Recent #Mechatronics news in the semiconductor industry

5 months ago

➀ HSBI mechatronics students created a self-adjusting dartboard using high-speed cameras, actuators, and image processing to ensure every dart hits the bull's-eye;

➁ The project, supported by Beckhoff Automation and other sponsors, simulated industrial workflows, integrating mechanics, programming, and project management;

➂ Iterative improvements across multiple student teams enhanced the system’s speed and accuracy, with ongoing optimization potential for future groups.

MechatronicsSoftware
5 months ago

➀ Esslingen University introduces the dual-degree MechatronikBUSINESS program, combining Mechatronics and Industrial Engineering, enabling students to earn two bachelor’s degrees in nine semesters;

➁ New specializations include Medical Technology, Energy/Hydrogen Systems, and AI in mechatronic applications, aligning with industry trends;

➂ Flexible study models (part-time, corporate partnerships, and work-study combinations) and enrollment options are available, with an open day scheduled for May 2025.

Higher EducationMechatronics
7 months ago

➀ Students from HSBI's Mechatronics/Automation program at the Gütersloh campus have developed a cocktail machine capable of mixing Caipirinha, complete with a lemon press and crushed ice production.

➁ The intuitive machine meets industrial standards for food hygiene and safety.

➂ The project showcases the practical applications of mechatronics and automation technology in the real world.

AutomationMechatronics
9 months ago
➀ Millie Craig, a student at the University of Glasgow and an intern at Astroscale, leads the GU Rocketry team with great success; ➁ Her leadership has led to the first successful test of a student-designed rocket engine in Scotland, securing sponsorships for future projects; ➂ Millie's involvement in STEM outreach and community work, including setting up a team within GU Rocketry, has significantly impacted the next generation of engineers.
AstroscaleEngineeringLeadershipMechatronicsinnovation
about 1 year ago
➀ Researchers at Graz University of Technology have developed more efficient and quieter miniature electric motors through innovative design, improved control technology, and new production techniques. These motors are used in a wide range of household appliances, tools, computers, and modern cars. ➁ The team reduced vibrations by modifying the claws of the motors, leading to a 70% reduction in noise. ➂ They also simplified the regulation of current flow, reducing switching losses and improving overall efficiency. The motors now require fewer capacitors, lowering costs.
3D printingDesignElectric MotorsFerrite CoreMechanical EngineeringMechatronicsProduction TechniquesRegulation TechnologyTU GrazVibration Reductionautomotiveconsumer electronicsefficiencyinnovation