Work ScheduleOtherEnvironmental ConditionsOfficeJob DescriptionBachelors Thesis: Redesigning of Reagent Carousels for Next-Generation ContainersThermo Fisher Scientific, a global leader in pharmaceuticals and biotechnology, invites applications for a thesis work opportunity at our Uppsala site, the largest in Sweden. With over 100,000 employees worldwide and an annual revenue exceeding 40 billion dollars, Thermo Fisher Scientific is at the forefront of innovation in allergy products and diagnostics.Thesis Work Details:Location: Uppsala, SwedenFocus Areas:Mechanical EngineeringPlastics DesignComputer-Aided Design (CAD)Mechatronics and Robotics
Work ScheduleOtherEnvironmental ConditionsOfficeJob DescriptionBachelors Thesis: Redesigning of Reagent Carousels for Next-Generation ContainersThermo Fisher Scientific, a global leader in pharmaceuticals and biotechnology, invites applications for a thesis work opportunity at our Uppsala site, the largest in Sweden. With over 100,000 employees worldwide and an annual revenue exceeding 40 billion dollars, Thermo Fisher Scientific is at the forefront of innovation in allergy products and diagnostics.Thesis Work Details:Location: Uppsala, SwedenFocus Areas:
Want more jobs like this?GetjobsinUppsala, Swedendelivered to your inbox every week.
Want more jobs like this?
GetjobsinUppsala, Swedendelivered to your inbox every week.
Get Jobs
As part of our team, you will engage in the development, manufacturing, and optimization of diagnostic instruments and components. This opportunity is ideal for students specializing in mechanical engineering with a strong interest in plastics design, CAD, mechatronics, and robotics.SummaryThis bachelor’s thesis focuses on the redesign of the so-called reagent carousel in our benchtop IVD instrument, to accommodate the next generation of reagent bottles. The current reagent carousel is tailored to fit the existing bottles, but with the introduction of new bottles, an update is necessary to ensure compatibility without compromising the instrument’s throughput.Key considerations in this redesign include adhering to plastic design guidelines to ensure durability and manufacturability of the new carousel. Additionally, the automation aspects of the instrument must be evaluated to address potential issues, particularly ensuring that the pipettor robot can access all reagent positions effectively. This involves a thorough analysis of the spatial constraints and movement capabilities of the robotic components.The goal of this thesis is to deliver a design solution that seamlessly integrates the new reagent bottles into the instrument, maintaining or enhancing the instrument’s operational efficiency. The proposed design will be validated through a series of prototype tests to ensure that it meets the required performance standards and operational criteria.What We Offer:An opportunity to collaborate with a global leader in the industryAccess to state-of-the-art CAD software and rapid prototyping toolsHands-on experience with advanced plastics design and manufacturing processesA collaborative and innovative work environmentMentorship and guidance from experienced professionals in the fieldEligibility:Currently enrolled in a relevant bachelor’s or master’s program in mechanical engineering or a related fieldStrong academic background with a focus on plastics design, CAD and mechatronicsProficiency in CAD software (e.g. Creo or SolidWorks)Excellent research, analytical, and problem-solving skillsAbility to work independently and as part of a teamApply now!
