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AI LaunchPad

Zero to deployed AI Engineer in 6 months — with 20+ shipped projects, not certificates.

6 months · 24 weeksBeginner-friendlyClassroomHybrid

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Python with Machine LearningData Science · FoundationPython with Data ScienceData Science · Foundation · ~21 hoursGAGen AI & Agentic AIAI Engineering · Intermediate · ~92 hours

Full Stack LaunchPad

From first HTML tag to a deployed full-stack product — a job-focused 4-month build program in your chosen stack.

4 months · 16 weeksBeginner-friendlyClassroomOnline (Live)Hybrid

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Python with DjangoWeb Development · Foundation · ~37 hoursJava with Spring BootProgramming · Foundation · ~39 hoursMERN StackWeb Development · Foundation · 90 DaysPHP with Laravel FrameworkWeb Development · Foundation · 90 Days

Industrial Training

45 / 60 / 90-day industrial training that satisfies your college — and actually teaches you.

45 / 60 / 90 days · year-roundIntermediateClassroomHybrid

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Python with DjangoWeb Development · Foundation · ~37 hoursJava with Spring BootProgramming · Foundation · ~39 hoursPython with Machine LearningData Science · FoundationMERN StackWeb Development · Foundation · 90 Days

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Developer Tools

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GGGit & GitHubFoundation · ~13 hours

Embedded & IoT

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Embedded System with Robotics & IoTFoundation

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Course · Electronics

Basic Electronics: 45 Days from Components to a Working Project

A practice-first, 45-day offline cohort for Diploma & B.Tech electronics students — components, Ohm's law, diodes and rectifiers, transistors, power supplies, op-amps, the 555 time

Foundation~31 hours

What you'll be able to do

  • Identify components and read resistor color codes, capacitor markings, and IC pinouts
  • Apply Ohm's law and power, and combine resistors in series and parallel
  • Build and measure diodes, rectifiers, and a complete regulated power supply
  • Use transistors as switches and amplifiers, and build op-amp and 555-timer circuits
  • Solder, desolder, read a PCB, and troubleshoot circuits with a multimeter
  • Design, build, document, and demonstrate a working hardware final project

Before you start

  • Diploma or B.Tech / ECE / EEE background (school-level physics: you have seen V = IR)
  • Access to the electronics lab: breadboard, multimeter, soldering kit, and basic components
  • No prior circuit-building experience required
  • Willingness to practice daily at the bench through the cohort

Tools & technologies

ResistorsCapacitorsInductorsTransformersOhm's LawDiodesRectifiersZener DiodeLEDLDROptocouplerTransistors

How you'll learn

AI-nativeYou build with AI tools from the first session — the way working engineers do.
Hands-onMost of every session is you writing code, with mentors reviewing your work.
Project-orientedYou finish with portfolio projects you built — not a certificate for watching videos.
Open by defaultThe course repo is public — everything you'll build is visible before you enroll.

This course's public GitHub repo is shared when the next cohort opens —ask us for a preview and we'll send you the link.

The certificate you'll earn

Sample Softpro certificate of completion (specimen)
  • Issued on program completion, with your name, course and grade.
  • Carries a unique certificate ID and QR code.
  • Anyone can confirm it in seconds on ourcertificate verification page — recruiters included.

A hands-on, 45-day offline summer-training cohort that takes a Diploma or B.Tech electronics student from “what is a resistor?” to confidently building, measuring, soldering, and troubleshooting real analog circuits. You start with components and electrical fundamentals — resistors, capacitors, inductors and transformers — then go through semiconductors, diodes and rectifiers, diode applications (Zener, LED, LDR, optocoupler), transistors as switches and amplifiers, linear power supplies and regulators (7805, LM317), analog amplifiers and op-amps (LM386, LM741), oscillators and the 555 timer, and the practical bench skills of multimeter use, soldering, desoldering and PCBs. Six guided mini-projects punctuate the weeks, and the course finishes with a complete hardware final project you design, build, document, and defend in a viva. Every component value, pinout, and calculation is real. Practice-first, bench-first, no fluff.

Upcoming cohorts

New cohort dates are announced regularly — send an enquiry and we'll reserve you a seat in the next one.