Laboratory of Material Analysis and Instrumentation The Laboratory of Material Analysis and Instrumentation, part of the Department of Chemical Engineering, Faculty of Engineering, Universitas Sumatera Utara, plays a crucial role in supporting practical courses on Analytical Chemistry and Instrumental Analysis. This laboratory facilitates the application of chemical analysis methods, including conventional techniques (volumetric and gravimetric) and modern instrumentation, with a strong emphasis on accuracy, data precision, and discipline. The practical activities are designed to provide students with foundational knowledge of qualitative and quantitative analysis, element/compound separation, and the development of research methods through hands-on experiments. The laboratory is committed to enhancing students' analytical and reasoning skills comprehensively.

Bioprocess Laboratory The Bioprocess Laboratory, part of the Chemical Engineering Program at the Faculty of Engineering, Universitas Sumatera Utara, is a facility specifically designed to support Practical Courses on Fundamental Chemical Engineering II and Chemical Engineering Science I. This laboratory focuses on experiments in microbiology and biotechnology, equipped with essential tools such as an autoclave, incubator, colony counter, rotary shaker, and water bath. Through hands-on practical activities, students gain comprehensive knowledge of microbiology and biotechnology applications in daily life. The laboratory is committed to fostering the development of students' skills and knowledge with the resources available.

Bioactive Materials Isolation and Identification Laboratory The Bioactive Materials Isolation and Identification Laboratory at the Department of Chemical Engineering, Faculty of Engineering, Universitas Sumatera Utara, is an instructional laboratory that supports educational and research activities in the Organic Chemistry course. This laboratory facilitates practical sessions for the identification of functional groups in organic compounds, organic compound synthesis through nitration and sulfonation reactions, and isolation of bioactive components from natural materials. Equipped with advanced tools such as hot plates, Universal Testing Machines (UTM), centrifuges, and glassware, this laboratory enhances the learning experience for students. The practical sessions are conducted in the second semester, guided by professors and assistants to ensure optimal execution of experiments.

Laboratory of Facility Layout and Material Handling Laboratory of Facility Layout and Material Handling (TLF&PB) is one of the laboratories in the Department of Industrial Engineering, Faculty of Engineering, Universitas Sumatera Utara. TLF&PB Laboratory is also a laboratory part of the Integrated Industrial Engineering Practicum-III (PTIT-III). The Laboratory of Facility Layout and Material Handling functions as a facility and support that provides students with a deeper understanding and experience in implementing 2D factory layout design into 3D final layouts.

Laboratory of Work System Design and Ergonomics The Laboratory of Work System Design & Ergonomics (LPSK & E) is engaged in designing work systems, equipment, and work environments that adhere to ergonomic principles. The final goal is to obtain an EASNE work system.

Laboratory of Modeling and Simulation The Laboratory of Modeling and Simulation in the Industrial Engineering Study Program at the Universitas Sumatera Utara (USU) is a center of excellence in supporting education, research, and student development in industrial engineering in system modeling, system simulation, and computer programming. This laboratory creates an optimal learning environment through Python for Data Science Training with Anaconda, Computer Programming Course Practicum, and implementation of Integrated Industrial Engineering Practicum - III. With a focus on training, practicum, and research, the Modeling and Simulation Laboratory plays an important role in producing graduates ready to enter the industrial world with a deep understanding of technology applications in the context of industrial engineering.

Laboratory of Production System Laboratory of Production System is a laboratory under the auspices of the Industrial Engineering Study Program, Faculty of Engineering, Universitas Sumatera Utara. This laboratory is a place for students of the Industrial Engineering Study Program, Universitas Sumatera Utara (hereinafter referred to as PSTI USU), to carry out a practicum that supports Industrial Engineering competencies. The practicum is the Practicum of Integrated Industrial Engineering-II (PTIT-II). Integrated Industrial Engineering Practicum-II is a practicum focusing on systems involving the production floor or production system. Activities in the implementation of practicum in the Laboratory of Production System are pre-practicum, practicum, and post-practicum. Pre-practicum is a briefing and pre-test activity. Practicum is a response activity (question and answer) about the module discussed, report work, and report assistance. Post-practicum is a lecturer response activity, completion of report volume attributes, collection of report volumes, and post-test. The Laboratory of Production System is also a place for discussion for students taking Product Design and Development courses. The annual agenda of the discussion form output is Product Design Competition (PDC) and National Conference on Industrial Engineering (NCIE).

