Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English |
Course Overview
“Certificate Electronics/PCB Design Engineer” Training is a certificate course offered by Sona College of Technology (SCT), Department of Continuing Education. This Certificate Electronics/PCB Design Engineer for engineering candidates who aspire to gain the desired skills to climb up in their careers. The “Certificate Electronics/PCB Design Engineer” is a short-term course of 6 months that teaches the candidates about the rules before PCB Designing, and the flow of the computer-aided design.
The institute offers a “Certificate Electronics/PCB Design Engineer” program regardless of academic background, age, and location. The role will help in helping in researching, and developing products, collaborating with systems designers in creating newer designs, library management, and building, testing, and finalizing the design.
Candidates can apply PCB to industrial and commercial applications like electrical, heat transfer, and hydraulic equipment. Moreover, by adding the “Certificate Electronics/PCB Design Engineer” Certification, candidates can increase their chances of being selected by prospective employers.
The Highlights
- Short-term certificate course for Engineers
- 250 hours for 6 months
- English medium of instruction
- Sona College of Technology Initiative
Programme Offerings
- Online Certificate Course
- short term course
- Certification by Sona College of Technology.
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | Sona College of Technology, Salem |
The total fee of the “Certificate Electronics/PCB Design Engineer” Certification Course is Rs. 10,000+GST.
Certificate Electronics/PCB Design Engineer Fee Structure
Course Title | Total Fee |
Certificate Electronics/PCB Design Engineer | Rs. 10,000 + GST |
Eligibility Criteria
Academic Qualifications
- The candidate must possess a Graduate Degree or Diploma in the relevant engineering field. This means he/she should hold a Diploma/B.Tech/BE/ITI/B.Sc. in Electronics /Telecommunication/ Instrumentation /Electrical.
- The candidate applying must have a basic understanding of English since the medium of instruction is English.
Work Experience
- No work experience is required for the certification course of Electronics/PCB Design Engineer provided by Sona College of Technology (SCT).
Certification Qualifying Details
- For obtaining the completion certificate, candidates will just have to attend all the lectures and complete projects.
What you will learn
- Printed Circuit Board Design - A student can acquire the basic level knowledge required to understand PCBs, it’s history, types, components, design, and development flow.
- Schematic Design - With the “Certificate Electronics/PCB Design Engineer” Training, a learner can understand the flow of computer-aided design packages, and also know the rules before PCB Designing.
- PCB Layout Design - The “Certificate Electronics/PCB Design Engineer” Certification helps the students learn the importance of manufacturing documents, the design of PCB for Manufacturing, and to prepare a draft.
- Printed Circuit Board Manufacturing Techniques - With the” Certificate Electronics/PCB Design Engineer” Certification Syllabus learn the basic level to understand the Film Master generation method, the material used for manufacturing, cleaning methods of the base material, fault finding, and repair, or rework methods.
- Assembly Techniques - Students learn about the entry-level assembly techniques for led and SMDs., and useof various tools during assembly of a Printed circuit board.
- Soldering Techniques - The “Certificate Electronics/PCB Design Engineer” Certification Programme teaches the students about the methods of soldering of PCBs, the material used in the soldering process, and what are the methods of soldering.
Who it is for
- PCB Design Engineer - A printed circuit board (PCB) designer uses computer programs to design circuit boards that are used in computers, electronics, cell phones, and other electronic devices.
- PCB Developer - As a PCB developer, this course from Sona Institute of Technology can help in Developing which is one of the simpler chemical processes in the making of a PCB,
- PCB Tester - The Certificate Electronics/PCB Design Engineer Course can help the engineer to prepare a printed circuit board testing system properly.
- PCB Service Technician - Printed circuit board test technicians are those who can inspect and test printed circuit boards, and sometimes often do minor repairs.
- Supervisor-Electronics Product Assembly Section - Assembly Supervisor is responsible for supervising electro-mechanical assembly. They're responsible for keeping the workers and the plant safe and monitoring production flow to meet manufacturing standards and demands. The course of a PCB designer may help meet with managers or other plant leaders to discuss production concerns.
Admission Details
Step 1 - Visit the official website of https://www.sonatech.ac.in/ portal
Step 2 - From the Main Menu, candidates can hover on Academics and then Choose Continuing Education
Step 3 - Then students can Click on the Certificate Courses button mentioned on the left side
Step 4 - Then Click Electronics, and Communication Engineering tab
Step 5 - Click on the Certificate Electronics/PCB Design Engineer Course
Step 6 - Then candidates get in touch with the Contact details mentioned for further Admission Details
The Syllabus
- History of Printed Circuit Boards
- Various types of Printed Circuit Boards-Single Sided
- Boards, Double Sided Plated through Hole Boards, multilayer Boards
- Study of Packages of Electronic Components
- Study of SMD Components
- Process of PCB design and product development flow
- Starting a project
- Working with schematic design tools
- Schematic drawing from circuit
- Rules for PCB Design
- Standards for PCB Design
- Placing, editing, and connecting parts and electrical symbols
- About libraries and parts
- Creating a net list
- Exporting and importing schematic data
- Basic Circuit simulation using EDA tool
- Board outline Design
- components placement
- Details of layers
- Routing methods
- Copper Pour
- Adding reference texts
- Build library parts (footprints, schematic symbols)
- Generation of various Manufacturing
- Documents/Output files generation (Gerber file generation)
- IPC standards for printed circuit board design
- Fabrication methods
- Study of photographic Film, Exposing and Developing Process
- Study of various materials used in the Manufacturing of Printed
- Circuit Boards and properties of the material
- Cleaning Method of base materials before pattern transfer manual and Mechanical Cleaning Methods
- Components Preparation MethodLead identification of components
- Component mounting techniques
- Lead Forming methods
- Leaded through-hole assembly and Surface Mount
- Assembly
- Mixed Assembly Techniques of through-hole and SMDs
- Manual Assembly method, Semiautomatic and automatic
- Assembly Method
- Study of Tools used in the assembly process
- Introduction to SMD soldering methods, placing methods of
- SMDs, the study of material for SMD soldering. Rework and
- Repairing methods
- Method of Screen Printing for pattern transfer
- Method of Wet film and Dry film for single and Double
- Sided Board Manufacturing
- Method of Solder-mask and Legend Printings
- Plating and Etching Techniques
- Mechanical methods required in manufacturing of PCBs like
- punching, drilling, milling and routing
- Study of Fault Finding methods of PCBs
- Repairing Techniques.
- Desoldering techniques, replacement of Component /Solder
- Pad /Track repairing methods.
- Materials used in Soldering Process.
- Types of soldering techniques.
- Soldering Methods –Manual and Mass soldering Techniques.
- Tools for soldering and de-soldering.
- Study of soldering defect and rectification.
- Testing for quality Control.
- Introduction to SMD soldering methods,
- placing methods of SMDs, study of material for SMD soldering.
- Rework and Repairing methods.
- Based on theory- practical and Assignment in Design
- Manufacturing and Assembly