Hardware Engineering Growth Bundle
Three premium programs in one career-growth path, taking you from learning PCB design to becoming a more job-ready hardware engineer. Worth $497.
Save $350What's Included
Three premium programs in one path — each builds on the last toward stronger hardware engineering skills.
Course Overview
Learning PCB design is only the beginning. The real career advantage comes from applying what you learn to real hardware problems and projects.
This bundle builds the technical depth, practical confidence and project experience you need for the next step. It includes three programs:
- •PCB Design Bootcamp (value $99)
- •Signal Integrity Course (value $149)
- •Advanced Mixed Signal Design Program (value $249)
Total value: $497. Bootcamp participant price: $147, saving $350. The price is available to eligible Hardware Product Design Bootcamp participants for a limited period.
After completing the programs and applying them in projects, you can build a stronger portfolio and begin applying for roles such as Junior PCB Design Engineer, Junior Hardware Design Engineer, Electronics Design Engineer, PCB Layout Engineer, Embedded Hardware Engineer, IoT Hardware Engineer, Electronics Engineer and Hardware Engineering Intern.
The program does not guarantee employment. It gives you a stronger technical foundation and practical evidence to use when pursuing opportunities.
Programs in this bundle
PCB Design Bootcamp
Schematic development, component selection, PCB layout, routing, design rules, power and grounding, and manufacturing considerations.
Signal Integrity Course
Transmission lines, impedance control, reflections, ringing, crosstalk, length matching, differential pairs and high-speed routing.
Advanced Mixed Signal Design Program
Analog/digital integration, grounding, power integrity, noise reduction, high-speed interfaces and mixed-signal PCB layout.
What you'll gain
- •Design professional PCB layouts from schematics and make better architecture and component decisions
- •Apply signal integrity, impedance control and length matching to high-speed designs
- •Design mixed-signal circuits with better power distribution, grounding and noise management
- •Review PCB designs and spot potential engineering problems early
- •Build a stronger portfolio and position yourself for junior hardware and PCB design roles