Laboratory of Quality and Reliability Engineering Laboratory of Quality and Reliability Engineering is one of the laboratories in the Department of Industrial Engineering, Universitas Sumatera Utara. This laboratory is a supporting unit for educational activities at the Department of Industrial Engineering through the implementation of Integrated Industrial Engineering Practicum II and Enrichment of Industrial Statistics Material. Previously, the Laboratory of Quality and Reliability Engineering had the name Measurement and Statistics Laboratory, which changed its name in 2023 to the Laboratory of Quality and Reliability Engineering

Laboratory of Manufacturing Process The Laboratory of Manufacturing Process is one of several laboratories in the Department of Industrial Engineering, Universitas Sumatera Utara. It began to be developed in 2005 by recruiting assistants from Industrial Engineering students. Currently, the Manufacturing Process Laboratory continues to develop the application of its knowledge in manufacturing through the Practicum of Integrated Industrial Engineering (PTIT) and module development. This laboratory teaches Industrial Engineering students basic techniques for manufacturing products that can be mass-produced. Activities carried out in the Manufacturing Process Laboratory are manufacturing process practicum for Industrial Engineering students, Universitas Sumatera Utara. Practicum activity is carried out from Monday to Thursday. Courses supporting manufacturing process activities include manufacturing process courses, material knowledge, and Occupational Health Safety (K3). These courses are helpful as basic competencies for practitioners in practicum activities. Practicum activities include milling, turning, drilling, bench work, MPPC, and file routing.

Thermodynamics Laboratory Chemical Engineering Thermodynamics Laboratory is an instructional laboratory that carries out educational and research practicums based on the field of chemical engineering thermodynamics. The Chemical Engineering Thermodynamics Laboratory carries out practicums for undergraduate students of Chemical Engineering that refer to the ongoing curriculum. The implementation of practicums is integrated with the implementation of the Basic Chemical Engineering Science Practicum (IDTK) I and II courses and Chemical Engineering Science Practicum (ITK) I, which refer to learning in the courses of Physical Chemistry, Chemical Engineering Thermodynamics I, and Chemical Engineering Thermodynamics II.

Chemical Engineering Laboratory Chemical Engineering Laboratory (formerly Research Lab) is one of the laboratories of the Chemical Engineering Department, Faculty of Engineering, Universitas Sumatera Utara which serves the research activities of undergraduate, postgraduate, and doctoral students, for the data needed for the preparation of Thesis, Dissertation, and Dissertation. In addition, it also serves the research of Chemical Engineering lecturers for data collection, so that some of them can be published.

Chemical Engineering Operations Laboratory The Chemical Engineering Operations Laboratory is one of the laboratories of the Chemical Engineering Department, Faculty of Engineering, Universitas Sumatera Utara. Activities within the scope of the laboratory include the implementation of practical activities and research, both carried out by students and lecturers or external parties. The main function of the Chemical Engineering Operations Laboratory is to carry out educational services in operating equipment related to chemical engineering and research in order to improve the quality of learning outcomes.

Chemical Industry Process Laboratory The Chemical Industry Process Laboratory of Universitas Sumatera Utara is a laboratory that fulfills the practicum of the chemical industry process course, which consists of four modules: open system composite manufacturing, biodiesel manufacturing, liquid soap manufacturing, and pulp and paper manufacturing.

Building Technology Laboratory The USU Building Technology Laboratory is a unit for the development and application of building technology under the USU Department of Architecture as a forum to accommodate teaching staff who share the same interest in building technology.This laboratory's activities take place in the studio and workshop. The purpose of this laboratory is to train students' analytical and practical skills in building structure and construction in relation to building planning and design through building structure modeling.

Architectural Design Laboratory Architectural Design Laboratory is one of the laboratories under the Department of Architecture, Universitas Sumatera Utara that serves as a place to support the study and practice of design theory. This laboratory facilitates activities related to architectural design, both on a micro scale (building design) and macro scale (urban design). For internal activities, this laboratory is routinely used for assistance activities in the Architectural Design Studio course.

Architectural Computing Laboratory The Computing Laboratory is one of the laboratories in the Architecture Study Program, Faculty of Engineering, Universitas Sumatera Utara, which accommodates activities related to design, survey data analysis, mapping, and the use of computers in the field of Architecture. For internal activities, this laboratory is routinely used for Practicum activities for Computing and Architectural Design Studio courses.In addition, students can utilize this laboratory to support various major assignments, work practices, and their thesis. For lecturers, the Computing Laboratory can facilitate various activities related to research and community service.

Architectural History, Theory, and Criticism Laboratory Architectural History, Theory, and Criticism Laboratory is one of the laboratories locatedin the Department of Architecture, Faculty of Engineering, Universitas Sumatera Utara that accommodates the scientific development needs of the lecturers of Pre-Modern Architectural History and Theory, Modern Architectural History and Theory, Architectural Theory and Criticism, Transformation of North Sumatra Traditional Architecture, and Thematic Architecture.In addition, this laboratory focuses on documenting and researching the history of North Sumatra architecture in the need to enrich the teaching material of local wisdom as a scientific flagship at the USU Department of Architecture. The laboratory facilitates discussion activities, internal collaboration of lecturers and students in the teaching and learning process as well as research, education, and community service activities related to the scientific development of Architectural History, Theory, and Criticism.

Studio Laboratory The Studio Laboratory of the Civil Engineering Study Program at Universitas Sumatera Utara is a learning facility focused on mastering the fundamentals of engineering drawing, both manually and digitally. It is equipped with drawing tables and computer-aided design (CAD) software to support students in producing accurate technical drawings aligned with industry standards. This laboratory also plays a role in developing technical visualization skills, perspective comprehension, and drawing interpretation across various fields of civil engineering.

