RESUME

OTSAW Swisslog Healthcare Robotics

Jun 2022 - Today      —      Product Development Engineer / Project Engineer

In 2021, I joined the groundbreaking joint venture between OTSAW and Swisslog Healthcare, aimed at advancing Automated Guided Vehicle (AGV) technology within the healthcare sector. Serving as the third employee, I embarked on this journey in June 2022 with two pivotal goals:

1. Comprehensive understanding of TransCAR technology: Delving into the intricacies of both current and previous iterations of the TransCAR, I dedicated myself to mastering the nuances of this Automated Guided Vehicle.
2. Innovative development for market adaptation: Playing a crucial role in the venture, I took charge of developing a new version of the TransCAR tailored to meet the evolving demands of the market.

Over the course of the first year, I not only acquired in-depth knowledge of existing TransCAR models but also contributed significantly to the development of new features, aligning the vehicle with the specific needs of our discerning customers. Despite a slowdown in joint venture recruitment, I took on additional responsibilities as a project engineer, successfully overseeing various project phases in response to customer demands.
My tenure at OTSAW exposed me to a diverse array of competencies, including:

• Robotics systems optimization
• PLC and E-Plan Engineering
• Project Leadership & Management
• Project lifecycle oversight
• Product development & client adaptation
• Prototyping and enhancement
• Market research and trend analysis
• Customer relationship management
• Problem solving & adaptability
• Agile project dynamics management

This enriching experience at the forefront of AGV technology in the healthcare sector has not only honed my technical skills but has also instilled in me a holistic understanding of the intricate interplay between technology, market demands, and customer expectations.

MAGMENT Dynamic Wireless Charging

Mar 2022 - Jun 2022      —      Laboratory Engineer (Internship)

During my tenure at MAGMENT as a part-time working student, I played a support role in the dynamic field of magnetic concrete for wireless charging applications. Over three enriching months, I actively contributed to cutting-edge projects spanning various markets:

1. Micromobility market: Spearheading the development of a wireless charging concrete plate for electric scooters, I engaged in meticulous material testing and research. My focus included refining the concrete mixture to optimize permeability and other magnetic properties crucial for efficient wireless charging.
2. Intralogistics market: In the realm of intralogistics, I was involved in the formulation of a groundbreaking concrete lane designed to dynamically charge forklifts as they traversed the surface. My responsibilities encompassed material property assessments and continual refinement of the magnetic concrete composition.
3. Macromobility market: Contributing to MAGMENT's vision for the macromobility sector, I worked on innovative concrete roads capable of dynamically charging vehicles as they moved over the surface. This endeavor involved comprehensive material testing and research to ensure the optimal performance of the magnetic concrete in real-world scenarios.

Moreover, I took the initiative to address specific client needs in the micromobility sector. Collaborating with a client seeking wireless charging kits for electric scooters, I led the prototyping efforts. This included adapting our wireless charging technology to seamlessly integrate with their selected scooters, ensuring a tailored and efficient solution.
My multifaceted role at MAGMENT allowed me to gain invaluable experience in:

• Material testing and optimization
• R&D for magnetic concrete
• Prototyping for wireless charging
• Advanced dynamic charging tech

At MAGMENT, I honed technical skills and gained a deep understanding of materials science, prototyping, and real-world applications in wireless charging. This hands-on experience in innovation and problem-solving has been instrumental in my professional growth.

BEEZER Technologies GmbH

Sep 2021 - Mar 2022      —      Product Development Engineer (Internship)

As a full-time intern at Beezer, a dynamic and rapidly growing startup, I played a pivotal role in the development of the revolutionary Beezer product — a cylindrical liquid container cooler engineered to significantly reduce cooling times without the need for conventional aids like ice or liquid nitrogen. During my six-month tenure, I actively contributed to various aspects of the project, primarily focusing on:

1. Mechanical Systems Design and Development: Supported the design of critical mechanical components, with a primary focus on the drive train, leveraging SolidWorks for precision and efficiency
2. Thermal Analysis and Airflow Simulations: Engaged in the design and simulation of the main chamber, conducting thorough thermal analysis and airflow simulations to optimize the cooling process.
3. Prototyping and 3D Printing: Gave my first steps into prototyping, also utilizing 3D printing technologies for the first time to bring conceptual designs to tangible fruition and physically test the before- mentrioned simulations.
4. Market Research: Contributed to market research initiatives, gaining valuable insights into industry trends and consumer preferences.
5. Rendering: Leveraged SolidWorks to create visually compelling renderings of the Beezer product for effective marketing strategies.

This immersive internship experience allowed me to actively contribute to a multifaceted project, enhancing my skills in mechanical design, thermal analysis, prototyping, and market research within the dynamic startup environment of Beezer."

ASES Academy S.L.

Apr 2015 - Jun 2020      —      Numerical Methods Teacher (Part-Time)

As a Numerical Methods lecturer at ASES, I helped in reinforcing students' understanding of this subject. I facilitated the learning and application of various numerical methods to solve a spectrum of problems, including structural, thermal, and fluid dynamics. With a focus on real-world applications, students were guided in utilizing essential software tools like MATLAB and ANSYS. Taught up to 55 students concurrently, which helped me developing:

• Effective communication
• Adaptability
• Problem-solving
• Leadership
• Time management
• Technical proficiency

SEAT S.A.

Jul 2018 - Jan 2019      —      Process Analyst (Internship)

As an intern in the Process Engineering Department at SEAT Componentes, I took this chance for learning the development of a new gearbox assembly line and a completely new gearbox model. My responsibilities included:

1. Problem identification and resolution, contributing to the design of inspection sheets and process flow charts.
2. Active involvement in the safety checks of various machines.
3. Study and design of standards for the calibration of pressing and screwing machines.
4. Familiarization with the company's documentation and processes.

This internship provided a valuable hands-on experience, allowing me to contribute to real-world challenges and gain insights into the intricacies of process engineering in a dynamic automotive environment.