TECHM4INDIA

Engineering imagination into impact.

05TechM4Institutes

A partner that stays for the whole degree.

TechM4Institutes works with colleges and universities to build industry practice into the academic calendar: credit-bearing programmes, faculty development, lab set-up and a pathway that runs from a student's first semester to placement.

Partner with usSee the programmes
College students seated in a lecture hall during a TechM4India session
A TechM4India session on a university campusHyderabad

01What an institution receives

Built into the institution, not bolted on.

Every partnership is tailored to the university's syllabus and calendar, so the programmes sit alongside existing courses instead of competing with them.

  1. Curriculum aligned to your syllabus

    Programmes are mapped to the university's syllabus and semester calendar, so they fit B.Tech and M.Tech structures.

  2. Faculty development

    A Faculty Development Programme is part of the partnership, so the people who run the labs keep running them after launch.

  3. Lab set-up and software

    Support for setting up software labs and licensing inside the campus, so students practise on the tools industry uses every day.

  4. Credit-aware pathways

    Credit-bearing programmes that slot into the academic structure: open electives, research credits and a long internship.

  5. Mentorship and project studios

    Guidance that moves a student from a first question to a defensible result, with a project to show for it.

  6. Certification and placement support

    Certification for students who complete a programme, and placement support for graduates.

02Academic credit programmes

Three programmes. Seven credits and a real internship.

PDP and RBLP together carry seven academic credits per student. LSEP adds a six-month internship on live product work.

PDP2 credits

Professional Development Program

A structured course in the professional habits companies look for in freshers.

  • Industry communication
  • Project management
  • Technical presentation
  • Professional ethics
RBLP5 credits

Research-Based Learning Program

Students work in guided teams on real deep-tech problems, from research question to prototype.

  • Research methodology
  • Team-based problem solving
  • Lab-based prototyping
  • A real industry problem
LSEP6-month internship

Live Software Engineering Program

Students work on TechM4Solutions product work, writing and maintaining real code. Institutions receive an assessment rubric.

  • Live product work
  • Production code
  • Assessment rubric
  • Placement track

03N-STEP

Five tracks, one twelve-week cohort.

N-STEP runs as a three-credit open elective that a student from any branch can join. Each track lasts twelve weeks, is mentored by industry practitioners and closes with a real project.

Open elective credits
3
Weeks per track
12
Tracks to choose from
5

  1. AI & machine learning

    Supervised learning, neural networks and deploying a model on real product work.

    3 credits · 12 weeks

  2. Cybersecurity

    Threat modelling, ethical hacking and security operations.

    3 credits · 12 weeks

  3. FinTech

    Payments infrastructure, credit scoring and regulatory technology.

    3 credits · 12 weeks

  4. IoT & robotics

    Embedded systems, sensor networks, automation and smart-campus hardware projects.

    3 credits · 12 weeks

  5. Space technology

    CanSat mission design, orbital mechanics, space data analytics and drone payloads.

    3 credits · 12 weeks

04The four-year pathway

From the first semester to placement day.

Every year has a purpose. The pathway maps a student's growth from first-year foundations to a final-year portfolio of real work.

  1. Year 1 · Semesters 1–2

    Foundation and exposure

    • Deep-tech lab onboarding
    • AI and coding basics
    • Industry awareness sessions
    • PDP begins

  2. Year 2 · Semesters 3–4

    N-STEP enrolment

    • Choose an N-STEP track
    • An industry project brief
    • Twelve-week mentored cohort
    • RBLP research teams form

  3. Year 3 · Semesters 5–6

    Deep specialisation

    • RBLP research deep-dive
    • Lab-based prototype development
    • Guest lectures from industry
    • A second N-STEP track

  4. Year 4 · Semesters 7–8

    LSEP and launch

    • Six months on live product work
    • A portfolio of real work
    • Placement support

Industry software, semester by semester

Semester-length programmes aligned with university calendars, so engineering students learn industry software as part of the degree.

  1. Semester I

    Engineering foundations and digital tools

    CAD basics, BIM fundamentals, drawing standards and engineering documentation.

    • AutoCAD 2D/3D
    • Revit
    • Drawing standards and BIS codes

  2. Semester II

    Structural analysis and simulation

    From modelling to analysis to design verification.

    • STAAD Pro
    • ETABS
    • ANSYS

  3. Advanced

    Advanced simulation and BIM workflows

    Meshing, BIM coordination, clash detection and construction documentation.

    • HyperMesh
    • Revit MEP
    • BIM 360
See TechM4Engineering

05Bootcamps for your campus

Short, intense, and built around making.

Bootcamps run at partner institutions. They are not lectures: every team leaves with something it built.

  • 2 days, 1 night

    IGNITE AI Campus Transformation Program

    An offline, immersive AI bootcamp for undergraduate and postgraduate students in every stream, run by TechM4India with TGIIC.

    • All UG and PG students
    • Offline
    • Certificate included
    Bring IGNITE AI to your campus
    The IGNITE AI Campus Transformation Program poster, TechM4India with TGIIC

  • 48 hours

    AI Builders Bootcamp

    Build and deploy a machine learning model, mentored by engineers from TechM4Solutions.

    • Team-based
    • Deploy a model

  • 72 hours

    Cybersecurity Hackathon

    A capture-the-flag security competition on real vulnerabilities and real systems.

    • CTF format
    • Internship pipeline

  • 3 days

    Drone Engineering Sprint

    Design, build, program and fly a drone payload mission.

    • Hardware build
    • Links to TechM4Space

  • 5 days

    AgriTech Innovation Camp

    Solve real problems from Telangana's farming communities with IoT, data and automation.

    • Rural impact
    • IoT and AI

  • 3 days

    Startup Launchpad

    Zero to pitch: take a problem statement, build an MVP and pitch it to a panel.

    • MVP
    • Pitch

  • 4 days

    BioTech Frontier Camp

    Bioinformatics, genetic data analysis and biosensor prototyping for students crossing biology and computing.

    • Lab-based
    • Cross-disciplinary

06How a partnership starts

  1. Conversation

    We meet the leadership and faculty and learn the syllabus, the calendar and the goals.

  2. Programme design

    We map programmes and credits to the university's structure.

  3. Faculty and labs

    Faculty development runs and the labs are set up on campus.

  4. Cohorts run

    Students move through programmes, projects and bootcamps.

  5. Review

    We review each semester with the institution and adjust what comes next.

Next step

Bring the programmes to your campus.

Tell us about your institution, your branches and your calendar, and we will propose a programme that fits.

InstitutionsStart a partnershipOpen the enquiry form.BootcampsHost IGNITE AIBring the AI bootcamp to your campus.EngineeringSee the software programmesVisit TechM4Engineering.