Soil Mechanics Laboratory The Soil Mechanics Laboratory of the Civil Engineering Program at Universitas Sumatera Utara is an educational and research facility that supports material testing and soil investigation, particularly for construction and electrical infrastructure development. The laboratory offers a wide range of testing services that comply with ASTM and Indonesian National Standards (SNI), ensuring material quality and suitability. The available testing services include:Soil Index Properties TestingWater ContentGrain Size AnalysisAtterberg LimitsSpecific GravityUnit WeightSoil Engineering Properties TestingStandard CompactionModified CompactionPermeability TestDirect Shear TestLaboratory CBR + CompactionSoil Investigation TestingStandard Penetration TestBoring MachineHand BoringSand Cone TestDynamic Cone PenetrometerCone Penetration Test (Sondir)With continuous quality monitoring and expert support, the Soil Mechanics Laboratory is committed to playing a key role in advancing engineering education, applied research, and reliable infrastructure development. Profile Book of Soil Mechanics Laboratory

Highway Laboratory The Highway Laboratory of the Civil Engineering Program at Universitas Sumatera Utara is a vital facility for education and research in pavement materials and road construction technology. The laboratory supports practical learning and applied research by providing comprehensive testing services to evaluate asphalt and bitumen quality. Available testing modules include:Asphalt penetration testAsphalt ductility testBitumen specific gravity measurementAsphalt softening point testFlash and fire point testBitumen solubility in carbon tetrachlorideBitumen viscosity test using the Saybolt methodMarshall test (Job Mix Formula)Asphalt content test using Centrifuge ExtractorPavement surface skid resistance test using British Pendulum Tester (BPT)Equipped with standardized tools and guided by experienced academic staff, the Highway Laboratory supports the development of reliable and sustainable transportation infrastructure through quality education and research.

Land Survey Laboratory The Land Survey Laboratory of the Civil Engineering Program at Universitas Sumatera Utara is an essential educational facility that supports student practicum activities, particularly for the Land Surveying course offered in the second (even) semester. This laboratory plays a crucial role in developing students' fundamental competencies in surveying and mapping—core skills in civil engineering and infrastructure planning. Practicum activities are designed to help students accurately and systematically represent the geometric features of the Earth’s surface, including both natural and man-made elements, onto a flat plane. The laboratory supports hands-on, competency-based learning aligned with the academic objectives of technical education.

Structural Laboratory The Structural Laboratory is part of the Structural Expertise Group (KBK Struktur) under the Department of Civil Engineering at Universitas Sumatera Utara. It focuses on education and research in the field of building structures, including materials such as concrete, steel, and other construction components. This laboratory plays a key role in supporting both student learning activities and faculty research related to structural analysis and strength. With a vision to become a leading structural laboratory with global competitiveness and a foundation in local excellence, it continually advances in response to evolving challenges. The laboratory also supports the needs of the construction industry by offering a range of testing services, including round concrete column testing, assembled C-channel column testing, brick column testing, slab flexural testing, concrete beam flexural testing, and pushover testing on masonry-infilled frames. Additionally, the Structural Laboratory fosters the development of students' technical competencies to prepare them for real-world structural challenges in a professional and solution-oriented manner.

Materials and Concrete Laboratory The Materials and Concrete Laboratory is a supporting facility that provides practical training, research opportunities, and construction material testing services, particularly in the area of concrete. Operated under the Department of Civil Engineering, Faculty of Engineering, Universitas Sumatera Utara, this laboratory plays a vital role in assessing the quality and strength of concrete to ensure compliance with required standards. Since 2017, the laboratory has implemented a quality management system based on SNI ISO/IEC 17025 and has successfully obtained Accreditation Certificate LP 1370 IDN from the National Accreditation Committee (KAN) for the 2025–2030 period. By adhering to both national (SNI) and international (ASTM) standards, this laboratory ensures high testing reliability and has established itself as a competent and trusted testing facility in the field of construction.

Civil Engineering Computational Laboratory The Civil Engineering Computational Laboratory, Faculty of Engineering, Universitas Sumatera Utara (USU) is a key academic and research facility located in the Civil Engineering Ikatsi Building. Established under Rector Decree No. 2312/UN5.1.R/SK/SPB/2017, the lab was originally intended to support the Computer Programming course practicum, and has since evolved into a center for developing modeling and numerical analysis skills in civil engineering.This laboratory provides access to civil engineering software such as Midas Gen, Midas Civil, Midas GTS NX, Midas FEA NX, OpenFOAM, NEMOH, and Waves2Foam. These tools are used by students, lecturers, and researchers for building design and infrastructure modeling. The use of such software enhances students’ understanding of digital modeling, offering faster, more accurate, and cost-effective alternatives to traditional experimental methods.Aligned with the Sustainable Development Goals (SDGs), the lab supports research on sustainable infrastructure, innovation, and climate action. Current services include:Computer Programming practicumsSoftware access for research and structural designSoftware training sessionsComputer-based examinationsLooking ahead, the Civil Engineering Computational Laboratory at USU aims to integrate High Performance Computing (HPC) systems to support complex modeling that requires parallel computation using multiprocessor and multicore systems. This strategic development positions the lab as a vital contributor to producing skilled graduates and advancing computational capabilities in civil engineering.

