Aerodynamics- Micro Actuator And Nano Sensor Technology

This course delves into advanced aerodynamics and micro-actuator technology over 12 modules. Students will learn about micro-actuators, nano- sensors, and MEMS sensors. Topics include aerodynamic forces, moments, control, smart structures, design optimization, aeroelasticity, flow control, wind tunnel testing, and future trends in micro-actuator and nano-sensor technology.

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What will you learn

Fundamentals of aerodynamics, forces, and moments.
Working principles of micro-actuators and nano-sensors.
Application of MEMS sensors in aerospace systems.
Techniques for aerodynamic control and flow manipulation.
Integration of smart structures into engineering design.
Methods of design optimization and aeroelastic analysis.
Hands-on knowledge of wind tunnel testing and data interpretation.
Exploration of future directions and emerging trends in micro-actuator and nano-sensor technology.

Who is this for

Engineering students specializing in Aerospace, Mechanical, or Electronics.
Researchers and professionals in aerodynamics, control systems, and MEMS/NEMS.
Innovators working on smart structures and next-gen aerospace technologies.
Learners aiming to explore cutting-edge applications in sensors and actuators.

Highlights

12 structured modules covering theory and applications.

Focus on real-world applications in aerospace and advanced engineering.

Covers both micro- and nano-level devices for precision control and sensing.

Integration of aerodynamics with MEMS/NEMS technology.

Insights into future innovations shaping aerospace systems.

Eligibility

There is no eligibility

Pre-Requisites:

Basic knowledge of physics and mathematics (mechanics, fluid dynamics).
Fundamentals of aerodynamics or mechanical engineering concepts.
Introductory understanding of electronics and sensor technology (helpful but not mandatory).

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Level

Beginner

Duration:

30 Hours

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