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We like to build things
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We evangelize great ideas.
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We are grounded.
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You will be responsible for developing mechanical systems around robots, from concept development, CAD Design in Fusion, layout design, detailed drawing generation and supporting manufacturing and assembly.
As an Electrical Systems Engineer, design and integrate electrical systems for robotic and industrial automation applications.
As an embedded hardware engineer (L3/4), you are expected to execute all aspects of electronics development on our robot.
As a Firmware Engineer, you are expected to execute all aspects of software that goes onto the electronics of our robot.
Build Intelligence That Holds Up in the Physical World
Build software at the intersection of web technologies, robotics, real-time systems, and 3D visualization.
Translate our semi-humanoid robotics technology into compelling product narratives, customer-facing content, and go-to-market strategies.
Open the Market for Intelligent Robots and Expand What Industry Can Automate
You will lead our sourcing vertical (both in domestic and international markets), vendor development, and supply chain operations for high-precision engineering products used in robotics and automation systems
You will lead and manage assembly and testing operations in accordance with processes and specifications defined by the R&D team.
The Production Engineer will be responsible for end-to-end manufacturing and assembly operations, including daily production planning, process definition, execution control, vendor coordination, and resolution of manufacturing issues. The role requires strong shop floor involvement and leadership of the Planning Engineering function to ensure timely, efficient, and high-quality production.
Drive end-to-end mechanical product development—from concept, CAD design, FEA analysis, DFM analysis, prototyping, testing, manufacturing, and production scale-up.
Build the vision processing pipeline for our robots including high frame-rate acquisition, sensor fusion, image enhancement, segmentation, estimation, tracking and AI/ML modules - Basically, Give Robots the Eyes to Work
You will play a key role in translating the leading-edge technology of Percpetyne into customer deployments for their automation needs.
You will perform incoming, in-process, and final inspection of mechanical components.
You will assemble and test sub- assemblies and final products according to engineering drawings and instructions.
The CNC Milling Operator will be responsible for setting up, operating, and maintaining CNC milling machines to produce precision-machined parts used in robotic assemblies.
As a Mechanical design engineer, you will be involved in all phases of the new product development cycle: Designing, Prototyping, Testing, and Manufacturing.
You will be responsible for developing mechanical systems around robots, from concept development, CAD Design in Fusion, layout design, detailed drawing generation and supporting manufacturing and assembly.
As an Electrical Systems Engineer, design and integrate electrical systems for robotic and industrial automation applications.
As an embedded hardware engineer (L3/4), you are expected to execute all aspects of electronics development on our robot.
As a Firmware Engineer, you are expected to execute all aspects of software that goes onto the electronics of our robot.
Build Intelligence That Holds Up in the Physical World
Build software at the intersection of web technologies, robotics, real-time systems, and 3D visualization.
You will play a key role in translating the leading-edge technology of Percpetyne into customer deployments for their automation needs.
You will translate our semi-humanoid robotics technology into compelling product narratives, customer-facing content, and go-to-market strategies.
Open the Market for Intelligent Robots and Expand What Industry Can Automate
You will lead our sourcing vertical (both in domestic and international markets), vendor development, and supply chain operations for high-precision engineering products used in robotics and automation systems
The Production Engineer will be responsible for end-to-end manufacturing and assembly operations, including daily production planning, process definition, execution control, vendor coordination, and resolution of manufacturing issues. The role requires strong shop floor involvement and leadership of the Planning Engineering function to ensure timely, efficient, and high-quality production.
You will lead and manage assembly and testing operations in accordance with processes and specifications defined by the R&D team.
You will perform incoming, in-process, and final inspection of mechanical components.
You will assemble and test sub- assemblies and final products according to engineering drawings and instructions.
The CNC Milling Operator will be responsible for setting up, operating, and maintaining CNC milling machines to produce precision-machined parts used in robotic assemblies.
Hyderabad offers unmatched career opportunities, modern infrastructure, and rich heritage; balancing growth with culture and quality of life.
Innovation Hub
Affordable Comfort
Food Paradise
Great Connectivity
Vibrant Lifestyle
Innovation Hub
Affordable Comfort
Food Paradise
Great Connectivity
Vibrant Lifestyle
Innovation Hub
Affordable Comfort
Food Paradise
Great Connectivity
Vibrant Lifestyle