Hydraulics Laboratory The Hydraulics Laboratory of the Civil Engineering Program at Universitas Sumatera Utara (USU) serves as a key facility for education and scientific advancement in fluid mechanics and water resources engineering. It offers a range of practicum modules designed to enhance students’ understanding of both fundamental and applied hydraulics.The practicum topics include hydrostatic force measurement on plane surfaces, determination of metacentric height on floating bodies, the Osborn Reynolds experiment to observe flow regime transitions, drag force measurement, flow over notches, open channel flow, and flow through orifices.These hands-on experiments aim to bridge theoretical concepts with practical application, equipping students with the technical skills necessary for analyzing and testing fluid flow systems. The laboratory supports the development of student competencies in hydraulics for both academic and applied research purposes.

Built Environment Laboratory The Built Environment Laboratory of the Department of Architecture, Faculty of Engineering, Universitas Sumatera Utara, focuses on area conservation, the preservation of historical buildings and sites, and the study of local culture and traditions. The laboratory also explores the application of regulations and customs relevant to specific places or areas. Furthermore, we delve into the design of outdoor spaces within a simple environmental context, identifying fundamental concepts and elements of outdoor spaces, site analysis, and the design capabilities for access, circulation, and parking areas, including the design of outdoor spaces defined by building mass.

Urban and Settlement Laboratory The Urban and Settlement Laboratory serves as a vital hub within the Department of Architecture, accommodating research and activities related to Urban Architecture, Urban Planning, Housing and Settlements, and the application and management of Land Use. It also supports courses such as Survey Mapping and Digitalization, Built Environment Planning Studies, Sustainable Tourism Planning, and Urban Sociology. As an integral part of the Center of Excellence for Sustainable Tourism (MCSTO), the laboratory is regularly utilized for course discussions, including Built Environment Planning Studies, Urban Planning, Urban Development Management Studio, Urban Sociology, and Housing and Settlements in the odd semester, along with Urban Architecture and Urban Management and Land Use in the even semester. Students can also choose elective courses like Sustainable Tourism Planning, Applied Urban Planning, Settlement Area Planning, and Survey, Mapping, and Digitalization. Furthermore, the laboratory provides a dedicated space for students to gather research materials, undertake practical work, complete major assignments, conduct research, and engage in community service, fostering collaboration and discussions with the laboratory team and other organizations.

Refrigeration Engineering Laboratory The Refrigeration Engineering Laboratory is a crucial facility for Mechanical Engineering students at FT-USU who are keen to specialize in refrigeration and air conditioning. Aligning with BNSP's construction expertise scheme, the design of building air conditioning systems is a key focus. This laboratory not only facilitates student interest but also aims to collaborate with AC companies to become a training center for technicians seeking to enhance their installation skills.

Automotive and Internal Combustion Engine Laboratory The Automotive and Internal Combustion Engine Laboratory, part of the Department of Mechanical Engineering, Faculty of Engineering, USU, serves as a primary facility for undergraduate students to conduct experimental testing of internal combustion engine systems. After completing relevant coursework, students perform practical tests on engine performance characteristics such as power output, torque, fuel consumption, and engine speed. In the automotive domain, the laboratory supports testing of control systems in motor vehicles, especially those utilizing hybrid systems. Beyond undergraduate education, this laboratory also functions as a research hub for Master's and Doctoral students for their theses and dissertations. Available practical modules include Otto Cycle (gasoline engine) testing, Diesel Cycle (diesel engine) testing, Hybrid Vehicle Control Systems, and Technical Dynamics Systems (Wheel Alignment and Wheel Balancing).

Construction and Automation Laboratory The Construction and Automation Laboratory is an educational facility within the Undergraduate Program in Mechanical Engineering at USU, responsible for the execution of Integrated Machine Element Design (Capstone Design) I and II. These machine design and construction project assignments encompass conceptual design, prototyping, testing, manufacturing, assembly, and maintenance of machinery. These assignments are conducted every odd and even semester, culminating in a regular exhibition of the projects held at the Mechanical Engineering Cyber Space Park at USU at the end of each even semester.

Foundry Laboratory The Foundry Laboratory is a pivotal facility within the Department of Mechanical Engineering, Faculty of Engineering, USU. This laboratory specializes in metal casting processes, encompassing both ferrous and non-ferrous metals. Serving as a hub for both research and learning, students pursuing studies in metal casting can perform a variety of practical modules here, including testing the permeability, strength, and moisture content of molding sand, along with mold making and the casting process itself.

