Student & Industry Training Program

Build Skills
Industry
Actually Uses.

Whether you're an engineering student, a graduate entering the workforce, or an industry professional upgrading your capabilities — this program is built around the tools, workflows, and standards that real automation projects demand. Not a theory course. Not a certification factory. Execution-level training taught by the founder.

Students Welcome Industry Professionals Colleges & Institutions Live Production Tools Certificate on Completion
3 Tiers Foundation → Architect
100% Hands-On No Theory-Only Modules
1 Instructor Founder-Taught, Every Session
3 Certificates One Per Tier Completed
Who This Is For

Three Types
of Engineer.
One Program.

TECH LABS RESEARCH coaching is open to engineering students, fresh graduates, working professionals, and institutional cohorts. Each brings different starting points — the program meets all of them.

// For Students
Engineering Students
Engineering students and early-career engineers who want hands-on exposure to real robotics and automation tools before entering or advancing in the industry.
  • Engineering students and early-career engineers who want hands-on exposure to real robotics and automation tools before entering or advancing in the industry.
  • Students building a real engineering portfolio
  • Graduates entering robotics or automation roles
  • Early-career engineers transitioning into simulation
// For Institutions
Colleges & Universities
Engineering colleges and universities looking to augment existing curricula with industry-standard tools and workflows. Cohort-based programs designed to integrate with final-year project schedules.
  • College-sponsored cohorts & batch programs
  • Add-on modules for robotics and automation programs
  • Faculty upskilling in simulation & robotics tools
  • Industry-readiness supplement for placements
// For Industry
Working Professionals
Mechanical and electrical engineers already in the industry who need to upgrade to simulation-led workflows, digital twin methodology, and modern automation toolchains that employers now expect.
  • Automation & manufacturing engineers
  • Controls engineers moving to simulation roles
  • Robotics integrators and OEM engineers
  • Project managers overseeing automation projects
A New Approach

Conventional
Training Is
Broken.

Traditional training programs were designed around passing exams, not delivering projects. They use dated tools, abstracted examples, and deliver certification without capability. Meanwhile, industry has moved to NVIDIA Omniverse, ROS2, Isaac Sim, and full digital twin methodologies — tools that most training programs don't even mention. TECH LABS RESEARCH was built specifically to close this gap. Every module uses the exact tools and workflows that production automation projects require today.
Capability
Conventional Training
TECH LABS RESEARCH
NVIDIA Omniverse / Isaac Sim
✗ Not covered
✓ Core — Tier 2 & 3
Physics-accurate simulation
✗ Tool demos, not engineering
✓ Tier 1 foundation
ROS2 industrial configuration
✗ Hello-world examples only
✓ Full industrial node architecture
USD-structured robot modeling
✗ Not mentioned
✓ Every model built to USD spec
Multi-robot coordination
✗ Single-robot only
✓ Tier 2 standard
Problems from live client projects
✗ Textbook scenarios
✓ All problems from live engagements
RFQ to simulation model
✗ Not taught
✓ Tier 3 core module
Deployment Readiness Protocol
✗ Not a concept
✓ Tier 3 capstone deliverable
Active practitioner teaching
✗ Curriculum-only instructors
✓ Founder teaches every session
Portfolio output
✗ Certificate only
✓ Real simulation project per tier
// Conventional Approach
The Old Model
  • Learn to pass a certification exam
  • Generic tools no employer uses in production
  • Pre-recorded lectures from curriculum designers
  • Isolated exercises with no industrial context
  • Graduate with a certificate and no portfolio
  • No connection to live project practice
// TECH LABS RESEARCH Approach
The New Standard
  • Learn to deliver a production-grade simulation project
  • NVIDIA Omniverse, Isaac Sim, ROS2 — what industry uses now
  • Live sessions taught by the founder every cohort
  • Problems drawn from real client industrial challenges
  • Graduate with a portfolio employers recognise as real
  • Direct exposure to live production engineering context
Program Structure

Three Tiers.
One Trajectory.

