> ask yourself what the decision makers are looking for

2. It's about them - not about you

The hiring manager cares only about filling a position they need. They don't care about your dreams, etc. They will care as soon as your part of the team, not before them.

You want to showcase how you can fulfill their needs. You want to show them that you are the solution to their problems

3. It's strategic, but not blatantly inaccurate

Every one makes mistakes, accepts positions they didn't like. Those issues need to be strategized! Don't lie! But explain why etc you did it.

4. You can be professional without being stuffy

  • Don't write about yourself in 3rd person!

5. Make the words earn their spot

Goal: get the resume through the ATS and compell the human decision maker Say enough but not too much (if it's hard to see the most important)

Say what you need to say

Linkedin Profile Optimization

1. Top Section

This is the most important

Photograph

  • good lighting
  • neutral backdrop
  • be approachable: look like someone who is approachable. be yourself and smile

Headline

This is the most important real estate. Put the keywords for your dreamjob into the headline. Skillsets with vertical bar separator

Summary

Keep it short and engaging! Who are you? What value do you bring? Numbers, and facts. Put keywords there as well. --> keyword density the higher the density, the more the recruiter wants to approach me

Experience

Resume and work history on linkedin must be the same.

  • keep titles accurate
  • make sure the company logo is there in the resume --> you don't need to explain what the company did

Bullet points about what you accomplished

Just give facts: numbers, stats, percentages, goals keep it clean and tie it back to the key skillsets

Certification, Education, Volunteering

stick to the facts, stick to the keywords. Recruiters want to see continuity in who you are as a professional

Endorsments

10 skillsets that are the most important to you! The more endorsments, the better SEO you have within linkedin and the more credibility you have as well.

Others

Groups, influencers how am I learning? who do you follow, what companies do you follow? Companies you want to partner with in the future

German Profile

About

Nach dem Master in Maschinenbau an der ETH Lausanne fokussierte ich mich auf Herausforderungen in der autonomen Logistik. Bei OneSec bin ich ein wichtiger Bestandteil in der Entwicklung einer neuen Drohne, welche spezifisch für die Auslieferung von kleinen Paketen und Mahlzeiten benutzt wird. Dabei waren sowohl mechanische und elektrische Hardware Skills als auch die Softwareentwicklungskills wichtig. Wegen der Art vom Jungunternehmen war ich in verschiedenen Bereichen involviert, neben der technischen Entwicklung beschäftigte ich mich auch mit Teamleitung und dem Rekrutieren.

Ich interessiere mich für Ingenieurwissenschaften, Medizinaltechnik und auch für Automatik und Regelungstechnik. Sprachen sind sehr wichtig für mich, da sie die Grundlage einer erfolgreichen Kommunikation zwischen verschiedenen Kulturen sind. Gute Leute sind der wichtigste Teil eines Unternehmens, und Networking ist ein optimaler Weg solche Personen kennenzulernen. Zögern Sie nicht mich zu kontaktieren, ich freue mich von Ihnen zu hören.

OneSec

Bei dem Startup OneSec spielte ich eine entscheidende Rolle in der Entwicklung autonomer Drohnentechnologie für die Lebensmittellieferung. Ich war verantwortlich für die Entwicklung der Flugsteuerungssoftware unter Verwendung eines kundenspezifischen Reglers in C++ innerhalb der PX4-Umgebung sowie für die Verwaltung der gesamten Robotik-Softwareplattform. Dies stellte eine nahtlose Integration der verschiedenen Systeme sicher. Meine Programmierarbeit, hauptsächlich in C++ und Python, umfasste den Einsatz von ROS2 und PX4 für Echtzeitanwendungen.

Ich analysierte komplexe Datensätze, darunter Fluglogs, Windkanaldaten und 6-DOF-Kraft-Moment-Sensordaten, um die Systemleistung zu optimieren und Hardwareprobleme zu beheben. Außerdem leitete ich die Entwicklung der elektrischen Hardware, einschließlich der Erfassung von Anforderungen, der Leitung des Elektronikteams, der Durchführung von Design-Reviews und der Durchführung von Hardware-Integrationstests.

