ANGOLA, Indiana – In a move that strengthens the next generation of American engineers, Trine University announced a new grant‑funded initiative to improve how its mechanical engineering students convey complex technical ideas. The $8,980 award from the Engineering Information Foundation will support a year‑long project that integrates the VirtualSpeech virtual‑reality platform into the senior Capstone Design course.
Practical training for real‑world design reviews
Associate Professor Gurudutt Chandrashekar, who leads Trine’s Wade Department of Mechanical and Aerospace Engineering, explained that the program gives students repeated, low‑risk practice before they face industry‑style design reviews. “Effective communication is as essential as technical competence,” Chandrashekar said. “Our graduates must be able to present clear, confident solutions to employers and clients alike.”
Starting this fall, Capstone Design teams will use VirtualSpeech to rehearse technical presentations. The platform provides automated feedback on clarity, pacing, confidence, audience engagement, and delivery consistency. Students can refine their talks before major milestones, ensuring they meet the high standards expected by manufacturers, defense contractors, and other engineering firms that rely on clear communication.
Aligning education with family and faith values
The initiative resonates with the community’s emphasis on strong families and responsible citizenship. By equipping young engineers with polished speaking skills, Trine helps graduates become effective contributors in the workforce, better able to support their families and uphold the nation’s constitutional principles of free expression and innovation.
Local businesses and alumni have praised the effort, noting that employers consistently seek engineers who can translate technical data into understandable language for stakeholders. “We’ve seen too many brilliant engineers stumble when they have to explain their work to non‑technical decision‑makers,” said a regional manufacturing executive who has partnered with Trine on internships. “This program directly addresses that gap and prepares students for the real world.”
Funding and future expansion
The Engineering Information Foundation’s grant reflects a broader trend of private foundations investing in STEM education that aligns with American values of self‑reliance and entrepreneurship. While the current funding covers the first year, Chandrashekar hopes additional support will allow the university to expand the virtual‑reality curriculum to other engineering disciplines, such as aerospace and civil engineering.
Students will continue to receive faculty evaluation of the technical content of their designs, while the VR tool focuses solely on communication. This dual‑track approach ensures that graduates leave Trine with both solid engineering fundamentals and the confidence to advocate for their ideas.
Community impact
Beyond the campus, the program underscores Angola’s commitment to fostering a skilled workforce that can attract high‑tech employers to the region. As Indiana seeks to grow its manufacturing base, initiatives like this help ensure local talent meets the communication standards demanded by national and global markets.
Trine University plans to share results from the pilot program at the upcoming Indiana Engineering Education Conference, offering other institutions a model for integrating communication training into technical curricula.
For more information about the grant and the VirtualSpeech platform, contact the Wade Department of Mechanical and Aerospace Engineering at Trine University.
Original reporting: WOWO News/Talk (Fort Wayne) — read the source article.
