Engineering Beyond GPA
July 12, 2026 · 2:00 PM - 4:00 PM @ Online event
Description
The "Engineering Beyond GPA" project, proudly organized by the IEEE Industrial Electronics Society (IES) Student Branch Chapter of the Sri Lanka Technology Campus (SLTC), was designed to empower undergraduate engineering students by bridging the critical divide between university academic expectations and industrial realities. Conducted as an interactive online webinar via the Zoom platform, the initiative brought together ambitious engineering undergraduates eager to discover how to navigate their early career paths effectively. "Engineering Beyond GPA" aimed not only to clarify the daily responsibilities of a practicing engineer but also to inspire students to look beyond traditional academic metrics and actively invest in holistic professional development, hands-on experimentation, and adaptive problem-solving. The session was enriched by the presence of a distinguished guest speaker, Mr. Harshith Aluvihare, Senior Engineer in Global Engineering and Manufacturing Department at Ansell, Mechatronics Engineer (MIET), and experienced CAD Designer. His extensive industrial background created a learning atmosphere that was both technically insightful and professionally motivating. The session commenced with a warm welcome address and an introduction to the project’s core theme: understanding that while academic excellence is foundational, long-term success in the engineering industry depends on practical execution and adaptability. Participants were guided to realize that modern engineering organizations seek professionals who can communicate across disciplines, troubleshoot real-time system failures, and continuously adapt to evolving industrial technologies. Taking the lead during the main keynote session, Mr. Aluvihare broke down the day-to-day practicalities and operational workflows of the engineering profession. Drawing from his specialized expertise in mechatronics and CAD design, he explained how theoretical classroom concepts translate into industrial automation, manufacturing systems, and global engineering operations. He emphasized that every major industrial project begins with fundamental principles, but thriving in the field requires patience, technical precision, and a proactive attitude toward lifelong learning. The highlight of the webinar was the speaker's exploration of how practical skills, CAD tools, and interdisciplinary awareness directly elevate an engineer's capability beyond a simple Grade Point Average. Step by step, Mr. Aluvihare connected the design thinking process to real-world industrial challenges, reinforcing the principle that effective engineering solutions start with keen observation, structured design methodologies, and rigorous prototyping. This discourse was more than just career advice; it served as a practical blueprint showing how critical thinking, leadership, and hands-on application work hand in hand to solve complex technical problems. He further expanded the discussion by demonstrating how industry-standard Engineering tools such as Matlab Simulink and Autodesk Fusion, and engineering frameworks are utilized in product development and global engineering projects. This helped making the session immediately relevant to students’ future careers. This unique perspective resonated strongly with the attendees, who were able to connect their university coursework with concrete, industry-grade applications. The professional frameworks and skill-building strategies covered during the session were comprehensive yet approachable for junior undergraduates. Targeting primarily 1st and 2nd-year engineering undergraduates, a critical stage where students form their foundational academic and extracurricular habits. The webinar introduced actionable methodologies for balancing rigorous module requirements with practical project work. Mr. Aluvihare detailed how undergraduates can leverage personal projects, hackathons, and technical competitions to build a robust engineering portfolio. The session carefully balanced theoretical industry contexts with actionable guidance, ensuring that participants understood not only what modern industries demand, but how and why to cultivate those competencies early in their degree programs. He emphasized the importance of curiosity, hands-on experimentation, and continuous practice, encouraging students to step outside their comfort zones, embrace constructive failure during prototyping, and learn through trial and error. A particularly engaging part of "Engineering Beyond GPA" was the moderated Question and Answer (Q&A) segment. Participants were given an open floor to engage directly with Mr. Aluvihare, raising thoughtful questions regarding internship preparedness, technical interview expectations, and the practicalities of transitioning from an undergraduate to an industrial role. Mr. Aluvihare provided encouraging, honest feedback, highlighted the value of extracurricular leadership and offered tailored advice for students navigating different engineering disciplines. This interactive dialogue made the webinar deeply memorable, as students felt valued for their ambition and motivated to take ownership of their professional journeys. Many delegates noted that having direct access to an established senior industry expert gave them a clearer, more realistic roadmap for their university years. This collaborative atmosphere turned the session into a dynamic space for mentorship, shared learning, and professional inspiration. As a sincere token of appreciation for his time, mentorship, and technical insights, a digital token of appreciation was formally presented to Mr. Harshith Aluvihare towards the conclusion of the evening. "Engineering Beyond GPA" proved to be a highly successful initiative that met its overarching objectives: providing a realistic understanding of industry expectations, emphasizing holistic competency building, and facilitating meaningful engagement between students and an industry expert. By combining the expertise of Mr. Aluvihare with the passion of the dedication of the IEEE IES Chapter of SLTC and the IEEE Round Table member of SLTC further ensured the event’s success.Participants left with a renewed perspective on their degrees, actionable career strategies, and the motivation to push beyond academic boundaries. Ultimately, "Engineering Beyond GPA" demonstrated that with the right mentorship, technical curiosity, and spirit of innovation, undergraduate engineers can unlock their full potential and shape successful, impactful careers in the modern engineering sector.
Agenda
7:30PM –7:35PM Introduction and Welcome Address 7:35PM – 8:35PM Guest Speaker Session 8:35PM – 8:50PM Q & A Session 8:50PM – 8:55PM Token of Appreciation 8:55PM – 9:00PM Vote of Thanks