Integrated product development
Autonomous Robotic Platform
Mechanical architecture · sensors · embedded control
Complete Physical Product Engineering
Build Hardware Without Costly Integration Surprises.
Edbotics coordinates mechanical design, PCB development, embedded firmware and manufacturing preparation in one workflow—so conflicts are found before they cause extra prototype rounds, delays and costly redesigns.
Starting with an idea or sketch? We can help validate the technical direction, define the product architecture and develop the first functional prototype.
From concept to manufacturing-ready products.
10+Years of product-development experience within our team
End-to-endIdea validation, design, prototype and DFM
WorldwideRemote engineering collaboration
Where Hardware Projects Become Expensive
Most failures happen between disciplines.
A part can be correct on its own and still create redesign, delay or supplier confusion when the complete product comes together.
The PCB works—but does not fit the enclosure
Connector access, mounting points or cable space are discovered too late, leading to enclosure revisions, PCB respins and another prototype round.
The actuator meets the datasheet—but not the real load
Torque, heat, deflection or movement limits appear during testing, forcing mechanical and control changes after parts have already been made.
The prototype works—but is not ready for manufacturing
Missing tolerances, drawings, BOM structure and assembly details create supplier questions, slow quotations and delay production.
Everyone completes a task—but nobody owns integration
The client is left coordinating separate specialists, resolving interface conflicts and deciding who is responsible when the system does not work together.
Built for
Hardware StartupsManufacturersRobotics TeamsProduct CompaniesR&D Groups
Choose the Problem Closest to Yours
Start with the bottleneck slowing your project.
Each path shows how Edbotics reduces the technical handoffs, redesign risk and coordination burden affecting that type of customer.
For Startups & Product Teams
Hardware Product Development
Avoid repeated prototype changes by coordinating CAD, electronics, firmware and manufacturing preparation from the start.
Explore this path → For Robotics TeamsRobotics Engineering
Resolve mechanical, actuator, sensor and control constraints before they become assembly and testing problems.
Explore this path → For Manufacturers & OEMsEngineering Support
Add focused engineering capacity without leaving your internal team to manage fragmented external handoffs.
Explore this path →One Coordinated Engineering Team
Replace disconnected handoffs with shared ownership.
Mechanical, electronic, firmware and manufacturing decisions are developed together so the client is not left resolving conflicts between separate specialists.
Mechanical Design & CAD
Concept development, reverse engineering, complex assemblies, mechanisms, enclosures, manufacturing drawings, 3D-printing prototypes, BOM support and DFM.
- SolidWorks, Fusion 360, Onshape & AutoCAD
- CAD/CAM
- Reverse Engineering
- 3D Printing & Prototyping
- Sheet Metal & CNC
- Exploded Views
PCB & Embedded Systems
Schematic capture, multilayer PCB layout, component selection, power design and hardware bring-up support.
- KiCad & Altium Designer
- STM32, ESP32 & Nordic
- Sensors & Connectivity
- Design Review
Firmware & Control
Embedded firmware architecture, drivers, motor control, communications, diagnostics and system integration.
- Real-time control
- Motor & actuator control
- Communications
Robotics & Automation
Mobile robots, robotic mechanisms, industrial automation, PLC systems and mechatronic machine development.
- ROS 2 integration
- Motion systems
- Machine automation
Selected Work
Flagship Engineering Projects.
A small selection of major work. The full portfolio contains more robotics, embedded electronics and mechanical product-development projects.
Robotics & Autonomous Systems
Autonomous Robotic Platform
LiDAR navigation, ROS2 control, modular payload integration and rugged all-terrain mobility.
Read case study →
Industrial Robotics
6-DOF Robotic Arm
Joint architecture, actuator integration, detailed CAD and industrial design development.
Read case study →
Embedded Electronics
Multi-Axis Motion Controller
ESP32-based control, six driver channels, expansion connectivity and compact four-layer PCB design.
Read case study →Reduce Risk Before It Reaches the Prototype
A practical path from uncertainty to supplier-ready files.
Each stage closes technical gaps before more time and budget are committed to fabrication, testing or production.
Understand
Requirements, environment, interfaces, cost targets and manufacturing constraints.
Architect
System layout, mechanical structure, electronics architecture and key component selection.
Engineer
Detailed CAD, schematics, PCB, firmware, drawings and engineering reviews.
Validate
Prototype review, debugging, fit checks, test feedback and risk reduction.
Prepare
Manufacturing files, BOM, assembly documents and supplier-ready handoff.
Engineering without discipline silos.
We help hardware startups, manufacturers and engineering teams develop complete physical products. Mechanical structure, electronics, firmware, motion and production constraints are considered as one system.
RoboticsEmbedded SystemsPCB DesignFirmwareMechanical CADDFM
10+ years within the team
CAD, mechanisms, enclosures, reverse engineering, drawings, prototyping and DFM.
Specialist electronics capability
Architecture, component selection, schematics, multilayer PCB layout and design review.
System-level integration
Embedded firmware, communications, actuator control, diagnostics and hardware integration.
Founder & Lead Engineer
Haris Zulfiqar
Haris coordinates the mechanical, embedded and control disciplines so each project is developed as one connected physical system.
Manufacturing-aware
Design decisions account for fabrication, tolerances, assembly, serviceability and cost.
Systems thinking
Mechanical, electronics and control interfaces are developed together.
Clear delivery
Organized design files, drawings, documentation and reliable communication.
Client Feedback
Trusted for thoughtful engineering and reliable delivery.
Feedback from completed robotics, engineering-development and PCB engagements.
“Edbotics Automata built a clean, modular Python control framework for our 3-DOF robotic arm, including kinematics and LLM integration. The team delivered scalable, well-documented code on time.”
“Haris was highly reliable and professional. He understood our requirements, challenged assumptions thoughtfully and added genuine value through his engineering expertise.”
“Haris delivered a professional, well-organized PCB design that met our technical requirements. He communicated clearly, handled revisions efficiently and demonstrated strong electronics expertise.”
Frequently Asked Questions
Start with the support your project needs now.
Edbotics can join at different stages and work either across the complete system or on one focused engineering area.
What stage of a project can Edbotics join?+
We can support projects from early concept development through CAD, electronics, firmware, prototyping and manufacturing preparation. We can also join an existing project to resolve a specific technical issue.
Can Edbotics handle only one part of our project?+
Yes. We can provide focused support in mechanical CAD, PCB design, embedded firmware, robotics or DFM, as well as coordinated multidisciplinary development.
Can you work with our existing CAD, PCB or firmware?+
Yes. We can review and continue from existing project files, identify integration risks and improve the areas requiring additional engineering support.
Prevent the Next Costly Revision
Discuss the risk currently slowing your hardware project.
Book a short call or send a concise brief. We only need enough context to understand the current stage, the main constraint and the most practical next step.