The Microprocessor and Microcontroller Lab is an essential component of the B.Sc. in Engineering program, providing students with hands-on experience in the fundamental technologies that drive modern electronics. In this lab, students explore the architecture, programming, and interfacing of microprocessors and microcontrollers, which are pivotal in various applications from consumer...
Read MoreThe Space System Engineering Laboratory is dedicated to the research and development of advanced space systems. This lab focuses on the integration of various engineering disciplines to create innovative solutions for challenges faced in space exploration and satellite technology. The laboratory aims to enhance the design, testing, and operational capabilities...
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The Advanced Computer Simulation Laboratory focuses on the engineering of space systems through sophisticated simulation techniques. This facility is dedicated to enhancing the design and analysis of space-related technologies by utilizing cutting-edge computational models. By integrating advanced simulation tools, the lab aims to improve the efficiency and effectiveness of space...
Read MoreThe Computer Lab for Space Communication is a high-tech workspace where students and researchers study and simulate satellite and communication networks. Equipped with advanced software and computing tools, the lab provides hands-on experience in designing and analyzing systems for space communication. Here, students learn essential skills in network simulation, signal...
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The Pico-Satellite Lab is a specialized facility where students and researchers design and test mini-satellites, now called Picosatellites. With its specialized equipment, the laboratory offers students practical work in the elaboration and testing of these highly small satellite systems. Students, in this process, learn how to prepare small satellites for...
Read MoreThe Satellite Development, Tracking, and Control System Lab (under development) would be a state-of-the-art facility, equipped with all the necessary equipment whereby students and researchers can acquire the art of designing, tracking, and operating satellites. Utilizing leading technology, the lab offers practical experiences in satellite system development and undertakes the...
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The Satellite Communication Lab is where students and researchers find practical work environments for participating in studies and development work concerning satellite communication systems. By employing the latest tools and technology, the lab establishes a real setting to study and learn about the three areas: the design of satellites, signal...
Read MoreThe computer lab is designed to enhance students' technical skills and understanding of computer operations by providing a hands-on environment that supports both academic and extracurricular activities. Equipped with around 31 PCs connected via advanced manageable switches and routers, the lab offers high-speed connectivity to ensure seamless performance during various...
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The Digital Signal Processing (DSP) and Modeling & Simulation Lab is an integral part of the BSc Avionics Engineering curriculum, designed to equip students with essential skills in analyzing and manipulating signals used in avionics systems. In this lab, students explore various DSP techniques, such as filtering, modulation, and spectrum...
Read MoreThe Avionics System Design Lab is a crucial component of the B.Sc. in Avionics Engineering program, providing students with hands-on experience in the design, integration, and testing of avionics systems. This lab fosters a deep understanding of the complex electronic systems used in modern aircraft, including navigation, communication, and control...
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Electric Drives and Machine Laboratory plays an important role in Aeronautical, Electrical, and Mechanical Engineering Education, allowing students to gain hands-on experience with the principles and applications of electric machines and drives. In this lab, students work with a variety of electrical machinery, such as three-phase induction motors, synchronous motors,...
Read MoreThe Electrical Circuit Lab at BSMRAAU, facilitated by the AE (Avionics) and AME (Avionics) departments, is a well-equipped learning environment for students to gain practical experience in circuit analysis and electronics. The lab features six workstations, each equipped with essential tools and devices for hands-on experimentation. Available equipment includes DC...
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Digital Electronics Lab is a platform which is designed to facilitate the learning and practical implementation of the electrical and electronics engineering concepts. It offers a practical facility where students can experiment with real electronic components and circuits. In this lab, students work with tools and apparatus, like - breadboards,...
Read MoreThe Communication Engineering Lab is a vital part of the B.Sc. in Engineering program, designed to provide students with practical experience in modern communication systems and technologies. This lab focuses on the principles of analog and digital communication, equipping students with the skills necessary to design, analyze, and implement various...
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The Accident Investigation Lab at Bangabandhu Sheikh Mujibur Rahman Aviation and Aerospace University (BSMRAAU), established in December 2021 at Dhaka Campus, is designed to provide advanced training and research opportunities in aircraft accident investigation and safety. It is equipped with a wide range of specialized tools especially the Optical Microscope...
Read MoreTo identify different tooling techniques and measurement instruments useful for fitting, welding, and similar machinery works.
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The lab is well-equipped with static jet aircraft engine test facility to familiarize students with modern aircraft power plant.
Read MoreTo teach students about measuring shear force and bending moment of the real aircraft components including the fatigue life calculation
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To bridge the gap between theories and real-life phenomena, the lab is aimed to demonstrate the students on various heat transfer modes during heat exchange from one medium to another.
Read MoreTo practically demonstrate the students about the aerodynamics characteristics of airfoil via wind tunnel. In addition, different flow characteristics are taught to grasp the practical aerodynamics knowledge.
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To provide sufficient practical knowledge to students about the materials adopted in today’s aerospace industry.
Read MoreTo demonstrate to students about the material behavior and calculate their mechanical properties.
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This lab is for the satellite testing using the test and measurement equipment like high frequency upto 20 Ghz signal generator, signal analyzer and vector network analyzer etc.
Read MorePicoSat Lab: This lab is for the design and development of Pico and Nano satellite. Students will learn how to build a functional cube satellite from scratch.
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To expose students to existing standards related to technical drawings both by pencil and paper and to adopt computer-aided engineering (CAD) programs.
Read MoreTo expose students with different aircraft systems including hydraulics, avionics, radar system, fuel tank system to gain expertise.
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To practically demonstrate the basic principles of fluid mechanics theories
Read MoreTo able students to demonstrate the application of the thermodynamic laws to practical engineering systems.
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