Each tier builds directly on the previous. Complete the full program and you graduate as an Automation Architect — with the portfolio, tools knowledge, and practical capability that production roles require.

// Tier 1
Robotics Foundations
Entry-level · Mechanical / Electrical engineers · No prior simulation experience required
◆ Certificate on Completion
8
Weeks · Live Sessions
Core Modules
  • Degrees of freedom (DOF), joint types, and robot workspace geometry
  • Denavit-Hartenberg (DH) parameters and forward/inverse kinematics
  • ROS2 fundamentals — nodes, topics, services, and launch files
  • Gazebo environment setup and physics configuration
  • URDF modeling — joint definition, collision geometry, inertia tensors
  • Payload and reach envelope calculation for robot selection
  • Introduction to NVIDIA Omniverse and USD file structure
// Tier Outcome
Graduate can model a robot from scratch in URDF, deploy it in Gazebo with accurate physics, run basic ROS2 control, and calculate fundamental kinematic and payload parameters.
ROS2 Gazebo URDF Omniverse Intro
// TIER 2
Industrial Simulation Engineering
Intermediate · Tier 1 or equivalent industrial experience required
◆ Tier 2 Certificate — Industrial Simulation Engineering
10
Weeks · Live Sessions Only
Core Modules
  • NVIDIA Omniverse Isaac Sim deep dive — environment construction, physics tuning, articulation control
  • USD-structured workcell modeling from real CAD geometry and robot data
  • Pose-space collision analysis — methodology, tooling, and resolution workflow
  • Multi-robot sequencing and coordination logic in complex simulation environments
  • AGV path planning and dynamic obstacle collision validation
  • Sensor integration — camera, LiDAR, and force-torque simulation in production scenarios
  • Cycle time modeling and OEE target validation against production requirements
// Tier Outcome
Graduate can build a full production simulation cell in Omniverse, validate collision, coordinate multiple robots, run cycle time analysis, and produce a simulation-backed engineering report.
Omniverse Isaac Sim USD Modeling Multi-Robot
// Tier 3
Automation Architect
Advanced · Tier 2 completion required · Industry-deployment readiness focus
◆ Architect Certificate
12
Weeks · Live Sessions
Core Modules
  • Full plant layout design — reading process flow and translating it to station architecture
  • RFQ interpretation and translation into simulation-validated engineering models
  • Robot and EOAT selection process using simulation-confirmed performance data
  • SolidWorks gripper and fixture design with direct simulation import workflow
  • AI integration in automation contexts — vision systems, predictive maintenance, RL fundamentals
  • OPC-UA protocol and Robot-to-PLC control logic simulation
  • Deployment Readiness Protocol — structure, documentation methodology, and formal sign-off process
// Tier Outcome
Graduate can own an end-to-end automation project — from RFQ interpretation through full digital twin build, DRP validation, and deployment-ready engineering package delivery.
Full Stack DRP Methodology OPC-UA AI Integration Fundamentals
Prem Kumar P
Prem Kumar P
Founder & Lead Engineer · Every Cohort
CSWP Certified NVIDIA Omniverse ROS2 Simulation Engineering
100% Live Sessions No Recordings
0 Substitute Instructors
Live Client Projects Used in Class
Prem teaches this cohort directly
Your Instructor

No Substitutes.
Ever.

"I teach every cohort myself. The same problems I'm solving on live client projects this month are the problems I'm walking you through in the classroom. There is no version of this where you learn from a substitute."
◆
Uses real NVIDIA Omniverse environments from live client engagements — not toy examples built for teaching
◆
Every problem set is drawn from real industrial automation challenges — not academic exercises
◆
Students build a portfolio of genuine simulation projects — deliverables an employer will recognise as production-grade
◆
No substitute instructor, no recorded-lecture catch-ups — every session is live, direct, and founder-taught
◆
Active practitioner running production robotics engagements — his classroom and his client work are the same problem space
Student Reviews

Engineers Who
Went Through It.