Metal and Non-Metal Engineering Materials Laboratory The Metal and Non-Metal Engineering Materials Laboratory of the Mechanical Engineering Program at Universitas Sumatera Utara (USU) serves as a center for hands-on learning and experimental studies in materials science. This laboratory is designed to enable students to apply theoretical knowledge from material science courses through direct interaction with equipment, data collection, research activities, and academic consultation. Practicum activities are divided into two core courses and include five main testing modules: tensile testing, three-point bending, compression testing, deflection testing, and torsion testing. In addition, students conduct supplementary experiments such as impact testing, metallography, hardness testing, hardenability testing, and heat treatment processes. Equipped with comprehensive tools and facilities, the laboratory supports the technical and analytical skill development of students in understanding the mechanical properties and microstructures of both metallic and non-metallic materials.

Thermal (Heat Transfer) Laboratory The Thermal (Heat Transfer) Laboratory of the Mechanical Engineering Program at Universitas Sumatera Utara (USU) serves as a practical learning facility focused on heat transfer systems and thermodynamic applications in energy conversion, particularly steam power generation systems.This laboratory features a scaled steam power plant setup, comprising essential components such as a pump, boiler, turbine, condenser, and connecting pipes. The system demonstrates the core principle of converting liquid water into steam, using its kinetic energy to rotate turbine blades, which then drive a generator to produce electricity.Through this practicum, students are expected to:Understand the working principle of a steam power generation system;Recognize the key components used in steam installations;Calculate the heat energy (Q) and work (W) in the boiler and steam turbine;Analyze the overall efficiency of the steam power system.This laboratory plays a crucial role in helping students apply heat transfer and thermodynamic theories in real-world scenarios and preparing them for careers in energy conversion and mechanical system design.

Engineering Drawing Laboratory The Engineering Drawing Laboratory of the Mechanical Engineering Program at Universitas Sumatera Utara (USU) serves as a practical learning center that supports student mastery of Engineering Drawing I and II courses. This laboratory offers hands-on experience in both manual and computer-aided technical drawing using appropriate tools and software.The main objectives of the laboratory activities are to enable students to:Develop fundamental skills in manual technical drawing,Operate Computer-Aided Design (CAD) software to create industry-standard technical drawings.The laboratory hosts two primary practical modules:Mechanical Drawing Practicum, focusing on manual drafting techniques relevant to mechanical engineering,CAD Drawing Practicum, emphasizing the use of design software for precision technical illustrations.With its available resources, this laboratory plays a key role in equipping students with essential visualization and technical drawing competencies required in professional engineering practice.

Solar Laboratory The Solar Laboratory is one of the laboratories under the Mechanical Engineering Program, Faculty of Engineering, Universitas Sumatera Utara. Led by Hendrik Voice Sihombing, ST., MT., this laboratory focuses on research and learning activities related to the conversion of solar energy into other usable forms, such as thermal and electrical energy.The core scientific disciplines studied in this laboratory include:Heat TransferMass TransferThe Solar Laboratory serves as a key facility for supporting education and the development of renewable energy technologies, particularly solar energy, which plays an increasingly important role in addressing future sustainable energy challenges. Through practicum sessions and research activities, students and faculty are encouraged to develop efficient and practical solar energy-based technical solutions.

Air Quality and Climate Change Monitoring Laboratory The Air Quality and Climate Change Monitoring Laboratory is part of the Environmental Engineering Study Program, Faculty of Engineering, Universitas Sumatera Utara. Established in 2019 as the Air Pollution Control Laboratory (LPPU), it was initially a part of the study program’s Expertise Group (KBK). In 2022, based on Rector Decree No. 3120/UN5.1.R/SK/TPM/2022, the laboratory was officially renamed to its current designation.This laboratory is actively used for practicum activities in the course Air Quality and Solid Waste Laboratory (TEL 2202), which is conducted every even semester. In addition, it serves as a research facility for students and lecturers working on air quality and climate change issues.The laboratory is equipped with instruments for monitoring key air quality parameters, including:Particulate matter (TSP, PM10, PM2.5)Gaseous pollutants (SO₂ and NOₓ)Environmental noise levelsThe practicum modules implemented in the laboratory include:PM10 analysis using a High Volume Air Sampler (HVAS) with gravimetric methodSO₂ and NOₓ analysis using an Impinger with spectrophotometry methodEnvironmental noise level analysisThis laboratory plays a crucial role in supporting education and research in air pollution control and climate change monitoring, contributing to sustainable environmental management.

