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Games on a college basketball schedule don't contrast much more than the two NC State has this week. The Wolfpack (6-3) host Coppin State (0-10) on Tuesday in Raleigh, N.C., then hit the road to challenge No. 10 Kansas on Saturday. NC State enters its unusual week after snapping a three-game skid with an 84-74 overtime win at home Saturday against Florida State in its Atlantic Coast Conference opener. Transfers Marcus Hill and Dontrez Styles each had their season high, scoring 23 and 21 points, respectively. They scored 13 of NC State's 14 points in overtime. "Dontrez Styles was tremendous," Wolfpack coach Kevin Keatts said. "In the second half, he made play after play." Hill, who was the top scorer last year at Bowling Green (20.5 points per game), and Styles, who was the second-leading scorer last year at Georgetown (12.8 ppg), combined to hit 14 of 25 shots and pull down 11 rebounds. The win followed defeats to then-No. 13 Purdue and BYU, both by double-digit margins, in the Rady Children's Invitational and a 63-59 loss to Texas in the SEC/ACC Challenge. "The little things that impact the game are defending, making free throws and blocking out," Keatts said. "We handled that much better than we did against Texas." Coppin State arrives in Raleigh on a 23-game losing streak dating to January -- the longest current run of futility in Division I. Each of the Eagles' losses this season have come by double-digit margins, though they have been more competitive lately, falling to Baltimore rival Loyola (Md.) 68-57 and at Wagner 65-52 last week. Julius Ellerbe III has been one of Coppin's most reliable players lately, scoring a combined 20 points in the last two games. He had 16 points and 12 rebounds in a loss to George Mason last month. Teammate Peter Oduro recorded a double-double, with 16 points and 10 rebounds, in last month's loss at Saint Joseph's. "These things take time," Coppin State second-year coach Larry Stewart said. "It takes time to establish your culture. It takes time to get the right players in your system." --Field Level MediaMac Engel: Jake Paul’s PR statement denying fight with Mike Tyson was rigged misses the issuefb777 app 。

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Westinghouse Air Brake's EVP Gregory Sbrocco sells $113,772 in stockThe University of Toledo has unveiled a state-of-the-art Mechatronics Lab designed to prepare students for careers in rapidly evolving industries, particularly in the field of rocket engineering. This innovative facility aims to enhance hands-on learning and equip students with the skills necessary to thrive in advanced manufacturing and automation. Key Takeaways A New Era in Engineering Education The Mechatronics Lab, located in the North Engineering Building, has been established following significant renovations and is now fully equipped with advanced technology. Funded in part by the Ohio Department of Higher Education’s RAPIDS and Super RAPIDS programs, the lab aims to support regional workforce development initiatives. Dr. Jared Oluoch, interim chair and associate professor in the Department of Engineering Technology, highlighted the importance of mechatronics in today’s job market. He stated, "Mechatronics is in high demand in the workforce. Our Mechatronics Lab is equipping our students to meet this need, while supporting a collaborative and project-based curriculum that challenges them to think critically and learn from each other." Hands-On Learning Experience The Mechatronics Lab is designed to provide students with a practical learning experience. One of the first courses to utilize the lab is Automation Design, which focuses on the integration and programming of robotic automation systems. Students engage in hands-on projects that prepare them for real-world applications. Student Perspectives Mechanical engineering senior Nathan DeMuth expressed his enthusiasm for the hands-on approach of the Automation Design course. "It’s a lot more applicable to what I can expect to be doing in a full-time career," he noted while working on a machine vision system with his classmates. Another student, Kyle Klinski, shared his thoughts on the course, stating, "This is the most hands-on class that I’ve had so far." The collaborative environment encourages students to explore complex functions and develop their technical skills. Preparing for the Future The establishment of the Mechatronics Lab is a significant step towards preparing students for careers in industries that are increasingly reliant on automation and advanced manufacturing technologies. By providing access to cutting-edge equipment and fostering a collaborative learning environment, The University of Toledo is ensuring that its graduates are well-equipped to meet the demands of the workforce. As Ohio continues to evolve in its industrial capabilities, initiatives like the Mechatronics Lab will play a crucial role in shaping the future of engineering education and workforce development in the state. Sources

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