Praktisch arbeitete ich auch an der Prototypenfertigung von Komponenten mittels 3D-Druck, reparierte Drohnen nach Abstürzen, baute Elektronik wie PCBs, Sensoren und Motoren zusammen und lötete sie, was schnelle Entwicklungs- und Testzyklen ermöglichte. Schließlich trug ich auch zum Rekrutierungsprozess bei und half, ein starkes technisches Team aufzubauen.

TEP

At TEP Energy, I was involved in the modeling and simulation of a cogeneration plant to assess the financial viability of various future investment scenarios. The models demonstrated the impact of different economic conditions, such as fuel prices, and energy policies, like CO2 taxes, on potential investment outcomes. Additionally, in another project, I prototyped a web application to visualize energy simulations, allowing stakeholders to easily interpret and analyze the data. This role strengthened my expertise in energy systems modeling, data visualization, and interdisciplinary collaboration.

Shirley Ryan

For my Master’s thesis at Shirley Ryan AbilityLab, titled Velocity Error Augmentation, I developed a game-like rehabilitation exercise aimed at improving motor function in stroke patients. This was achieved by combining a 3-DOF robotic arm from Barrett Technology for haptic feedback with a custom virtual reality system developed by the lab as a visual interface. I was responsible for formulating the research hypothesis, designing the feasibility study, and developing an appropriate testing protocol. Finally, I conducted the feasibility study with healthy subjects to validate the system’s effectiveness. This project allowed me to merge cutting-edge robotics with therapeutic applications, showcasing the potential of technology to enhance rehabilitation techniques.

Onward

During my internship at ONWARD Medical, I contributed to the development of a therapist-facing application aimed at enhancing rehabilitation for paraplegic patients by controlling electrical neuromodulation to the spinal cord. I worked on the application’s development using C# within the .NET framework, ensuring it met the functional and usability needs of both patients and physiotherapists. My responsibilities included implementing features, designing user interfaces, integrating IMU sensors, conducting usability tests, and assisting with the software's certification process. This experience strengthened my skills in medical software development and gave me insights into the regulatory process for healthcare technologies.

Neurovascular Katheter

Im Rahmen dieses Semesterprojektes habe ich einen Neurovaskulären Katheter getestet. Er wird entwickelt, um möglicherweise tödliche Konsequenzen einer Hirnblutung zu verhindern.

Experience

  • [

    OneSec logo

    ](https://www.linkedin.com/company/18997666/)

    Robotics EngineerRobotics Engineer

    OneSec · Full-timeOneSec · Full-timeMar 2020 - May 2024 · 4 yrs 3 mosMar 2020 to May 2024 · 4 yrs 3 mosZurich, Switzerland · On-siteZurich, Switzerland · On-site

      • Bei dem Startup OneSec spielte ich eine entscheidende Rolle in der Entwicklung autonomer Drohnentechnologie für die Lebensmittellieferung. Ich war verantwortlich für die Entwicklung der Flugsteuerungssoftware unter Verwendung eines kundenspezifischen Reglers in C++ innerhalb der PX4-Umgebung sowie für die Verwaltung der gesamten Robotik-Softwareplattform. Dies stellte eine nahtlose Integration der verschiedenen Systeme sicher. Meine Programmierarbeit, hauptsächlich in C++ und Python, umfasste den Einsatz von ROS2 und PX4 für Echtzeitanwendungen.

        Ich analysierte komplexe Datensätze, darunter Fluglogs, Windkanaldaten und 6-DOF-Kraft-Moment-Sensordaten, um die Systemleistung zu optimieren und Hardwareprobleme zu beheben. Außerdem leitete ich die Entwicklung der elektrischen Hardware, einschließlich der Erfassung von Anforderungen, der Leitung des Elektronikteams, der Durchführung von Design-Reviews und der Durchführung von Hardware-Integrationstests.  

