About:
Welcome to the Department of Avionics Engineering at Aviation and Aerospace University, Bangladesh (AAUB), a pioneering academic division situated in Bangladesh. Operating in close cooperation with the Bangladesh Air Force, our department offers an undergraduate B.Sc. program in Aeronautical Engineering (Avionics). This program is designed to equip students with both the theoretical knowledge and practical skills essential to excel in aviation, aerospace, and related high-tech industries. Our department is committed to transforming students into professionals and enthusiasts in aviation, space technology, and avionics, driven by our mission of delivering world-class education and impactful research.
Comprehensive Curriculum
The curriculum of the Aeronautical Engineering (Avionics) program covers a broad range of topics essential to the avionics field. Students undertake core and advanced courses in electronics, computing, aircraft communication systems, signal processing, radar systems, and avionics systems. These subjects are designed to equip students with a solid understanding of avionics fundamentals, while also exposing them to emerging fields within aerospace technology. Our program places a strong emphasis on problem-solving, critical thinking, and innovation, aligning student learning outcomes with the needs of modern industry and research sectors.
Faculty and Expertise
Our faculty comprises a blend of experienced academicians and experts from the Bangladesh Air Force, merging rigorous academic insights with real-world operational experience in avionics. The department is strengthened by academicians who have completed their Ph.D. and Masters in China, Japan, Malaysia, Russia, and the USA, bringing global perspectives and research expertise to the program. Our faculty includes experts with extensive experience handling live avionics systems in operational aircraft with the Bangladesh Air Force. Their hands-on expertise in managing real-world aviation scenarios enriches our academic environment, providing students with unique insights into avionics applications and practices critical for the aerospace industry. In addition, our faculty members offer a balanced curriculum and mentoring that prepares students to meet industry challenges with confidence, creativity, and competence. This unique mix of expertise allows us to deliver an education that encompasses both foundational theories and their practical applications in the fast-evolving field of avionics.
Advanced Laboratories and Research Facilities
The Department of Avionics Engineering takes pride in its extensive range of specialized laboratories, each designed to provide hands-on experience that bridges classroom learning with practical application. These labs are outfitted with cutting-edge hardware and software, ensuring students gain in-depth exposure to tools and technologies commonly used in the industry.
Our laboratories include:
• Avionics Laboratory: Focused on core avionics systems, providing hands-on experience with instrumentation, navigation, and communication equipment.
• Radar Systems Lab: Dedicated to studying and experimenting with radar technologies, an essential component in modern aviation and defense systems.
• Digital Signal Processing (DSP) Lab: Equipped to introduce students to the intricacies of signal processing techniques, essential in applications from communications to image processing.
• Modeling and Simulation Lab: Allows students to simulate avionics systems, optimizing designs and understanding system behavior under varied conditions.
• Microprocessor and Microcontroller Lab: Focuses on embedded systems, with applications in control systems, data processing, and avionics-specific solutions.
• Communication Systems Lab: Enables exploration of both analog and digital communication methods integral to aircraft systems.
• Control System Lab: Trains students in control systems theory and applications, vital for managing aircraft stability, automation, and navigation.
• Engineering Drawing: Equips students with the skills to create precise technical schematics, essential for communicating complex avionics designs in academic and professional settings.
• Aerodynamic Lab: Provides hands-on experience in analyzing airflow and forces affecting aircraft, giving students practical insights into optimizing flight performance and stability.
• Electronics and Electrical Labs: Provide foundational knowledge and skills in circuitry and electronic components, crucial for all avionics engineers.
Career Opportunities for AE (Avionics) Graduates
Graduates of the Department of Avionics Engineering have a wide array of promising career opportunities in both Bangladesh and international markets. Within Bangladesh, the growing aerospace and defense sectors, particularly with the Bangladesh Air Force, local aviation companies, such as Bangladesh Biman, US-Bangla Airlines, Novo Airways, and various foreign airlines, offer roles in avionics system design, maintenance, and aircraft communication. Industries focusing on telecommunications, satellite technology, and radar systems also present strong job prospects. Internationally, avionics graduates are highly sought after in sectors such as commercial and military aviation, aerospace research, satellite navigation, and defense technology. They also work in technology companies such as Honeywell Aerospace, Collins Aerospace, NASA, and ESA, where they contribute to satellite, radar, and space exploration projects. Additionally, graduates can explore roles in cutting-edge fields like unmanned aerial systems (UAS), space technology, and the Internet of Things (IoT). These diverse job fields allow avionics engineers to make impactful contributions, addressing technological needs and advancing aviation and aerospace development globally.
Mission:
To create skilled and competent professionals in the field of Avionics Engineering with high morals to meet the national and global needs through creative research and innovations.
Vision:
Department of Avionics Engineering, AAUB is working with the following missions in
mind:
a) To provide state-of-the-art education in Avionics Engineering, to produce qualified engineers, capable of solving real-world problems to meet the needs of industry and
society.
b) To contribute towards the creation of new knowledge through research and innovation in relevant fields of Avionics engineering and allied fields to address emerging national and
global issues for the well-being of the society.
c) To enable students in attaining required ethics with an attitude of entrepreneurial skills, ethical values and social consciences.
d) To embed leadership qualities amongst the students to follow successful professional career paths and to pursue advanced studies in Aerospace and Avionics engineering.
