Software developer-4

The intern will be responsible to develop a user-friendly interface app for our company with various goals, creating patient profiles for clinical trials and futur users:Patient profile managementData security and privacyReal-time monitoringCommunication and feedbackAnalytics and reportingRegulatory compliance

Biomedical Engineering / Electrical Engineering Project 4

Our Electrical Engineering Intern will join our development team remotely. The student will be responsible for verifying data that has been obtained concerning conductivity and impedance of tissues.The student will have to apply their knowledge of electric circuit models of human tissue as well as their knowledge of human anatomy to construct and test a feasible electrical model of the hip layers.You will also assist the scientists in the different steps of the development.

Internship in Business Administration - 2

KAT Innovation is currently looking for funding to finance its research and operational expenses. The main goal of the internship will therefore be to find financing for the company.By the end of the project, the student will have developed the ability to thoroughly research various business financing options, including venture capitalists, investment funds, private investors, pitch contests, and accelerator programs. They will gain proficiency in filling out application forms, crafting compelling email introductions, and acquiring hands-on experience in managing and tracking applications.

Design and Analysis of a Mechanical Component for a Consumer Product

Kat Innovation is seeking a team of mechanical engineering students to design and analyze a critical mechanical component for our new exercise equipment product line. This project offers students valuable hands-on experience in translating theoretical knowledge into practical solutions. The chosen component will play a key role in our product, requiring meticulous design, material selection, and stress analysis. Students will use CAD software for detailed design and Finite Element Analysis (FEA) tools for stress testing, aiming to develop a component that meets performance specifications while being cost-effective and manufacturable.Key tasks include:- Material Research and Selection: Identify and choose suitable materials for the component.- Detailed CAD Design: Create comprehensive CAD models of the component.- FEA Testing: Perform stress analysis to ensure the component can handle operational stresses.- Iterative Design Improvements: Refine the design based on analysis results to enhance performance and manufacturability.