From Zero to 10K+ Offer in 3 Months — ChengDian GuoXin PCB Design Employment Program Now Enrolling!

The Hotter AI Gets, the More Valuable PCB Skills Become

In 2026, AI is rewriting code and auto-generating designs. Many engineers have fallen into deep career anxiety: Will my role be replaced by AI?

But in the world of chips and hardware, there is one role that AI hasn't touched — and actually benefits from the AI hardware boom (servers, autonomous driving chips) — creating an even larger talent gap: the PCB Design Engineer.

AI Handles Standardization; PCB Design Is a "Physical Game"

AI excels at processing standardized data, but PCB design is a complex "physical game." It's not just about connecting circuits — it requires solving physical challenges in Signal Integrity (SI), Power Integrity (PI), and Electromagnetic Compatibility (EMC). Layout and routing of a high-speed board demands consideration of thermal management, structural interference, Design for Manufacturing (DFM), and expensive trial-and-error costs. These require integrated judgment combining physical space, engineering experience, and process limits — a gap AI cannot yet cross.

With the rapid development of 5G communications, new energy vehicles, and AI servers, companies' requirements for PCB engineers go far beyond "knowing how to route traces." PCB engineers who can design high-speed multi-layer boards, understand simulation, and solve EMC problems are in extremely short supply, commanding ever-rising salaries.

Real Results from Past Students

Salaries Speak Loudest

ChengDian GuoXin's PCB Design Employment Program has run multiple cohorts. Students have proven the course's value with real salary outcomes — the highest monthly salary reaching 10K+, with a floor of 6K. From zero foundation to receiving job offers, they completed their career upgrade in just 3 months. Some students even received offers from major telecom companies before graduating.

Notably, many of these students came from associate degrees, cross-disciplinary backgrounds, or even zero foundation. What companies value is never your diploma — it's whether you can design boards that actually work.

No More Theory Without Practice — Build Real Combat Skills

The biggest pain point for beginners and career changers: they know the software tools, but freeze when facing real projects — not understanding design workflows, manufacturing processes, or design rules. Their boards can't be produced.

To break this deadlock, ChengDian GuoXin Xi'an launches the PCB Design Engineer Employment Program. We don't train "drafters" who only click mice — we train "engineers" who can independently deliver projects.

Visible Learning Outcomes

Why Students Learn Fast and Well

Because we don't run large classes — we only do 8–12 student premium small classes

Many training programs cram dozens of students into one class. Instructors can't keep up, problems pile up, and zero-foundation students quickly fall behind.

Our commitment: Small class | Limited to 8-12 students | Premium teaching | Everyone gets attention

• ✔ Instructors track progress throughout, solving problems on the spot
• ✔ One-on-one hands-on guidance — routing, rules, footprints, and errors corrected face-to-face
• ✔ Assignments reviewed individually, projects evaluated one by one
• ✔ Learning pace tailored individually — faster students take on more projects, slower students stay on track

Truly achieving: Understand, learn, draw correctly, apply practically, ace interviews, land offers.

More Than Just Software — We Train You into a PCB Design Engineer from the Ground Up

Many programs only teach: create footprint → connect traces → export Gerber.

What companies actually want: engineers who understand principles, handle high-speed design, enable mass production, and make no mistakes.

Our comprehensive system covers everything:

• 🔹 Circuit Fundamentals: Resistors/Capacitors/Inductors/Power/Clock/Interfaces/Transmission Lines...
• 🔹 Complete PCB Design Flow: Library creation → Schematic → Layout → Routing → Optimization → Output
• 🔹 Physical Board Teaching Throughout: Every key project has a physical board for comparison
• 🔹 High-Speed Design: Impedance control, differential pairs, length matching, topology
• 🔹 SI Signal Integrity + PI Power Integrity + EMC Electromagnetic Compatibility
• 🔹 DFM Design for Manufacturing: First board success, no rework, no waste
• 🔹 Enterprise Standards, Documentation Habits, Mass Production Thinking

After graduation, you're not a "board drawer" — you're a PCB Design Engineer ready to work in a company.

6–10 Real Projects in 3 Months! Your Resume Will Outshine Peers

We reject theory without practice! The curriculum revolves around real projects in three hot fields:

• AIoT Smart Terminal Board (4-layer): Master ESP32, sensors, wireless communication design
• New Energy Vehicle BMS Board (6-layer): Learn 200A high-current, automotive-grade reliability design
• High-Speed Communication Board (12-layer): Hands-on DDR3, Gigabit Ethernet, PCIe and other high-speed signal design

Upon graduation, you'll have 6+ complete project portfolios for your resume — your strongest asset in interviews!