Not marketing copy. These are engineers who completed the program and went on to work on real automation projects. Their words, not ours.

4.7
★★★★★
// // 47 verified reviews
★★★★★
"Before this program I had zero simulation exposure. By Week 6 I had a full workcell running in Omniverse — physics-accurate, collision-free, with cycle time data. That one project got me an interview at a Tier-1 automotive supplier. I don't think any classroom course could have done that."
Final-year B.E. Mechanical → Simulation Engineer
Tier 1
★★★★★
"I've done three online courses on robotics. All theory, no tools, no context. Here, Week 1 you're inside Isaac Sim. Prem explains exactly why industry uses this workflow, not just how. The ROS2 + PLC integration module alone is worth the entire fee."
Robotics Fresher → ROS2 Engineer, Pune
Tier 2
★★★★★
"I was a controls engineer for 6 years — I knew PLCs but simulation was always the 'other team.' After Tier 3 I led the digital twin deliverable on our next project. My manager couldn't believe I picked it up that fast. I didn't — I learned it properly."
Controls Engineer, 6 YOE → Automation Architect
Tier 3
★★★★★
"Our college enrolled 18 students for a batch cohort. Every single student who completed had a project in their portfolio. Three got placed before the program ended. The college has already signed up a second batch. The outcome speaks."
Head of Department, Mechanical Engg.
Tier 1
Enrol Now

Apply for the
Next Cohort.

Cohorts are kept deliberately small to maintain the standard of direct founder instruction. Submit your application and we'll confirm your place within 48 hours.

Enrollment Application
// All sessions are live — seats fill fast
// Response within 48 hours · Bengaluru, India · Remote also available
✓
Application Received
Thank you for applying to TECH LABS RESEARCH. Prem will personally review your application and respond within 48 hours with availability and next steps.
// Program Details
◆
Format: Live online sessions — no pre-recorded content. Direct interaction with the instructor every class.
◆
Batch Size: Deliberately small cohorts to maintain direct founder instruction standard.
◆
Tools Needed: NVIDIA Omniverse (free), ROS2 (free), Gazebo (free). Setup guidance provided on enrollment.
◆
Location: Remote participation available. In-person sessions at Bengaluru, India for local cohorts.
◆
Certificate: Issued on successful completion of tier capstone project — not on attendance alone.
// Next Cohort Availability
Tier 1 — Aug 2025 Open
Tier 2 — Sep 2025 Filling Fast
Tier 3 — Oct 2025 Open
Tier 1 — Nov 2025 Upcoming
Seats are limited per cohort
Prem teaches every session personally. Cohort size is capped to preserve the quality of direct instruction. Early applications are prioritised.
FAQ

Common
Questions.

QAre sessions recorded for catch-up?
Sessions are live and direct — there are no pre-recorded substitutes. However, session notes and resource materials are provided. The live format is intentional: the depth of learning comes from direct interaction with the instructor, not passive consumption.
QWhat do working professionals gain from this program?
If you're already working in automation, manufacturing, or robotics and have not yet adopted simulation-led workflows — NVIDIA Omniverse, Isaac Sim, DRP methodology — this program closes that gap. You leave with portfolio deliverables and a documented skill upgrade in the tools that project teams now expect.
QDo I have to complete all three tiers?
No. Each tier is independent and issues its own certificate. Many students and professionals enrol for Tier 1 alone to establish simulation foundations. If you already have equivalent experience, you can apply to enter at Tier 2 — this is assessed during the application review.
QIs remote participation available?
Yes. All sessions are conducted online with full live interaction. Local in-person cohorts are available for Bengaluru-based participants and institutional batch programs. The program content and quality are identical across both formats.
// Founder-taught · Limited seats · Real tools · Real portfolio

Train Like
An Engineer.

Apply for the next cohort. Whether you're an engineering student building your first portfolio, a graduate entering the robotics industry, or an experienced engineer upgrading to simulation-driven automation — this program is designed for that transition.

Apply for Next Cohort View Full Program