Lead the design and development of enclosures, brackets, and mounting systems for ADAS sensors and ECUs, from concept through production, collaborating with cross‑functional teams.
Responsibilities
Design enclosures, covers, brackets and mounts for ADAS sensors and ECUs
Develop windshield camera brackets, radar mounting brackets and bumper/fascia integration features
Create 3D models and detailed 2D drawings with GD&T
Perform tolerance stack‑up analysis for sensor aim and component fit
Support FEA for structural, vibration, shock and drop analysis
Requirements
Bachelor's degree or higher in Electrical/Electronic Engineering, Mechanical Engineering, System Engineering, Computer Science or related field
Nice to have: Automotive safety regulation (Euro NCAP, ASEAN NCAP, IIHC, Global NCAP, Japan NCAP)
Nice to have: ISO 26262 functional safety
Nice to have: Thermal simulation (FloTHERM, Icepak)
We are hiring an ADAS Mechanical Design Engineer to design the housings, brackets and mounting systems for camera, radar, LiDAR and ultrasonic sensors and ADAS ECUs. You will own parts from concept through 3D/2D release, DV/PV validation and series production (SOP), working closely with optics, RF, electronics, thermal and vehicle-integration teams.
Responsibilities
Design enclosures, covers, brackets and mounts for ADAS sensors (front/surround cameras, corner and front radars, LiDAR, ultrasonic sensors) and ADAS domain ECUs.
Develop windshield camera brackets, radar mounting brackets and bumper/fascia integration features that hold sensor alignment within specified tolerances.
Design for radar radome transparency (material dielectric properties, wall thickness, paint stack) and camera field-of-view clearance, glare and stray-light control.
Create 3D models and fully detailed 2D drawings with GD&T per ASME Y14.5 / ISO 1101.
Perform tolerance stack-up analysis (worst-case and RSS) for sensor aim, connector mating and PCB-to-housing fit.
Requirements
Bachelors, or higher degree, in Electrical/Electronic Engineering
Lead mechanical design engineer responsible for automotive antenna modules and USB charging/data port assemblies, overseeing design from concept to mass production.
Locations (2)
Thiruvananthapuram, Kerala, India
Aichi prefecture, Japan
Responsibilities
Design and develop automotive antenna modules and USB parts
Select materials for radomes, housings, and sealing components
Ensure compliance with RF performance and quality requirements
Layout harnesses and coaxial cables for communication performance
Collaborate with departments and suppliers to meet quality, cost, and schedule targets
Requirements
Bachelor's degree in Mechanical Engineering, Electrical Engineering, System Engineering, or Computer Science
Nice to have: Experience with automotive safety regulations (Euro NCAP, ASEAN NCAP, IIHS, Global NCAP, Japan NCAP)
Nice to have: Knowledge of USB Type-C and USB Power Delivery mechanical and thermal requirements
Develop the Starship Tower, Launch Mount, and test stands from system architecture through design, analysis, manufacturing, integration, activation, and operations. Design welded structures, mechanisms, electromechanical and fluid-power actuators, and hydraulic/cryogenic systems.
Responsibilities
Drive hardware development for systems within the Starship tower, launch mount and test stands from basic architecture through design, analysis, scheduling, manufacturing, activation, and operational phases
Own design and manufacturing of mechanisms, actuation systems, fluid systems, and large structures
Perform structural, dynamic, thermal, and fluid analysis as necessary to determine requirements and to optimize the design of these systems
Work closely with software and operations engineers to develop the concept of operations for launch mount systems
Collaborate with engineers designing the Starship and Super Heavy vehicles to determine how the tower, launch mount, and vehicle can work together most effectively
Requirements
Bachelor's degree in an engineering discipline
Nice to have: Master’s degree in engineering or a related technical discipline
Nice to have: 3+ years of professional experience in mechanical design and analysis
Nice to have: 2+ years of hands-on project experience with complex mechanical systems
Design, develop, and prototype mechanical components for transformer monitoring devices, collaborating with cross‑functional teams in a global R&D environment.
Compensation
Pay Range 83,400-139,200
Responsibilities
Design complex components & assemblies with customer in mind focusing on Quality, Cost and DFM
Utilize critical thinking for continuous improvement: Identify opportunities for innovation and process enhancements including but not limited to using automation and AI tools
Fabricate physical prototypes for proof of concept and testing
Perform mechanical and structural analysis as needed (FEA using SolidWorks)
Present mechanical design concepts to project teams
Requirements
Bachelor’s degree in Mechanical Engineering or similar field
We are looking for a talented Product Development Engineer to help develop innovative products for the roof window, skylight, and sun tunnel markets while improving existing products to meet customer needs, quality standards, delivery requirements, and cost targets.
Compensation
Starting Monthly Salary: $7,000–$9,200
Responsibilities
Design and develop mechanical components and assemblies using CAD tools such as SolidWorks, from initial concepts through production.
Work with internal teams and market partners to define requirements, develop concepts, and establish project scope and plans.
Perform engineering analyses including tolerance stack-ups, material selection, stress calculations, and basic finite element analysis (FEA).
Develop prototypes and test units, participate in product testing and validation, and document results and recommendations.
Support root-cause analysis and continuous improvement of existing products, working with manufacturing, quality, procurement, and supply chain teams to resolve issues and improve product performance.