Discover the core reasons clients choose Nyza Engineering Design for their robotics, automation, and embedded systems needs. We combine innovation with reliability to deliver exceptional results.
Read verified reviews from engineering directors, CTOs, and global innovators who trust Nyza.
"The team is professional, they're reasonably priced and incredibly supportive.
So if you're an inventor or just someone with an idea who doesn't know where to start, I can't recommend Nyza Engineering Design enough.
They really make the process simple, approachable, and actually fun.
Thanks."
"Working with NYZA Engineering has been an incredible experience! I came to them with an ambiguous idea of building an autonomous robot from the ground up, and they really embraced the challenge. What I appreciate most is their willingness to solve problems, adapt, and keep pushing when things get difficult."
"Delivered On time. Quality of work exceeded expectations."
"Incredibly fast responses and excellent work!"
" " He delivered great work and I enjoyed working with him. His communication was top-notch and his skills were reasonably strong"
"He was clearly very skilled in 3D and 2D modelling. I was impressed by his ability to quickly grasp the nature of what we needed, they came back with relevant questions and was very easy to deal with. Thank you."
"Fayshal was exceptional from start to finish. Communication was spot on and he was very easy to deal with. His mechanical designing and FEA simulation expertise accelerated the whole product development life cycle. I like his Professionalism."
"Excellent FEA simulation and DFM consulting. We saved time and cost by following Nyza's design guidance from the first iteration onward."
We build highly robust kinematic assemblies using SolidWorks and Fusion 360. We check for proper fitment, design gear reductions, run stress analysis models (FEA), and prepare strict blueprints ready for manufacturing (DFM).
We engineer robust electrical systems for demanding robotic platforms, covering PCB design, power management, protection, sensor integration, and noise immunity for reliable real-world operation.
We program custom autonomy, mapping, and spatial coordination using ROS/ROS2. We integrate stereo-depth cameras, point clouds, LiDAR SLAM, EKF sensor filter fusion, and automatic threat-tracking algorithms.
We possess the in-house mechatronics lab equipment to manufacture, mill, and print chassis elements. This includes CNC metal profiling, high-precision carbon resin 3D printing arrays, and dynamic torque dynamometers.
We strictly adhere to industry standards to deliver reliable systems.
Certified advanced mechanical assembly and dynamic linkage calculations.
Authored peer-reviewed publications on robot manipulator math presented at IEEE conferences.
Robotics Honours degree and specialized MIT manufacturing course credits.
A quick snapshot of who we are, what we've built, and how far we've come.