The College of Engineering houses specialized laboratories equipped with modern instruments to support the hands-on learning, research, and industry readiness of its students.s
BS Civil Engineering
The BS Civil Engineering laboratories are equipped with a Hydraulic Bench for analyzing hydraulic properties, a Standard Penetration Test (SPT) apparatus used for in-situ soil investigations, and a Universal Testing Machine (UTM) for evaluating the mechanical properties of construction materials such as concrete, steel, and rebars. Students also utilize the Metacentric Height Apparatus to assess the stability of floating bodies and conduct Sieve Analysis to determine the particle size distribution of soil and aggregates.
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BS Computer Engineering
In BS Computer Engineering, students are trained using the NI ELVIS modular platform for circuit design and instrumentation, Arduino Microcontroller Kits for developing embedded systems, Digital Trainers for designing logic circuits, and the MDA 8086 Trainer Kit for exploring assembly language programming and microprocessor architecture. Their learning is further enhanced with Packet Tracer simulation software for networking and laboratory computers equipped with software development tools for C++, Python, Java, and other programming languages.
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BS Electrical Engineering
The BS Electrical Engineering laboratories include AC/DC Machine Apparatus for demonstrating motor and generator principles, NI ELVIS for various electrical and electronics experiments, and Motor Controls Trainers for teaching motor control systems.
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BS Electronics Engineering
For BS Electronics Engineering, laboratory learning is supported by NI ELVIS, the ANACOM training board for analog communications, and MODICOM for digital communications, enabling students to gain practical knowledge in both fields.
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BS Geodetic Engineering
The BS Geodetic Engineering laboratories feature Total Stations for precise spatial data collection, RTK GNSS Receivers for centimeter-level real-time positioning, and Engineer’s Levels for establishing level lines of sight and determining elevation differences, equipping students for professional practice in surveying and mapping.
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BS Industrial Engineering
In BS Industrial Engineering, students develop skills in the Work Study and Measurement laboratory using tools such as stopwatches, time study boards, and video analysis systems. The Ergonomics laboratories are equipped with anthropometers, goniometers, and posture analysis systems to assess human factors in workplace design. Their Simulation laboratory uses specialized software like Promodel to model and analyze industrial processes and decision-making scenarios.
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BS Mechanical Engineering
BS Mechanical Engineering boasts extensive facilities including welding shops, foundry areas, and machine shops with lathes, drilling, grinding, shaper, and CNC lathe machines for fabrication and machining training. Students learn thermodynamics and fluid mechanics using equipment such as reciprocating air pumps, marine diesel engines, steam boilers, refrigeration and air conditioning trainers, centrifugal pumps, and flue gas analyzers. Laboratories also house apparatus for flash point and fire point testing, bomb calorimeters, viscometers, and carbon residue testers to analyze fuel and material properties. Additionally, the department features engine test beds for performance evaluation, impact testers for material toughness analysis, and Universal Testing Machines for studying material strength under various forces.
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Through these well-equipped laboratories, the College of Engineering ensures its graduates are proficient in practical applications, research, and innovative solutions aligned with industry standards.