Praktisch arbeitete ich auch an der Prototypenfertigung von Komponenten mittels 3D-Druck, reparierte Drohnen nach Abstürzen, baute Elektronik wie PCBs, Sensoren und Motoren zusammen und lötete sie, was schnelle Entwicklungs- und Testzyklen ermöglichte. Schließlich trug ich auch zum Rekrutierungsprozess bei und half, ein starkes technisches Team aufzubauen.Bei dem Startup OneSec spielte ich eine entscheidende Rolle in der Entwicklung autonomer Drohnentechnologie für die Lebensmittellieferung. Ich war verantwortlich für die Entwicklung der Flugsteuerungssoftware unter Verwendung eines kundenspezifischen Reglers in C++ innerhalb der PX4-Umgebung sowie für die Verwaltung der gesamten Robotik-Softwareplattform. Dies stellte eine nahtlose Integration der verschiedenen Systeme sicher. Meine Programmierarbeit, hauptsächlich in C++ und Python, umfasste den Einsatz von ROS2 und PX4 für Echtzeitanwendungen. Ich analysierte komplexe Datensätze, darunter Fluglogs, Windkanaldaten und 6-DOF-Kraft-Moment-Sensordaten, um die Systemleistung zu optimieren und Hardwareprobleme zu beheben. Außerdem leitete ich die Entwicklung der elektrischen Hardware, einschließlich der Erfassung von Anforderungen, der Leitung des Elektronikteams, der Durchführung von Design-Reviews und der Durchführung von Hardware-Integrationstests. Praktisch arbeitete ich auch an der Prototypenfertigung von Komponenten mittels 3D-Druck, reparierte Drohnen nach Abstürzen, baute Elektronik wie PCBs, Sensoren und Motoren zusammen und lötete sie, was schnelle Entwicklungs- und Testzyklen ermöglichte. Schließlich trug ich auch zum Rekrutierungsprozess bei und half, ein starkes technisches Team aufzubauen.
      • Skills: Data Analysis · Robot Operating System (ROS) · Python · Mobile Robotics · Software Documentation · Teamführung · Project Management · Computer-Aided Design (CAD) · Computer Science · Programming · PX4 Autopilot · C++ · Printed Circuit Board (PCB) Design · Electrical Engineering · SOLIDWORKS · Engineering · Git · Linux · KiCAD · Control Software · System Identification · Hardware Development · Embedded Linux · Embedded Software · Data Science · LocalizationSkills: Data Analysis · Robot Operating System (ROS) · Python · Mobile Robotics · Software Documentation · Teamführung · Project Management · Computer-Aided Design (CAD) · Computer Science · Programming · PX4 Autopilot · C++ · Printed Circuit Board (PCB) Design · Electrical Engineering · SOLIDWORKS · Engineering · Git · Linux · KiCAD · Control Software · System Identification · Hardware Development · Embedded Linux · Embedded Software · Data Science · Localization

    [

    ](https://www.linkedin.com/in/claudiofritsche/add-edit/POSITION/?profileFormEntryPoint=PROFILE_SECTION&entityUrn=urn%3Ali%3Afsd_profilePosition%3A%28ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY%2C2136252081%29&trackingId=6LxfQvh%2FRwCl0FA5IMLMSQ%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

  • [

    TEP Energy GmbH logo

    ](https://www.linkedin.com/company/72172521/)

    Renewable Energy ConsultantRenewable Energy Consultant

    TEP Energy GmbH · Full-timeTEP Energy GmbH · Full-timeJul 2019 - Feb 2020 · 8 mosJul 2019 to Feb 2020 · 8 mosZurich, Switzerland · On-siteZurich, Switzerland · On-site