Solid Waste Laboratory The Solid Waste Laboratory is part of the Environmental Engineering Study Program at the Faculty of Engineering, Universitas Sumatera Utara. Established in 2012, it is located on the second floor of the Environmental Engineering Building and is managed by a Laboratory Head, supported by faculty staff and student assistants.This laboratory serves as a learning facility supporting the practical component of the course Air Quality and Solid Waste Laboratory (TEL 2202), held every even semester. In addition to academic instruction, the lab is also used for student and faculty research focused on solid waste characterization and management.With a total area of 22.5 m², the lab consists of four main functional spaces:Consumable Material Storage RoomHead of Laboratory OfficeLaboratory Technician RoomLaboratory Assistant RoomThe laboratory is equipped with instruments for analyzing the physical and chemical properties of solid waste, including bulk density, moisture content, volatile matter, ash content, and organic carbon content.The available practicum modules include:Waste generation analysis, bulk density, and composition determinationAnalysis of moisture content, volatile matter, and ash contentDetermination of organic carbon (C) content in solid wasteThrough this laboratory, students are expected to gain hands-on experience in solid waste analysis, supporting the development of practical skills and innovative research in environmental waste management.

High Voltage Engineering Laboratory The High Voltage Engineering Laboratory is one of the premier laboratories within the Electrical Engineering Study Program at the Faculty of Engineering, Universitas Sumatera Utara (USU). Established on May 1, 1982, the lab began with a single high-voltage generator set—“HV Construction Kit” from West Germany. With significant support through the HEDS-JICA Project in 1992, the laboratory expanded its capabilities to support both undergraduate practicals and faculty research.This laboratory supports a range of academic courses, including Electromagnetic Field, Electrotechnical Materials, High Voltage Engineering, and Substation Equipment. It also serves students from other faculties and universities in Medan, Aceh, West Sumatra, and Riau for practicals and research.Located in a three-story building covering 898 m², the laboratory includes:Head of Laboratory & Staff Office: 40 m²Equipment & Laboratory Room: 389 m²Lecture/Seminar Room: 83 m²It is powered by a 35 kVA electrical facility.Available practicum modules include:Generation and measurement of high voltages (AC, DC, and impulse)Air breakdown voltage tests with various electrode configurationsCorona inception voltage measurementsSolid insulation dielectric strength and transformer oil breakdown testsImpulse and AC flashover tests on air insulatorsMeasurement of liquid dielectric conductivity, volume & surface resistanceVoltage distribution on insulator strings and arrester sparkover testsAC withstand testing for transformers, insulators, and cablesOver the years, the lab has facilitated hundreds of research projects by USU students and faculty, as well as those from other institutions such as UHN and Unimed. It also engages in industrial collaborations, including with PT PLN, PT Sibacom, PT Brata, and PT Mujur Timber, offering services such as dielectric testing, cable fault detection, arrester and insulator testing, and electromagnetic field studies.

Electrical Energy Conversion Laboratory The Electrical Energy Conversion Laboratory is one of the academic facilities of the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. This laboratory serves as a center for practical activities, research, and training that support students’ understanding of the working principles and characteristics of electrical energy conversion systems.The laboratory is equipped with DC machines, synchronous machines, transformer modules, and induction motors, which are used to study the conversion of electrical energy to mechanical energy and vice versa. Through hands-on experiments, students can perform testing, efficiency analysis, and operational parameter measurements of various types of electric machines.

Electric Circuit Laboratory The Electric Circuit Laboratory is one of the earliest established educational laboratories in the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. Founded in 1979, this laboratory supports the Electric Circuit course with 3 credit hours (2 credits for theory and 1 credit for practical lab), offered during the first semester.This laboratory is designed to help students gain a deeper understanding of fundamental electric circuit theories through hands-on experiments. Annually, it serves an average of 120 undergraduate students from the department’s three concentrations, divided into 24 practical groups.Currently, six experimental modules are conducted in parallel during each session:Kirchhoff’s Laws ExperimentSuperposition and Loop Current TheoryThevenin and Norton TheoremsReciprocity TheoremMaximum Power Transfer TheoremTwo-Port Network AnalysisThe Electric Circuit Laboratory plays a vital role in developing students' analytical skills and their ability to apply electric circuit theories in real-world systems.

Electrical Measurement Laboratory The Electrical Measurement Laboratory is one of the instructional laboratories under the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. It plays a critical role in helping students understand the fundamental principles of electrical measurements and develop practical skills in operating electrical measuring instruments.This laboratory supports practical sessions for courses related to electrical instrumentation and measurement techniques, providing students with hands-on experience in applying theoretical concepts to real-world electrical systems.There are five core experiment modules conducted in this laboratory:Wheatstone Bridge – for accurate resistance measurementEarth Tester – to measure ground resistanceOhm Meter – to measure electrical resistanceInstrument Calibration – to verify the accuracy of measuring deviceskWh Meter Testing – to understand the operation and precision of energy metersThrough this lab, students are expected to gain essential skills in measurement techniques and develop a strong foundation in the use of electrical instruments in various engineering applications.

