S1 Teknik Mesin, Lulusan Prioritas Kerja di Industri - BINCANG UNESA Spesial Prodi

Summary

In this insightful video, the discussion revolves around the Mechanical Engineering program at Universitas Negeri Surabaya (Unesa). Hosted by Mufti, the conversation features Prof. Priyo Heru Adi Wibowo, the head of the program, who explains the curriculum, key areas of focus like energy conversion and manufacturing, and the growing job prospects for graduates. The program also emphasizes hands-on experience through MBKM (Merdeka Belajar Kampus Merdeka), offering internships and independent study projects with top companies. The video showcases the extensive facilities and research opportunities, urging prospective students to join this thriving academic community.

Takeaways

• 😀 The Mechanical Engineering program at Unesa provides a comprehensive education, combining both theoretical and practical knowledge in engineering and machine-related subjects.
• 😀 The program includes two main concentrations: Energy Conversion and Manufacturing/Production, covering topics like heat transfer and industrial product manufacturing.
• 😀 High school students from various majors (not just science) can apply to the Mechanical Engineering program, with the understanding that they can catch up on any technical gaps.
• 😀 Unlike the Education in Mechanical Engineering program, the S1 Mechanical Engineering program is geared towards the industry, aiming for students to work in technical and industrial fields after graduation.
• 😀 The curriculum at Unesa's Mechanical Engineering includes a mix of 5 semesters of core engineering studies, 2 semesters for industry-related experiences (internships, community service), and 1 semester for thesis work.
• 😀 The program adopts the Merdeka Learning Campus Merdeka (MBKM) curriculum, which allows for flexible learning paths, including internships and independent studies in non-mechanical fields like startups.
• 😀 Students in the program have opportunities for internships and collaborations with well-known companies like Indonesian Power, Petro Petrokimia, Astra, and more, enhancing industry readiness.
• 😀 Unesa has a robust laboratory infrastructure, with 28 labs available for practical learning, ranging from research-focused labs to educational and manufacturing workshops.
• 😀 Despite the pandemic, Unesa's Mechanical Engineering program has continued offering some practical experiences in compliance with health protocols, ensuring that students still get hands-on training.
• 😀 This year's intake for the Mechanical Engineering program has increased, with 1440 students accepted, opening up more opportunities for prospective students to join the program.
• 😀 Unesa's Mechanical Engineering graduates are highly regarded by industries, and there is a significant focus on preparing students for successful careers in both technical engineering roles and other sectors.

Q & A

Can students from all high school majors apply for the Mechanical Engineering program at Unesa?

Yes, students from all majors can apply, although traditionally, students from science tracks (IPA) were more dominant. However, students from non-science backgrounds can still pursue the program, provided they are willing to catch up on the technical knowledge.

What are the two main concentrations in the S1 Mechanical Engineering program?

The two main concentrations in the S1 Mechanical Engineering program are Energy Conversion and Manufacturing/Production.

What topics are covered in the Energy Conversion concentration?

The Energy Conversion concentration covers topics related to heat transfer and temperature changes. For example, students learn about power plants and energy-related industries, like the energy plant in Probolinggo.

What is the difference between the S1 Mechanical Engineering program and the S1 Educational Engineering program?

The main difference is that the S1 Mechanical Engineering program focuses on the industrial sector, preparing students for careers in engineering industries, while the S1 Educational Engineering program is geared towards teaching and education.

Is the S1 Mechanical Engineering program purely technical, or are there other subjects involved?

While the program primarily focuses on engineering, the curriculum has been updated to include broader learning under the MBKM (Merdeka Belajar Kampus Merdeka) initiative, allowing students to engage in internships and independent studies in fields outside of mechanical engineering, such as in startups or digital industries.

What is the MBKM (Merdeka Belajar Kampus Merdeka) initiative, and how is it applied in the Mechanical Engineering program?

The MBKM initiative allows students to take part in various educational activities beyond their major. In the Mechanical Engineering program, it includes 5 semesters of core mechanical engineering studies, 2 semesters of flexible learning (internships, community service, and independent studies), and 1 semester for thesis work.

How many laboratory facilities are available for S1 Mechanical Engineering students at Unesa?

There are 28 laboratories available for students in the S1 Mechanical Engineering program. These include both research and educational laboratories, which are vital for hands-on learning and academic research.

What practical experiences are available for students in the S1 Mechanical Engineering program during the pandemic?

During the pandemic, some practical sessions were still conducted on campus, with strict health protocols in place. Although the scale of activities was reduced, students still had opportunities for hands-on learning under controlled conditions.

How many students were accepted into the S1 Mechanical Engineering program this year, and how does this compare to previous years?

This year, the program accepted 1,440 students, a significant increase compared to previous years, where only around 900 students were admitted.

What are the career prospects for graduates of the S1 Mechanical Engineering program at Unesa?

Graduates of the program have strong prospects in the industrial sector. There are numerous opportunities in companies such as Indonesian Power, Petrochemicals, Astra, and other industry leaders. Many graduates also gain certifications and experience through internships, which help them transition smoothly into the workforce.