Complete Project List

Beyond the 3 standard projects, we add 3–7 additional projects based on progress. Each student completes:

• ✔ 4-layer AIoT IoT board (consumer electronics/smart hardware)
• ✔ 6-layer automotive BMS board (new energy direction)
• ✔ 12-layer signal processing board (DDR/LVDS/Gigabit Ethernet/PCIE)
• ✔ SOS IoT board
• ✔ MCU control board
• ✔ 6-series battery 200A high-current board
• ✔ 8-layer optical communication board (optical module, Ethernet port)
• ✔ 10-layer high-speed communication board (DDR, SATA, HDMI)
• ✔ 12-layer high-speed backplane
• ✔ Collaborative practice board

All are real enterprise projects — 3 months of practice equivalent to 1–2 years elsewhere.

It's this "learn by doing, do by learning" practical model, combined with the 8-12 student small class environment, that allows instructors to attend to each student's progress, correcting errors and answering questions promptly.

3-Month Full-Time Learning Roadmap

Month 1 | Building Foundations (0→1)

Industry overview + circuit fundamentals; AD software + library design + schematic + PCB basics; Minimum system board hands-on + physical board comparison; 4-layer AIoT board complete walkthrough; one-on-one error correction, building a solid foundation

Month 2 | High-Power Project Practice + High-Speed Theory

PCB layout standards and practical applications; PCB routing standards and practical applications; 6-layer automotive BMS board (high current + power segmentation); Impedance/SI/PI/EMC fundamentals; Allegro systematic teaching

Month 3 | Advanced Breakthrough + Employment Sprint

High-speed boards (DDR/PCIe/Gigabit Ethernet/HDMI); DFM + enterprise standards + collaborative design + mass production thinking; Resume workshop + interview skills + career guidance

3–7 additional expansion projects added throughout the process

Daily Learning Schedule: Like a Real Workday

The weekday program uses a full-time training model (Monday to Friday), simulating a real corporate work rhythm:

At the end of each month, project summaries and reviews are conducted with corporate mentors providing feedback, simulating real company design review processes.

Why Choose ChengDian GuoXin? 8 Years of Excellence, Safeguarding Your Employment!

• Strong Track Record: 8 years of operation, 10,000+ graduated engineers, 1,000+ deeply partnered enterprises (including CASIC, CETC, Huawei supply chain, new energy vehicle companies, etc.), with companies directly sending job requirements.
• Dual Platform Teaching: Proficient in Altium Designer (AD) full workflow, with Cadence Allegro fundamentals, covering 90% of enterprise tool requirements to broaden employment competitiveness.
• Full Process Service: From resume workshops (converting project experience into highlights), technical interview simulations (common questions + written test preparation), to one-on-one job referrals — escorting you all the way to your offer.
• Senior Teaching Team: Lead instructor Mr. Meng, former ZTE PCB design specialist and Kinwong PCB Design Regional Manager, with nearly 20 years in electronics hardware and PCB design, having led R&D and design of thousands of hardware boards; additionally, multiple renowned enterprise PCB design managers and R&D directors contribute teaching, bringing frontline enterprise needs directly into training.
• Small Class Teaching: Classes open with a minimum of 8 enrollees, capped at 12 students per class, ensuring every student receives sufficient learning and guidance.

If You Want to Quickly Master PCB Skills

Who Should Apply

• EE/Telecom/Automation/Mechatronics graduates: Don't want to compete for oversaturated positions — enter hardcore tech right after graduation with a stable high salary.
• Working professionals with 1–3 years seeking career change: Low pay, no prospects, no barriers — want to switch to the high-paying PCB track.
• Hardware assistants/testers/technicians/assemblers: Want to upgrade to core design roles — faster salary growth, higher status, more valued with experience.

Zero foundation welcome | No experience required | Associate degree or above in STEM fields

Program Details

• Start Date: October 12 (Monday–Friday, full-time)
• Duration: 3 months
• Teaching Mode: Small class | Only 8–12 students | Premium hands-on instruction
• Location: Building 4, Chang'an International Enterprise Headquarters, Xi'an
• Registration: Teacher Wang 15389068610