Kegiatan
Laboratory Upgrade, FSTP Umla Industrial Engineering Encourages Student Innovation and Research
**Lamongan** – The atmosphere of the Manufacturing Process Laboratory in Industrial Engineering, Muhammadiyah University of Lamongan (Umla), East Java, has seemed more lively in the last two weeks.
In this room, rows of modern machines stand ready to be used, computer screens are lit up displaying three-dimensional designs, and laboratory assistants are busy taking intensive training. All of this is part of an effort to improve facilities to support student learning, research, and innovation.
"Our goal is clear, to produce graduates who are competent in theory and skilled in practice. This facility renovation is a strategic step in that direction," said Rohmat, S.T., M.Sc., a lecturer in Industrial Engineering at Umla, when met on the sidelines of the training, Monday (3/24/25).
The Manufacturing Process Laboratory is now one of the mainstays of Industrial Engineering at Umla. This facility is designed to answer the challenges of the ever-growing industrial world. With the support of high-tech equipment, students can learn, try, and create real solutions while still in college.
From Welding Machines to CNC
One of the main facilities in this laboratory is a modern welding machine, including the SMAW (Shielded Metal Arc Welding) type. With this tool, students learn welding techniques directly, understand the details of the process, and hone skills that are much needed in the manufacturing sector.
On the other hand, 3D printing machines open up space for creative exploration. Students can print three-dimensional models using materials such as PLA, ABS, and resin. This technology is very useful in making product prototypes—an important step before large-scale production.
"Many students' ideas only stop at drawings. With this machine, they can realize them into physical form. This is important for the design process and product validation," said Rohmat.
Learning Design: From Paper to Screen
For the initial stage, the laboratory also provides an adjustable drawing table—which can be adjusted in height and tilt—equipped with tools such as T-rulers, engineering pencils, and square rulers. This facility helps students understand the basics of manual engineering sketching before moving on to the digital world.
In the next stage, students are introduced to design and simulation software such as AutoCAD, SolidWorks, Inventor, Aspire, and Mach3. With this software, they can design 3D models, analyze structural strength, and simulate production processes virtually.
Another thing that is no less important: the CNC router machine. This machine allows cutting and forming materials such as wood, plastic, and acrylic with high precision. CNC technology reflects modern industrial practices that prioritize computer-based accuracy and efficiency.
Real Practice Towards the World of Work
With this combination of facilities, Umla Industrial Engineering wants to equip students not only with knowledge, but also real skills that can be applied directly. This laboratory is a space for fresh ideas to grow, as well as a place for students to prove themselves before entering the world of work.
"The laboratory is not just a place to practice, but a place to train the courage to experiment, make mistakes, and find solutions. That's where innovation is born," concluded Rohmat.
With this update, Umla shows its seriousness in bridging the academic and industrial worlds. Because in the modern era, learning engineering is not enough just sitting in class—it must be brought to life through direct experience in the practice room.