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We are seeking a skilled and experienced Thermal Analysis Engineer to join our dynamic team focused on developing cutting-edge sensor and laser-based products. In this role, you will play a critical part in ensuring the thermal performance, reliability, and efficiency of our products. Your expertise in heat transfer, thermodynamics, and thermal simulation will be instrumental in guiding the design and optimization of thermal management solutions.
Your Day to Day:
Create and develop accurate thermal models using dedicated software (e.g., ANSYS Fluent, COMSOL, etc.)
Analyse and predict thermal behaviour under various operating conditions, including power levels and environmental factors
Design and optimise cooling solutions, such as TECs, heat sinks, fans, and thermal interface materials, to maintain optimal operating temperatures for laser/optical components
Collaborate with the mechanical engineering team to integrate thermal solutions into product designs seamlessly
Conduct thermal testing and validation experiments to verify the performance of selected materials and thermal management solutions
Present findings and recommendations while maintaining documentation of thermal analyses, simulations, and testing procedures.

We are looking for some exceptional talent to join our team as a Mechanical Engineer.
You will be part of a growing team designing and developing SWIR perception systems to meet worldwide customer requirements.
Your Day to Day:
Responsibility for an end-to-end mechanical and optomechanical design, development, and manufacturing of an electro-optical sensing system, incorporating laser sources, sensors, optics, electrical hardware, and thermal modules
Full ownership of the mechanical solution including design, analysis, reviews, drawings, manufacturing, assembly support, tests, and experiments
Develop electro-optical-mechanical packaging concepts
Initiate and lead the implementation of thermal solutions to different heat dissipation challenges (in-house and contractors)
Design jigs and develop tools to support different R&D efforts
Collaborate with various R&D disciplines (including Electro-Optics, Photonics, Electronics, and System Architecture) to jointly develop a product that aligns with system requirements.

This position requires a self-motivated individual with hands-on abilities and a willingness to continuously learn. Joining the team means being part of an elite group of innovators with a passion for creating future-defining and groundbreaking technologies that shape our everyday lives.
Responsibilities:

* Design and develop machine components and assemblies using CAD software.
* Collaborate with the engineering team to create detailed machine designs that meet project requirements.
* Ensure designs are optimized for production efficiency and reliability.
* Conduct feasibility studies and provide technical recommendations for machine improvements.
* Generate accurate engineering drawings and documentation for manufacturing.
* Participate in design reviews and provide input to enhance design quality and performance.
* Work closely with production teams to support machine assembly and testing activities.
* Create drawings for automotive and architectural projects.

We seek a highly skilled and innovative Senior system Engineer to join our R&D team. We are looking for a strong background in systems engineering, particularly in optical sensors and visible light cameras. As our system Engineer, you will play a crucial role in the development and optimization of our multidisciplinary system, ensuring its high performance across various applications.
A day in the life and how youll make an impact: Be the lead system Engineer for UVeye products.
* Define system architecture and design for new features and products.
* Collaborate with optics, mechanics, electronics, software, and algorithm teams to develop world-class solutions.
* Support existing products including root cause analysis and solutions to customer issues.

We are currently seeking a talented and innovative Mechanical Design Engineer to join our
engineering team. The primary responsibility of this role is the mechanical development of
sensors, focusing on design solutions using metal sheets. The successful candidate will
play a crucial role in the lifecycle of product development, from conceptual design
through integration testing and delivery to operations. This position offers a unique
opportunity to contribute to the development of cutting-edge sensor technology and to
work in a dynamic and collaborative environment.
A day in the life:
Design and Development: Design and develop the mechanical elements of our sensors, with a focus on sheet metal design. Design electromechanical enclosures and packaging. DTC for mass production solutions.
Integration Testing: Take full responsibility for the integration testing of products. Develop test plans, lead tests, and collaborate with other team members to assess performance against specifications and make necessary adjustments to designs.
Product Delivery: Oversee the transition of products from the development phase to operations and supply chain teams. Ensure that products meet all technical requirements, quality standards, and cost constraints and are delivered on schedule.
Collaboration with Subcontractors: Work closely with mechanical subcontractors to enhance productivity, meet design specifications, and ensure quality standards. This includes consulting on design, overseeing their work quality, and ensuring timely component delivery.
Production Support: Provide ongoing support for production, including troubleshooting issues in the field and implementing improvements based on feedback received from operations and end-users.
Collaboration: Work closely with cross-functional teams, including electrical engineers, software developers, signal-processing researchers, and project managers, to ensure seamless integration and alignment with required performance of the developed sensors.
Collaboration on Groundbreaking Technologies: Collaborate across company groups to explore and develop innovative technologies. Proactively contribute to cross-disciplinary projects, leveraging mechanical design expertise to drive technological advancements.