▦
Professional PCB Design
Professional PCB design using Altium Designer.
▦ PCB Design & Product Development
Become a PCB Design Engineer.
Learn to take an electronic circuit from schematic capture through component selection, placement, routing, design verification, fabrication outputs, assembly and board-level testing.
Training · R&D Lab
Learn → Design → Review → Fabricate
Schematic
Capture & Design
→ Components · Nets · ERC
PCB Layout
Placement & Routing
→ Rules · Grounding · Signals
Manufacturing
Gerber & Drill Files
→ DFM · Fabrication
Board Bring-up
Assembly & Testing
→ Debug · Validation
A practical PCB training track focused on producing manufacturable,
testable and professionally documented circuit boards.
Program Highlights
Professional PCB engineering through real hardware development.
These are the program highlights presented in the PCB Engineering program.
▤
1-Layer & 2-Layer PCB Design
Practical single-layer and double-layer PCB development.
⌂
In-house PCB Fabrication
Learn the practical in-house PCB fabrication workflow.
⌁
Gerber & Manufacturing Outputs
Generate Gerber and manufacturing output files.
⚒
PCB Assembly & Testing
Practical assembly, soldering and PCB testing.
◉
Real Hardware Based Learning
Learn through actual hardware development.
◎
Industry Oriented Training
Practical industry-oriented PCB engineering training.
✓
Hands-on Projects & Mentorship
Projects with practical training and expert mentorship.
Detailed Syllabus & Curriculum
Three months. Three engineering stages.
The curriculum follows the program document structure.
MONTH 1 — PCB FUNDAMENTALS & ALTIUM DESIGNER
PCB fundamentals, schematic and librariesPCB Fundamentals & Types
- PCB Types, Materials & Manufacturing Basics
- Single Layer vs Double Layer PCBs
Altium Designer Essentials
- Interface, Projects, Libraries, Components
- Schematic Design Workflow
Schematic Design
- Circuit Capture, Net Labeling
- ERC & Design Validation
Component Libraries
- Symbol & Footprint Creation
- Library Management
Mini Projects
- LED Driver PCB
- Relay Control Board
- Sensor Interface Circuit
MONTH 2 — PCB LAYOUT DESIGN & FABRICATION
Layout, manufacturing outputs and fabricationPCB Layout Design
- Component Placement Techniques
- Trace Routing, Power & Ground Routing
- Design Rules & DRC Checking
Manufacturing Outputs
- Gerber Files Generation
- Drill Files, Pick & Place, BOM
PCB Fabrication Process
- PCB Printing
- Toner Transfer
- Etching
- Cleaning
- Drilling
Mini Projects
- Embedded Controller PCB
- Sensor Board
- Power Supply PCB
- Relay Automation PCB
MONTH 3 — ASSEMBLY, TESTING & PRODUCT ENGINEERING
Assembly, validation and capstone workPCB Assembly
- Component Identification
- Soldering Techniques
- Connector & Wire Integration
PCB Testing
- Continuity Testing
- Short Circuit Detection
- Power & Signal Verification
Debugging & Validation
- Oscilloscope Basics
- Signal Tracing
- Fault Finding Techniques
Product Engineering
- Prototype Development
- Design Improvement
- Final Product Validation
Capstone Projects
- Smart Socket PCB
- Industrial Relay Board
- IoT Interface PCB
- Power Distribution Board
Sample & Capstone Projects
Build practical PCB projects.
Projects listed in the program are reflected here.
⚡
LED Driver PCB
Month 1 mini project.
↔
Relay Control Board
Month 1 mini project.
◉
Sensor Interface Circuit
Month 1 mini project.
▣
Embedded Controller PCB
Month 2 mini project.
◉
Sensor Board
Month 2 mini project.
⚡
Power Supply PCB
Month 2 mini project.
↔
Relay Automation PCB
Month 2 mini project.
⌂
Smart Socket PCB
Month 3 capstone project.
▤
Industrial Relay Board
Month 3 capstone project.
⌁
IoT Interface PCB
Month 3 capstone project.
