Robots and automation that run on Monday morning.
Mobile robots, manipulators, and industrial automation built on ROS 2, hardened firmware, and integration with your existing PLCs — engineered for factories, warehouses, and defence environments.
We build robotics systems that survive production schedules: AMRs with reliable SLAM, pick-and-place arms integrated with vision, custom end-effectors, and the safety interlocks your operations team will actually trust.
Our engineers work across mechanical integration, ROS 2 navigation stacks, PLC/SCADA bridges, and operator HMIs. We prototype fast, then productionise with the telemetry, fault recovery, and documentation your maintenance crew needs.
Production-grade engineering outcomes
Scoped deliverables with clear acceptance criteria — not open-ended consulting hours.
AMR / AGV Fleets
SLAM navigation, fleet scheduling, charging logic, and WMS/MES integration.
Robotic Manipulators
Pick-and-place, palletising, and assembly arms with vision-guided grasping.
ROS 2 Stack Development
Navigation, perception, manipulation, and simulation in Gazebo / Isaac Sim.
Custom End-Effectors
Tooling design, pneumatic/electric actuation, and force-torque integration.
PLC & Line Automation
Siemens, Allen-Bradley, and Mitsubishi integration with robotic workcells.
Inspection & Service Robots
Patrol, cleaning, and inspection platforms for industrial and defence sites.
The tools we deploy in production
Battle-tested frameworks, platforms, and infrastructure — chosen for reliability, not hype.
Robotics Middleware
Simulation
Perception
Control & PLC
Hardware Platforms
Safety & Ops
How enterprises buy and scale this capability
Clear engagement models, buyer alignment, and commercial outcomes — so procurement and engineering stay in sync.
Buyer Personas
- Plant directors automating material handling and repetitive assembly
- Warehouse operators deploying AMR fleets for pick-and-move workflows
- Defence integrators needing ruggedised autonomous platforms
- R&D labs prototyping next-generation robotic products
Engagement Models
- Feasibility & simulation sprint before hardware capital commitment
- Single workcell pilot with throughput and uptime acceptance tests
- Multi-cell rollout programme with phased PLC integration
- Long-term robotics engineering retainer for continuous improvement
Commercial Outcomes
- Documented throughput gains and labour redeployment metrics
- Reduced changeover time via reprogrammable workcells
- Safety-certified integration with existing line interlocks
- Maintenance runbooks and spare-parts BOM for operations teams
Procurement Fit
- Milestone payments tied to on-site acceptance criteria
- Open ROS 2 codebase — no black-box navigation licences
- Hardware sourcing support with transparent BOM pricing
- India engineering base with on-site commissioning and training
Where this lands in the real world
Warehouse Logistics
AMR fleets for pallet transport, picking assist, and dock-to-storage routing.
Assembly Lines
Robotic arms for screw-driving, insertion, and quality-check stations.
Defence & Patrol
UGV platforms for perimeter patrol, payload carry, and remote teleoperation.
Cleanroom & Pharma
Repeatable handling with contamination-aware tooling and logging.
Agriculture
Autonomous sprayers, harvest assist, and field-mapping robots.
Inspection
Crawler and drone-adjacent robots for tank, pipeline, and infrastructure survey.
Often paired with these practices
// IN SHORT
Robotics and automation engineering at TechieYan
TechieYan is a robotics and automation company in Hyderabad. We build autonomous mobile robots, robotic arms and pick-and-place cells, drones and automated inspection stations using ROS 2, computer vision and PLC integration, and commission them on site. Projects start with a feasibility study before any hardware investment.
// HOW A PROJECT RUNS
From first call to handover
- 1. Free discovery callThe task to automate, layout, payloads and safety needs.
- 2. Feasibility and simulationConcept, simulation where useful, and a fixed-scope proposal before hardware spend.
- 3. Prototype buildMechanics, electronics, navigation and control software built and tested in our lab.
- 4. On-site pilotCommissioning at your site with acceptance tests on throughput and safety.
- 5. Rollout and supportDocumentation, operator training and ongoing support.
// WHAT AFFECTS THE COST
What decides the price of your project
- Payload, speed and working area of the robot
- Navigation and sensing: lidar, cameras, markers
- Custom mechanics versus adapting an existing platform
- Integration with PLCs, WMS or MES and safety requirements
- Number of units and on-site commissioning time
Every project gets a fixed-scope proposal before work starts. Send your requirement or call +91 70755 75787 for a free estimate.
// RELATED WORK
Projects we have built
// START YOUR ROBOTICS PROJECT
Tell us what you're building
A senior engineer replies within one business day. NDA-friendly, fixed-scope proposal. Business enquiries only.
Prefer to talk? Call +91 70755 75787 (Mon–Sun, 9am–9pm IST)