Smart Radio System Laboratory The Smart Radio System Laboratory is one of the instructional and research laboratories under the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. It supports various telecommunication-related courses, including Antenna Systems, Microwave Communication, Mobile Communication Systems, Telecommunication Networks, Cloud Computing and IoT, and 5G Communication.Formerly known as the Antenna and Propagation Laboratory, which was established in 1979, this lab underwent a name change to reflect the rapid technological shift in radio and wireless communication, especially the integration of artificial intelligence into modern radio systems.Courses conducting practical work in this laboratory include:Antenna Systems (TEE3228)Microwave Communication (TEE3236)Satellite Communication (TEE4131)Telecommunication Networks (TEE2204)Cloud Computing and IoT (TEE3218)Wireless Sensor Networks (TEE3232)In addition to supporting academic and research activities, the lab also offers services to the public, such as:Diagnosis and repair of laboratory electronic instruments (e.g., oscilloscopes, spectrum analyzers, and electronic-based modules).Modeling, simulation, and prototyping of specialized radio systems (e.g., custom antenna systems).Consultation on the health effects of radio wave propagation (e.g., radiation from radio towers).Expert witness services in telecommunication-related legal cases.Training in radio and wireless communication technologies upon request.The Smart Radio System Laboratory serves as a vital hub for equipping students with cutting-edge skills and advancing research in intelligent radio systems and wireless communication.

Telematics Laboratory The Telematics Laboratory is one of the teaching and research laboratories under the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara, with a primary focus on Telecommunication Engineering. This laboratory supports hands-on learning and research activities in the following courses:Telecommunication Networks (TEE2204)Cloud Computing and IoT (TEE3218)Switching Techniques (TEE3229)Wireless Sensor Networks (TEE3232)The Telematics Laboratory was established in 2009 as a result of the division of the original Basic Telecommunication Laboratory into three specialized labs: Dastel Lab (Basic Telecom), Telkom 1 Lab (Antenna), and Telkom 2 Lab (Telematics). The foundation of this laboratory began with a crossbar switching module developed by one of the faculty members.In the following years, the lab expanded its capacity by integrating computers for Data Network practicum and acquiring analog and digital exchange modules from Italy in 2012, which are still actively used today.Currently, the Telematics Laboratory is equipped with several key training modules, including:B4620 Telephone Switching System TrainerB4622B Digital Exchange TrainerB4510 Transmission Line TrainerB4530 Fiber Optic Line TrainerB4200A AM/DB TransmitterThis laboratory not only serves academic practicum needs but also plays an important role in research related to telecommunication networks, switching systems, and modern communication technologies involving IoT and sensor networks.

Basic Telecommunication Laboratory The Basic Telecommunication Laboratory is one of the educational and research laboratories under the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. Established in 1979 and located on the 3rd floor of the T3 Building, this laboratory serves students from all three concentrations within the department.The lab supports the Telecommunication Systems course (3 credits), offered in the third semester. Each year, it accommodates approximately 120 students, divided into 24 practical groups, with each group consisting of 5 students. The lab provides hands-on experience through six experimental modules, conducted in parallel:Oscillator ModuleFilter ModuleAM/FM Modulator/Demodulator ModuleDigital Modulation ModuleAnalog to Digital Converter (ADC) ModuleDigital to Analog Converter (DAC) ModuleTo support practical and research activities, the laboratory is equipped with various instruments such as oscilloscopes, spectrum analyzers, signal generators, digital multimeters, power supplies, and voltage stabilizers, all in good working condition.With an area of approximately 26.25 m², the lab includes essential facilities such as work tables and chairs, equipment and document storage cabinets, and air conditioning for user comfort.In addition to its role in teaching, the Dastel Laboratory also serves as a research facility for undergraduate and postgraduate students, providing workspace and equipment loan services. The lab operates every semester and continuously improves its practical modules to fully support the foundational concepts of telecommunication systems taught in the curriculum.

Basic Electronics Laboratory The Basic Electronics Laboratory is one of the academic and research laboratories under the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. It plays a crucial role in supporting practical activities for two core courses: Basic Electronics (TEE1203) and Sensors and Transducers (TEE4125), both of which lay the foundation for understanding and applying electronic devices and sensor technologies.The lab was originally used to support two separate practical courses—Analog Electronics and Digital Electronics—prior to the 2021 curriculum revision. Since then, these two subjects have been integrated into a single course (Basic Electronics), with all practical sessions continuing to be conducted in this laboratory.In addition to its teaching functions, the Basic Electronics Laboratory also supports student research related to the design and development of electronic systems and sensor-based technologies. To extend its impact to the community, the lab offers the following services:Diagnosis and repair of electronic instrumentation (oscilloscopes, spectrum analyzers, and other electronic modules)Modeling, simulation, and prototyping of custom electronic devicesProvision of expert witnesses in the field of electronics for legal proceedingsThis laboratory continues to evolve to meet the Course Learning Outcomes (CPMK) and to support ongoing research and technological applications in the field of electronics.

