Electronics and semiconductor suppliers
PCB, firmware and automation roles for Korean electronics suppliers.
Online Courses for Learners in South Korea – Live from India
South Korea’s electronics, shipbuilding and automotive industries hire engineers who know current design and controls tools. India is three and a half hours behind Seoul.
South KoreaLive online · HybridBatches in your time zone+91 8111 029 125
01South Korea
South Korea electronics, ships and cars
Semiconductor and electronics giants, shipyards in Ulsan and Geoje and large vehicle makers support a vast supplier base, and many Indian engineers and students live in Korea.
Korea is three and a half hours ahead of India, so Indian morning classes are a late-morning to early-afternoon session locally and weekends suit working learners.
A learner in Korea can pair a hardware tool such as OrCAD or embedded C with data analytics, which mirrors the way electronics suppliers there combine circuit design with test-data review.
Where the jobs are
Shipyards and marine suppliers
Piping, structural and CAD roles.
Automotive makers and suppliers
Design, DMU and tolerance work.
02Courses that fit
What to learn for South Korea
OrCAD PCB Design
Board design for electronics suppliers.
20–48 hMicrocontroller & Embedded C
Firmware basics for device makers.
64 hPDMS (Piping Design)
Piping layout for marine and plant projects.
40 hSiemens NX (CAD, CAM, Nastran)
Design platform common in automotive and heavy-industry suppliers.
40–80 hPLC & SCADA
Factory automation.
44–64 hData Analytics
Reporting roles in manufacturing firms.
40 h03Joining from South Korea
How learning works
Learners in South Korea study live online; Korea is about three and a half hours ahead of India.
Where we teach: classroom batches run at our Katpadi, Vellore and Ranipet centres in Tamil Nadu; learners elsewhere join live online or hybrid batches.
06Compare
Four courses, side by side
| Course | Hours | Who it suits | First project |
|---|---|---|---|
| OrCAD PCB Design | 20–48 h | Beginners who want a 20-hour course on drawing clean, validated schematics and netlists in OrCAD Capture. | Amplifier simulation |
| Microcontroller & Embedded C | 64 h | Learners with basic embedded knowledge who want 64 hours on AVR, PIC18 and ARM7 with I2C, SPI and CAN protocols. | Traffic light controller |
| PDMS (Piping Design) | 40 h | Mechanical and chemical engineers, diploma holders and piping draughtsmen who want to start 3D plant piping design. | Isometrics, spools and MTO |
| Siemens NX (CAD, CAM, Nastran) | 40–80 h | Beginners who want a solid foundation in NX part modelling, assemblies, drawings, surfaces and sheet metal in 40 hours. | Impeller multi-blade milling |
07Study plan
Your first 33 weeks from South Korea
At around seven hours a week, alongside college or work. Faster or slower is fine; finish each project before moving on.
- Weeks 1–7: OrCAD PCB Design (20–48 h)
- Weeks 8–16: Microcontroller & Embedded C (64 h)
- Weeks 17–22: PDMS (Piping Design) (40 h)
- Weeks 23–33: Siemens NX (CAD, CAM, Nastran) (40–80 h)
04Your learning path
From South Korea, step by step
OrCAD PCB Design 20–48 h
You will learn to
- Run Monte Carlo and worst-case analysis and mixed analog/digital simulation
- Generate artwork (Gerber), drill and PDF manufacturing files and fabricate a simple PCB
- Route single, double and multilayer boards using the Constraint Manager, vias and copper pours
Project to build: Custom IC footprint. Build padstacks and a DIP package symbol from datasheet dimensions using the Package Symbol Wizard.
Tools covered: Capture CIS, OrCAD PSpice, PSpice Stimulus Editor, Gerber, drill and PDF output, Pad Designer.
Foundation level: Students and engineers who want a 20-hour course on simulating analog, digital and mixed-signal circuits in PSpice.
Microcontroller & Embedded C 64 h
You will learn to
- Interface LEDs, seven-segment displays, LCDs in 4-bit and 8-bit mode and 4×4 keypads
- Communicate using UART/USART, I2C, SPI and CAN
- Read analog sensors using on-chip ADCs and configure PLL and power control on the LPC2148
Project to build: Keypad-based door lock. Read a password from a 4×4 keypad, show status on an LCD and drive a relay-controlled lock.
Tools covered: GSM, GPS, Bluetooth, RFID and ZigBee/XBee modules, Embedded C, 8051 and KEIL IDE, ARM7 LPC2148, UART, I2C, SPI and CAN.
Foundation level: Learners with basic embedded knowledge who want 64 hours on AVR, PIC18 and ARM7 with I2C, SPI and CAN protocols.
PDMS (Piping Design) 40 h
You will learn to
- Generate isometrics, spool drawings, nozzle and line schedules and pipe MTO reports
- Model equipment with primitives, negative primitives, nozzles and parametric templates
- Create pipes and branches, add components and set specifications and bores
Project to build: Clash-free unit area. Run clash and data consistency checks on a small unit and correct the model.