      • At TEP Energy, I was involved in the modeling and simulation of a cogeneration plant to assess the financial viability of various future investment scenarios. The models demonstrated the impact of different economic conditions, such as fuel prices, and energy policies, like CO2 taxes, on potential investment outcomes. Additionally, in another project, I prototyped a web application to visualize energy simulations, allowing stakeholders to easily interpret and analyze the data. This role strengthened my expertise in energy systems modeling, data visualization, and interdisciplinary collaboration.At TEP Energy, I was involved in the modeling and simulation of a cogeneration plant to assess the financial viability of various future investment scenarios. The models demonstrated the impact of different economic conditions, such as fuel prices, and energy policies, like CO2 taxes, on potential investment outcomes. Additionally, in another project, I prototyped a web application to visualize energy simulations, allowing stakeholders to easily interpret and analyze the data. This role strengthened my expertise in energy systems modeling, data visualization, and interdisciplinary collaboration.
      • Skills: Data Analysis · Microsoft Excel · Python · EngineeringSkills: Data Analysis · Microsoft Excel · Python · Engineering

    [

    ](https://www.linkedin.com/in/claudiofritsche/add-edit/POSITION/?profileFormEntryPoint=PROFILE_SECTION&entityUrn=urn%3Ali%3Afsd_profilePosition%3A%28ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY%2C2136252101%29&trackingId=BFurCvHZS%2BiypCbwCmZEwg%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

  • [

    Shirley Ryan AbilityLab logo

    ](https://www.linkedin.com/company/16232952/)

    Visiting Research StudentVisiting Research Student

    Shirley Ryan AbilityLabShirley Ryan AbilityLabNov 2018 - May 2019 · 7 mosNov 2018 to May 2019 · 7 mosChicago, Illinois · On-siteChicago, Illinois · On-site

      • For my Master’s thesis at Shirley Ryan AbilityLab, titled Velocity Error Augmentation, I developed a game-like rehabilitation exercise aimed at improving motor function in stroke patients. This was achieved by combining a 3-DOF robotic arm from Barrett Technology for haptic feedback with a custom virtual reality system developed by the lab as a visual interface. I was responsible for formulating the research hypothesis, designing the feasibility study, and developing an appropriate testing protocol. Finally, I conducted the feasibility study with healthy subjects to validate the system’s effectiveness. This project allowed me to merge cutting-edge robotics with therapeutic applications, showcasing the potential of technology to enhance rehabilitation techniques.For my Master’s thesis at Shirley Ryan AbilityLab, titled Velocity Error Augmentation, I developed a game-like rehabilitation exercise aimed at improving motor function in stroke patients. This was achieved by combining a 3-DOF robotic arm from Barrett Technology for haptic feedback with a custom virtual reality system developed by the lab as a visual interface. I was responsible for formulating the research hypothesis, designing the feasibility study, and developing an appropriate testing protocol. Finally, I conducted the feasibility study with healthy subjects to validate the system’s effectiveness. This project allowed me to merge cutting-edge robotics with therapeutic applications, showcasing the potential of technology to enhance rehabilitation techniques.
      • Skills: Data Analysis · Python · Programming · Engineering · Git · Statistics · LinuxSkills: Data Analysis · Python · Programming · Engineering · Git · Statistics · Linux

    [

    ](https://www.linkedin.com/in/claudiofritsche/add-edit/POSITION/?profileFormEntryPoint=PROFILE_SECTION&entityUrn=urn%3Ali%3Afsd_profilePosition%3A%28ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY%2C1422923280%29&trackingId=AAoNrEL6TKi5GZUS8J5X7g%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

  • [

    ONWARD Medical logo

    ](https://www.linkedin.com/company/69157913/)

    Student InternshipStudent Internship

    ONWARD MedicalONWARD MedicalFeb 2018 - Aug 2018 · 7 mosFeb 2018 to Aug 2018 · 7 mosLausanneLausanne