Transmission and Distribution Laboratory The Transmission and Distribution Laboratory is a teaching laboratory under the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. This laboratory has been operating since the establishment of the department and plays a critical role in supporting practical learning related to electric power systems.Before the implementation of the Merdeka Curriculum and the Outcome-Based Education (OBE) approach, the Transmission and Distribution Laboratory operated under the KKNI curriculum framework. During that period, the lab supported core courses such as Electric Power Systems, Electrical Installation Techniques, Power System Analysis, and Power System Protection. With the curriculum reform, some of these courses became electives, which in turn affected the laboratory’s practical offerings.Each academic year, the laboratory serves approximately 100 students, conducts two practical sessions, and delivers a total of seven practical modules. The modules include:For Electric Power System II Course:Short Transmission LineLong Transmission LineShunt Compensation of Medium Transmission LineFor Electrical Installation Techniques Course:Lighting InstallationDistribution Panel InstallationElectric Motor Starting InstallationElectric Motor Control InstallationAll laboratory activities are designed to align with the Course Learning Outcomes (CLOs), emphasizing both theoretical understanding and real-world application in the field of electrical power engineering.

Control System and Computer Laboratory The Control System and Computer Laboratory is one of the educational and research laboratories under the Department of Electrical Engineering, Faculty of Engineering, Universitas Sumatera Utara. This laboratory supports practical learning in control systems and digital technology courses, aiming to equip students with hands-on skills in automation systems and microprocessor-based programming.This lab serves as the main facility for practical sessions in three core subjects:Control SystemDigital SystemEmbedded SystemEach practical session focuses on applying theoretical concepts through simulations and direct hardware implementation. Students will learn the fundamentals of dynamic system control, microcontroller programming, digital logic, and embedded system applications using a variety of supporting hardware and software tools.The laboratory plays a key role in helping students develop analytical, design, and implementation skills in modern computer-based and control systems, which are widely applied in today's industrial environment.

Environmental Biotechnology Laboratory The Environmental Biotechnology Laboratory at the Undergraduate Program in Environmental Engineering, Universitas Sumatera Utara, is a dedicated facility equipped with modern instruments for research, testing, and development of environmentally friendly biotechnological innovations. It supports studies focused on solving environmental issues such as water and soil contamination, industrial waste, and air pollution.This laboratory plays a crucial role in developing biological solutions—such as microbial and bioprocess engineering approaches—to degrade and eliminate pollutants generated by human and industrial activities. As environmental challenges become increasingly complex, the laboratory contributes significantly to sustainable and eco-friendly technological advancements.Available rooms include:Laboratory Room (22.5 m²)Consumables Storage RoomHead of Laboratory/Technician RoomLaboratory Assistant RoomThe laboratory also supports the Environmental Microbiology course (TEL1204), which equips students with essential knowledge of microbial interactions with the environment and their applications in pollution control.

Water Quality Laboratory The Water Quality Laboratory at the Undergraduate Program in Environmental Engineering, Universitas Sumatera Utara, is a vital facility supporting academic learning and research focused on the physical, chemical, and biological analysis of water. This laboratory plays a key role in equipping students with the ability to assess water characteristics and pollution parameters, as well as evaluate water suitability for various uses, from drinking water to wastewater.

Laboratory of Design Engineering The Design Engineering Laboratory is one of the core facilities of the Industrial Engineering Study Program at Universitas Sumatera Utara, serving as a learning and practical hub in the field of engineering design. Established by Ir. Hasan Basri Siregar, the laboratory was formerly known as the Audio-Visual Studio and Technical Drawing Laboratory before being renamed in 2023. Alongside technological advancements, its manual drawing methods have evolved into digital design practices using SolidWorks software. The laboratory aims to equip students with the ability to create and model engineering components accurately, forming a strong foundation for modern industrial engineering applications.

Research Center for Bio-energy and Fuel Cell Systems The Research Center for Bio-energy and Fuel Cell Systems was established in 2018 by Dr.Eng. Ir. Taufiq Bin Nur, S.T., M.Eng.Sc. This research center is located on the first floor of the Master’s Program in Mechanical Engineering Building, Universitas Sumatera Utara. Those who have been members of this research center since its inception are 38 undergraduate and postgraduate students, collaborating with several Mechanical Engineering lecturers and cross-departments. The focus of research conducted in this research center is studies related to bio-energy and fuel cell systems.The results of the work of the Bio-energy and Fuel Cell Systems Research Center include pyrolysis systems, combustion furnaces, bioethanol production, distillation devices for bioethanol purification, machines for studying alternative fuel yields, organic rankine cycles to convert wasted heat into usable power, and energy monitoring tools for energy audits. The center also has tools to be tested, such as material modification in collaboration with the European company Pyropower. Currently, the center will study biomass pyrolysis to produce hydrogen.

Prayer Room of the USU Faculty of Engineering The Prayer Room of the USU Faculty of Engineering is located on Jl. Perpustakaan, USU Campus, Padang Bulan, adjacent to the IkaTSi USU Building and the Department of Architecture Building. This prayer room is open to all students of the Faculty of Engineering, not just Civil Engineering students, and often serves as a venue for student organization discussions, such as HMI FT USU, and mentoring sessions for new students. In 2018, the Mushola Teknik underwent a design revitalization through a competition organized by IAI Sumut, the Faculty of Engineering USU, and KMA. Today, it serves as both a place of worship and a hub for spiritual and educational activities for Engineering students at USU.