Tools covered: Draft manager, Isometric generation, Clash and data consistency checks, Spooler, Model Editor.
Foundation level: Mechanical and chemical engineers, diploma holders and piping draughtsmen who want to start 3D plant piping design.
Siemens NX (CAD, CAM, Nastran) 40–80 h
You will learn to
- Create free-form surfaces and sheet-metal parts with flat patterns
- Clean up geometry, mesh parts and apply loads and constraints in NX Nastran
- Build sweep, blend, hole, slot, draft and pattern features and edit them
Project to build: Gearbox housing and drawing. Model a housing with holes, drafts and patterns, assemble it with covers and issue a dimensioned drawing.
Tools covered: Synchronous modelling, NX Advanced Simulation with Nastran, Post processor and shop documentation, 2D, 3D and 1D meshing tools, NX Sketch and part modelling.
Foundation level: Beginners who want a solid foundation in NX part modelling, assemblies, drawings, surfaces and sheet metal in 40 hours.
05Careers
Roles that fit work around South Korea
Embedded Systems Engineer
An embedded systems engineer designs and programs the small computers hidden inside everyday products: washing machines, medical devices, smart meters, industrial controllers and the dozens of electronic control units in a modern.
Day to day: configure microcontroller peripherals such as GPIO, timers, ADC, UART, SPI and I2C; develop device drivers and communication protocols.
Skills employers ask for: Reading schematics and datasheets; Serial protocols (UART, SPI, I2C, CAN); Debugging with lab instruments.
Where careers start: Trainee Embedded Engineer.
CAE / FEA Analyst
A CAE / FEA analyst uses computer simulation to check whether a part or structure will survive the loads it faces in real life.
Day to day: post-process stress, displacement and mode-shape results and check them against hand calculations; build shell, solid and 1D meshes that meet element-quality criteria.
Skills employers ask for: Reading 3D CAD models and engineering drawings; Linear static and modal analysis in ANSYS or NX Nastran; Nonlinear and contact analysis basics in Abaqus.
Where careers start: CAE Trainee.
PCB Design Engineer
A PCB design engineer converts a circuit idea into a printed circuit board that a factory can build.
Day to day: draw schematics and create component symbols in OrCAD Capture; simulate analog and power circuits in PSpice.
Skills employers ask for: PCB placement and routing; Circuit simulation in PSpice; Schematic capture in OrCAD.
Where careers start: PCB Layout Trainee.
Guides worth reading
CATIA vs NX vs Creo: Which Is Best for Automotive Design?
CATIA, NX and Creo all appear in automotive job listings. Here is how they differ and how to choose one based on the kind of automotive work you want.
Design & Engineering · 8 min readBest CAD Software for Mechanical Engineers: A Practical Guide
There is no single best CAD tool for mechanical engineers. The right one depends on the industry you want to enter. Here is how to choose.
Design & Engineering · 9 min readJob-Ready Skills After Engineering: What Employers Actually Check
A branch-wise look at the tools, projects and communication skills that turn an engineering degree into a job-ready profile.
Career guidance · 9 min readNot sure what to pick for South Korea?
Tell a counsellor your background and goal. You get the right course, the syllabus, the next batch and a free demo class.
Guides for learners in South Korea
08FAQ
South Korea – FAQ
Still have a question? Message us on WhatsApp.
Ask on WhatsAppWhich course helps in a shipyard supplier?
PDMS with structural drawing skills covers piping and layout roles.
Is Korean language support included?
Courses are taught in English.
Which course should I start with in South Korea?
Semiconductor and electronics giants, shipyards in Ulsan and Geoje and large vehicle makers support a vast supplier base, and many Indian engineers and students live in Korea. A sensible order is OrCAD PCB Design first, then Microcontroller & Embedded C once you are comfortable.
Which course should I choose?
Pick the Course on Microcontroller if you are a beginner – it covers 8051, PIC16F877A and ARM7. Pick the Course on Advanced Microcontroller if you know the basics and want AVR, PIC18, ARM and I2C, SPI and CAN.
Which course should I take?
Take Capture first for schematics. Add PSpice if you want to simulate circuits, and PCB Editor if you want to design boards for manufacture. Doing all three covers the full flow.
Can I learn online from South Korea?
Yes. CareerKraft runs live, trainer-led online and hybrid batches with the same syllabus, projects and certificate as classroom batches, so learners in South Korea do not have to relocate.
09Explore more
Everything you can do from South Korea
Courses
Careers and internships
Trust and results
Tools and help
More places
Also see
Start from anywhere
Ask about courses from South Korea
Tell us your city, course and preferred time. We reply on WhatsApp.
- Live online, hybrid or 100% offline in India
- Batches in your time zone, based on trainer availability
- Free counselling and a syllabus on WhatsApp
- One number for everything: +91 8111 029 125