Step by Step Guide to Design Nano Devices and Sensors | Programming Buddy Club | Free Udemy Courses

LEARN HOW TO IMPLEMENT NEGF METHOD TO DESIGN NANODEVICES / SENSORS BY CODING IN MATLAB. / NANOTECHNOLOGY - GNR - CNT

Discount - $  FREE 100% Off

• Lectures - 16 lectures
• Skill Level -Beginner Level
• Language -  English
• Published -  Last updated 1/2020
• Coupon -NANO-DESIGN
• Rating -
• Students Enrolled -

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Course Includes

• ☑️ 3.5 hours on-demand video

• ☑️ 2 articles

• ☑️ 3 downloadable resources

• ☑️ Full lifetime access

• ☑️ Access on mobile and TV

• ☑️ Certificate of Completion

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What Will I learn?

• ☑️ How to design and develop simulator for nano devices and sensors

• ☑️ You’ll be able to model nanostructures, examine your ideas and propose results for your projects, thesis and publications

• ☑️ How to implement NEGF method in Matlab to explore electronic/transport properties of nano structures such as transmission probability and I-V characteristics

• ☑️ How to Convert an Example Code to Systematic Simulator

• ☑️ Become familiar with Graphene Nanoribbon and Carbon Nanotube structures and model their properties in Matlab

• ☑️ Ups and Downs of NEGF and how to make your code expandable and efficient

Requirements

• ☑️ Almost no prior knowledge is required for this course, however, basic understanding of matrices analysis and working with Matlab is beneficial

Who is the target audience?

• ☑️ Undergrad and Graduates who need to design nanodevices or sensors to handle their projects and thesis and publish their simulation results

• ☑️ Students and researchers who are interested in Nanotechnology and design of nano-scale devices and sensors

• ☑️ Beginners who want to step in nano-world and acquire great feeling of how nanosystems work with no confusing mathematical theories and formulas

• ☑️ Whoever wants to understand NEGF method through step by step coding

• ☑️ Whoever wants to come up with futuristic nano-scale systems that could propose novel and exciting features

• ☑️ Whoever wants to learn quantum transport theory and make systematic simulator for research and publications

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