      • During my internship at ONWARD Medical, I contributed to the development of a therapist-facing application aimed at enhancing rehabilitation for paraplegic patients by controlling electrical neuromodulation to the spinal cord. I worked on the application’s development using C# within the .NET framework, ensuring it met the functional and usability needs of both patients and physiotherapists. My responsibilities included implementing features, designing user interfaces, integrating IMU sensors, conducting usability tests, and assisting with the software's certification process. This experience strengthened my skills in medical software development and gave me insights into the regulatory process for healthcare technologies.During my internship at ONWARD Medical, I contributed to the development of a therapist-facing application aimed at enhancing rehabilitation for paraplegic patients by controlling electrical neuromodulation to the spinal cord. I worked on the application’s development using C# within the .NET framework, ensuring it met the functional and usability needs of both patients and physiotherapists. My responsibilities included implementing features, designing user interfaces, integrating IMU sensors, conducting usability tests, and assisting with the software's certification process. This experience strengthened my skills in medical software development and gave me insights into the regulatory process for healthcare technologies.
      • Skills: Usability Testing · Software Documentation · C# · Engineering · GitSkills: Usability Testing · Software Documentation · C# · Engineering · Git

    [

    ](https://www.linkedin.com/in/claudiofritsche/add-edit/POSITION/?profileFormEntryPoint=PROFILE_SECTION&entityUrn=urn%3Ali%3Afsd_profilePosition%3A%28ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY%2C1232475581%29&trackingId=kHcC8dTERhK4hZhJRyR%2BOA%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

  • [

    EPFL logo

    ](https://www.linkedin.com/company/3883/)

    Semesterprojekt - Testing a neurovascular catheterSemesterprojekt - Testing a neurovascular catheter

    EPFL (École polytechnique fédérale de Lausanne)EPFL (École polytechnique fédérale de Lausanne)Sep 2017 - Jan 2018 · 5 mosSep 2017 to Jan 2018 · 5 mosLausanne Area, SwitzerlandLausanne Area, Switzerland

      • Im Rahmen dieses Semesterprojektes habe ich einen Neurovaskulären Katheter getestet. Er wird entwickelt, um möglicherweise tödliche Konsequenzen einer Hirnblutung zu verhindern. Im Rahmen dieses Semesterprojektes habe ich einen Neurovaskulären Katheter getestet. Er wird entwickelt, um möglicherweise tödliche Konsequenzen einer Hirnblutung zu verhindern.
      • Skills: Data Analysis · Python · Computer-Aided Design (CAD) · Programming · SOLIDWORKS · Engineering · Hardware DevelopmentSkills: Data Analysis · Python · Computer-Aided Design (CAD) · Programming · SOLIDWORKS · Engineering · Hardware Development

    [

    ](https://www.linkedin.com/in/claudiofritsche/add-edit/POSITION/?profileFormEntryPoint=PROFILE_SECTION&entityUrn=urn%3Ali%3Afsd_profilePosition%3A%28ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY%2C1315794777%29&trackingId=GJNKhB%2F2S0%2B3Cde3ZMN%2FYg%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

  • [

    EPFL logo

    ](https://www.linkedin.com/company/3883/)

    STI Robot Competition - Mr. StickySTI Robot Competition - Mr. Sticky

    EPFL (École polytechnique fédérale de Lausanne)EPFL (École polytechnique fédérale de Lausanne)Feb 2017 - Jul 2017 · 6 mosFeb 2017 to Jul 2017 · 6 mosLausanne Area, SwitzerlandLausanne Area, Switzerland

      • Die STI Robot Competition, ist ein interdisziplinärer Wettkampf, in welchem Studenten einen Roboter entwerfen, bauen und testen. Die Roboter müssen vollkommen autonom sein und in einer vorgegebenen Arena eigenständig navigieren, dabei sollen sie Hindernissen ausweichen und PET-Flaschen suchen, welche sie aufnehmen und schlussendlich in eine Recyclingzone bringen. Die STI Robot Competition, ist ein interdisziplinärer Wettkampf, in welchem Studenten einen Roboter entwerfen, bauen und testen. Die Roboter müssen vollkommen autonom sein und in einer vorgegebenen Arena eigenständig navigieren, dabei sollen sie Hindernissen ausweichen und PET-Flaschen suchen, welche sie aufnehmen und schlussendlich in eine Recyclingzone bringen.
      • Skills: Data Analysis · Robot Operating System (ROS) · Python · Mobile Robotics · Computer Science · Programming · C++ · SOLIDWORKS · Engineering · Git · Linux · Control Software · Hardware DevelopmentSkills: Data Analysis · Robot Operating System (ROS) · Python · Mobile Robotics · Computer Science · Programming · C++ · SOLIDWORKS · Engineering · Git · Linux · Control Software · Hardware Development

