1. A modern Windows PC (or virtual machine) capable of running CAD
and design tools such as Altium CircuitMaker, Labcenter Proteus, and Matlab.
2. High School or equivalent understanding of mathematics.
The Crash Course
Electronics and PCB Design is a unique and comprehensive learning experience
that takes you from a novice to an expert in the field of electronics and
printed circuit board (PCB) design. This course is specifically tailored for
individuals who have a keen interest in mastering electronics from scratch and
leveraging that knowledge to create actual PCBs. Unlike any other existing
course, Crash Course Electronics provides unparalleled depth and breadth of
content.
Starting with the
fundamentals of atomic physics and electron behavior, the course swiftly
progresses to cover essential topics such as Ohm's Law, circuit analysis, AC
and DC circuits, impedance, RC and RL circuits, filters, amplifiers,
transistors, FETs, analog and digital theory, and much more. While the subject
matter may seem highly technical and math-based, the course is designed to be a
guided journey with the instructor.
Each lecture
builds upon the previous one, presenting new concepts from multiple
perspectives, similar to solving a puzzle. The instructor recognizes the
challenges faced by learners and approaches each lecture as an opportunity for
both the instructor and the learners to learn together. No prior knowledge is
assumed, ensuring that even beginners can grasp the material effectively.
Throughout the course,
you can expect to witness the practical application of the concepts discussed.
Every circuit and idea is thoroughly explained on a blackboard, virtually
simulated using Labcenter Proteus, and physically constructed before your eyes
in high-definition video and audio. In addition to theoretical understanding,
the instructor shares invaluable real-world tips and tricks accumulated from
over 35 years of hands-on experience in electronics.
Once you have
acquired a solid foundation in electronic theory, the course takes an exciting
turn. You will embark on the journey of designing not just one or two, but
three complete products. The instructor will guide you through every step of
the design process, including product conceptualization, part selection, background
research, collaborative circuit design using Altium CircuitMaker, layout
creation, routing, verification, and preparation of manufacturing files.
Furthermore, you will learn how to leverage online manufacturing services to
turn your designs into tangible products ready for production.
As a bonus, the
course includes a complimentary PDF version of the instructor's extensive
college textbook, "Design Your Own Video Game Console" or "The
Black Art of Video Game Console Design." Although the course does not
specifically focus on game consoles, you can utilize the book's theory,
electrical engineering principles, and PCB design chapters to enhance your
learning.
This course is
suitable for a wide range of individuals, including those with a genuine
interest in learning electronics and PCB design, programmers seeking insights
into the inner workings of the machines they code for, electrical or computer
engineering students who desire a head start in their studies, and hobbyists or
hackers aiming to expand their knowledge and attain a comprehensive
understanding of electronics and circuit analysis/design.
Enrolling in Crash
Course Electronics and PCB Design guarantees not only a thorough understanding
of the subject matter but also an immersive learning experience. With a blend
of theory, practical demonstrations, and hands-on projects, you will gain the
skills and confidence to design your own PCBs.
By the end of the
Crash Course Electronics and PCB Design, you can expect to achieve the
following outcomes:
Fundamental
Understanding: Develop a solid foundation in electronics, starting from atomic
physics and electron behavior, and progressing to advanced concepts such as
circuit analysis, AC and DC circuits, impedance, filters, amplifiers,
transistors, FETs, analog and digital theory, and more.
Application of
Knowledge: Apply the acquired theoretical knowledge to practical scenarios by
building circuits, simulating them using software tools like Labcenter Proteus,
and physically constructing them to gain hands-on experience.
Circuit Design
Proficiency: Gain proficiency in designing circuits by utilizing Altium
CircuitMaker. Learn how to select appropriate components, create schematics,
design layouts, perform routing, and verify designs for functionality and
performance.
PCB Design Skills:
Acquire the skills needed to design printed circuit boards (PCBs) from scratch.
Learn about best practices for layout, routing, and creating manufacturing
files necessary for production.
Real-World Tips
and Tricks: Benefit from the instructor's 35+ years of experience in
electronics, as they share valuable real-world insights, tips, and tricks that
go beyond theoretical knowledge and enhance your understanding of the subject.
Hands-On Project
Experience: Engage in three complete product design projects, where you will
experience the entire process from concept development to manufacturing file
preparation. Gain confidence in your ability to design and create functional
products.
Knowledge of
Online Manufacturing: Learn how to leverage online manufacturing services to
transform your PCB designs into tangible products ready for production.
Understand the steps involved in submitting manufacturing files and navigating
the production process.
Deep Understanding
of Electronics: Develop a comprehensive understanding of electronics, enabling
you to analyze, troubleshoot, and design electronic circuits with confidence.
Interdisciplinary
Insight: Gain insights into the intersection of electronics with other fields,
such as programming, computer engineering, and video game console design,
through relevant chapters from the provided textbook.
Self-Development:
Cultivate a lifelong learning mindset in electronics and PCB design. Gain the
tools and resources necessary to continue exploring and expanding your
knowledge beyond the course.
Completing the
Crash Course Electronics and PCB Design will equip you with the knowledge,
skills, and practical experience to pursue further studies in electronics, work
on personal projects, or enter the field of electronics and PCB design with a
strong foundation.
Dr. Aadam is an interventional gastroenterologist who
possesses specialized expertise in gastrointestinal oncology, as well as
complex pancreas and biliary disorders. He is an integral member of a
multi-disciplinary team that incorporates the latest research and
state-of-the-art technology into a patient-centered comprehensive care plan.
Dr. Aadam is actively engaged in clinical research and has been invited to
present his work at several national conferences. He has undergone additional training
to perform advanced endoscopic procedures, including endoscopic ultrasound
(EUS), ERCP, and stent placement within the gastrointestinal tract. Currently,
he is leading the initiative in endoscopic submucosal dissection (ESD), which
allows for the removal of early cancers in the gastrointestinal tract using a
flexible endoscope as an alternative to invasive surgery in certain situations.
In the classroom, it is imperative to create a cooperative
community that models the importance of mutual respect and cooperation among
all community members. As an educator, I am skilled in adapting to students'
diverse learning styles to ensure that each student is provided with an
equitable opportunity to learn and succeed.
Crash Course Electronics and PCB Design
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