⚡
Power Distribution Board
Month 3 capstone project.
PCB Engineering Workflow
One board. One complete development cycle.
Understand what happens at every stage instead of treating PCB layout as an isolated software task.
01Requirement
02Schematic
03Footprints
04Placement
05Routing
06DRC / Review
07Fabrication & Test
Key Skills
What you will be able to do.
Build the practical capabilities required for PCB design and electronics product development work.
Schematic Capture
Create readable, structured and electrically correct circuit schematics.
PCB Layout
Translate circuits into manufacturable board layouts with disciplined placement and routing.
Footprint Creation
Create and verify component footprints from package dimensions and datasheets.
Design Rule Checking
Identify connectivity, clearance, footprint and manufacturing issues before fabrication.
Gerber Generation
Prepare the required fabrication outputs and understand what each manufacturing file represents.
Board Bring-up
Safely power, inspect, measure and debug a newly assembled PCB.
R&D Lab Exposure
PCB design connected to real hardware.
The training is structured around practical board development rather than software-only exercises.
PCB Design Workstations
Dedicated engineering workstations for schematic capture, layout and design review.
Soldering & Rework
Hands-on exposure to through-hole, SMD soldering, rework and board inspection.
Multimeters
Continuity, resistance, voltage and current measurements during board validation.
Oscilloscopes
Waveform measurement and signal-level debugging during board bring-up.
Power Supplies
Controlled power-up, current monitoring and power-rail validation.
PCB Fabrication
Understand fabrication outputs and practical board manufacturing processes.
Career Focus
Where PCB design skills are used.
The training builds a foundation for board-level electronics and product development roles.
PCB Design Engineer
Work on schematic capture, PCB layout, libraries, design rules and manufacturing outputs.
Hardware Design Engineer
Develop electronic circuits and translate them into functional hardware boards.
Electronics R&D Engineer
Prototype, test and iterate electronic products and circuit boards.
Hardware Validation Engineer
Verify boards through measurement, testing, debugging and validation procedures.
Production / DFM Support
Work with manufacturing and assembly teams to identify and resolve board production issues.
Product Development Engineer
Work across electronics, PCB, assembly, testing and product integration.
Fee Structure & Booking Details
3-Month Advanced PCB Engineering Program
Professional PCB Engineering Track
Course Duration
3 Months
HANDS-ON · PRACTICAL · INDUSTRY ORIENTED
★ Special Launching Fee ★
₹20,000/-
PER STUDENT
LIMITED PERIOD OFFER
Actual Fee
₹35,000/-
PER STUDENT
♙Expert-led Training
⚙Practical & Hands-on Learning
▣Industry Standard Tools & Tech
⌁Real-world Projects
▤Certificate of Completion
●Expert Mentorship
Confirm Your Seat by Paying the Advance
₹5,000/-
(NON-REFUNDABLE)
Balance fee can be paid on or before the batch start date.
How to Book Your Seat?
01WhatsApp to Book
02Pay Advance ₹5,000/-
03Share Payment Screenshot
04Get Your Seat Confirmed
Important Notes:
This is a special launching offer for a limited period only.
• Advance payment is non-refundable.
• Seats are limited. Early booking is recommended.
• Batch confirmation will be done on a first-come, first-served basis.
Advanced PCB Design & Fabrication Program Brochure
Download the complete 3-page program document.
FAQ
Frequently Asked Questions
What is the duration?
The program duration is 3 months.
Which PCB software is covered?
The program specifically lists Altium Designer.
Are PCB fabrication and assembly included?
Yes. The program includes in-house PCB fabrication, PCB assembly and testing.
What is the special launching fee?
The special launching fee is ₹20,000 per student. The actual fee is ₹35,000 per student.
How much is the booking advance?
₹5,000. The advance payment is non-refundable.
How do I book?
WhatsApp to book, pay the ₹5,000 advance, share the payment screenshot and get the seat confirmed.
Is certification provided?
BrinnTech PCB Engineering Certification is awarded on successful completion of the program.
Ready to design your first professional PCB?
Move from schematic to fabrication-ready board with a practical engineering workflow.