      • [

        ![](https://media.licdn.com/dms/image/sync/v2/C5127AQGRFRxo1rRfgg/articleshare-shrink_160/articleshare-shrink_160/0/1730287346930?e=1730970000&v=beta&t=URkzoN72VnI-nEzkzVzTqVPJYGwZr9sff2FOiJS9ofM)

Ecuashungo/Mr.StickyEcuashungo/Mr.Sticky

Mr.Sticky - This is the final version of Mr. Sticky, a robot built during the STI Robotic Competition at EPFL, 2017.Mr.Sticky - This is the final version of Mr. Sticky, a robot built during the STI Robotic Competition at EPFL, 2017.











](https://www.linkedin.com/in/claudiofritsche/details/experience/1525950240248/single-media-viewer?type=LINK&profileId=ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY&locale=de_DE)

    [

    ](https://www.linkedin.com/in/claudiofritsche/add-edit/POSITION/?profileFormEntryPoint=PROFILE_SECTION&entityUrn=urn%3Ali%3Afsd_profilePosition%3A%28ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY%2C1315792790%29&trackingId=%2Bq7yEek%2FRPSXoPKzzKfV9Q%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

  • [

    EPFL logo

    ](https://www.linkedin.com/company/3883/)

    [

    EPFL (École polytechnique fédérale de Lausanne)EPFL (École polytechnique fédérale de Lausanne)

    1 yr 11 mos1 yr 11 mosEPFL LausanneEPFL Lausanne](https://www.linkedin.com/company/3883/)

  • [

    ](https://www.linkedin.com/search/results/all/?keywords=Private+Tutor)

    Student TutorStudent Tutor

    Private TutorPrivate TutorAug 2011 - May 2014 · 2 yrs 10 mosAug 2011 to May 2014 · 2 yrs 10 mosSwitzerlandSwitzerland

      • Seit August 2011 habe ich immer wieder Nachhilfe gegeben und Tutorien geleitet in Fächern wie Mathematik, Physik, Chemie und Spanisch.Seit August 2011 habe ich immer wieder Nachhilfe gegeben und Tutorien geleitet in Fächern wie Mathematik, Physik, Chemie und Spanisch.

    [

    ](https://www.linkedin.com/in/claudiofritsche/add-edit/POSITION/?profileFormEntryPoint=PROFILE_SECTION&entityUrn=urn%3Ali%3Afsd_profilePosition%3A%28ACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY%2C734397978%29&trackingId=AUaNlEW9T6qfIa2UDwQjsg%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

  • [

    ](https://www.linkedin.com/search/results/all/?keywords=TEP+Energy+GmbH)

    Student AssistantStudent Assistant

    TEP Energy GmbHTEP Energy GmbHMar 2013 - Jul 2013 · 5 mosMar 2013 to Jul 2013 · 5 mosZürich und Umgebung, SchweizZürich und Umgebung, Schweiz

      • Excel, Powerpoint, Administration, Eventmanagement

Education

[

](https://www.linkedin.com/in/claudiofritsche/details/education/reorder?profileUrn=urn%3Ali%3Afsd_profile%3AACoAABijrDQBKqogZ13_9hYxX79rV7gsDTqm4pY&locale=de_DE)

[

](https://www.linkedin.com/in/claudiofritsche/add-edit/EDUCATION/?profileFormEntryPoint=PROFILE_SECTION&trackingId=HTMMv8AGS2G9%2BWpAThp%2BfQ%3D%3D&desktopBackground=PROFILE_DETAIL_SCREEN&locale=de_DE)

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