Pritish Gandhi

Discover how Pritish Gandhi, an on-campus master’s student and student ambassador at the Engineering Institute of Technology’s (EIT) new West Perth campus, is advancing his career in mechanical engineering through hands-on learning and industry connections.

A Passion for Mechanical Engineering

Pritish Gandhi’s deep background in mechanical engineering and construction project management fueled his decision to pursue a Master of Engineering (Mechanical) at the Engineering Institute of Technology (EIT).

“I have a strong drive to advance my technical knowledge and have grown passionate about tackling challenging engineering problems during my career,” Pritish explained. He was particularly drawn to EIT’s practical approach and industrial connections, which aligned perfectly with his career goals.

The decision to study at EIT was not made lightly. Pritish first heard about the institute through his LinkedIn connections and from Dr. Milind Siddhpura, the institute’s course coordinator and on-campus lecturer, whom he knew from India. The positive feedback from colleagues and EIT’s strong focus on practical, industry-relevant education caught his attention.

“EIT’s curriculum emphasizes real-world applications and advanced engineering principles,” he said.

Pritish found EIT’s approach to education refreshing compared to other institutions he had attended. He pointed out that the small class sizes at EIT foster personalized learning and close interaction with experienced faculty, which enhances understanding and retention of complex concepts, setting EIT apart.

“The strong ties with industry ensure that the coursework remains relevant and up to date with current engineering practices,” he noted. This combination of real-world applications, advanced laboratory facilities, and state-of-the-art technology provides a comprehensive and engaging educational experience.

Enhancing Skills Through Practical Learning

EIT’s practical, hands-on approach has significantly enhanced Pritish’s understanding and skills in mechanical engineering. Engaging in real-world projects and laboratory exercises has allowed him to apply theoretical knowledge directly to practical scenarios, bridging the gap between classroom learning and industry practice.

Being selected as an EIT student ambassador for 2024 is a significant honor for Pritish. It signifies recognition of his dedication, academic achievements, and leadership qualities. “This role allows me to represent EIT, share my positive experiences, and inspire prospective students,” he says. It also provides a platform to contribute to the EIT community, enhance his professional network, and develop communication and leadership skills.

As a student ambassador, Pritish’s main responsibilities include promoting EIT at various events, engaging with prospective students, and providing insights into the student experience. He participates in open days, webinars, and other outreach activities, sharing the benefits of studying at EIT.

“My goals in this role are to increase awareness of EIT’s unique offerings, assist future students in making informed decisions, and foster a supportive and connected community,” he said.

Building a Strong Professional Network

Pritish admitted that being part of the EIT community has profoundly influenced his academic journey. The supportive and collaborative environment and networking opportunities with peers and faculty have enhanced his learning experience. Interacting with knowledgeable faculty members has provided valuable insights and mentorship, helping him navigate complex subjects and career decisions.

“Engaging with peers from diverse backgrounds has broadened my perspective and fostered teamwork skills,” he added. This strong sense of community has enriched his academic knowledge and built a solid foundation for his professional growth.

He said EIT has provided numerous opportunities for him to connect with industry professionals and participate in engineering-related events. Through guest lectures, industry seminars, and networking events, Pritish said he has interacted with experts and gained insights into current industry trends and challenges.

“EIT’s strong industry partnerships have also facilitated internships and project collaborations, allowing me to apply theoretical knowledge in real-world settings.”

Participating in events like site visits, workshops, and conferences has expanded Pritish’s professional network and deepened his understanding of practical engineering applications. “These experiences have significantly enhanced his career prospects, and EIT’s strong ties with industry ensure that the coursework remains relevant and current with current engineering practices,” he noted.

Looking Ahead and Advice to Fellow Students

For students considering EIT for their engineering studies, especially in mechanical engineering, Pritish offered some valuable advice.

“Fully embrace the hands-on, practical approach that EIT offers. Take advantage of the small class sizes and the accessibility of the faculty to ask questions and seek guidance,” he advised. He encourages students to engage actively in projects and laboratory work to apply theoretical concepts to real-world scenarios. Networking with peers and participating in industry events can also build connections and gain insights into the field.

As an ambassador, Pritish said he aims to convey that EIT is a leader in engineering education, distinguished by its practical, industry-focused approach. “EIT provides high-quality, hands-on learning experiences that prepare students for real-world engineering challenges,” he said, hoping to inspire prospective students and the broader community to recognize EIT as a catalyst for innovative and career-ready engineers.

Looking ahead, Pritish sees EIT evolving as a forward-thinking institution that adapts to the ever-changing landscape of engineering and technology. He anticipates that EIT will further integrate advanced technologies, expand its industry partnerships, and enhance its global reach. “I hope to contribute by leveraging my experience and network to foster collaborations, promote EIT’s programs, and support initiatives that enhance student learning and career readiness.”

By actively participating in EIT’s growth and innovation, Pritish aims to help shape a future where EIT remains at the forefront of engineering education, producing highly skilled and adaptable engineers.