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We are seeking a hands-on Team Leader to lead the integration of our advanced wireless power technology into robotic platforms (AMR/AGV) in real-world industrial environments. This role combines mechanical, electrical, and system-level work, with significant on-site involvement, including visits to customer sites for installations, system reviews, and performance evaluations.

Key Responsibilities:

Lead a small multidisciplinary team responsible for integrating our wireless-power modules into autonomous robotic platforms.

Perform mechanical and electrical integration, wiring, and assembly on various AMR/AGV systems.

Conduct on-site installations, field testing, and system commissioning at customer facilities.

Evaluate robotic platforms from multiple vendors to ensure optimal compatibility with our technology.

Collaborate closely with R&D, hardware, and software teams to refine integration processes and support product evolution.

Provide technical feedback and documentation based on field experience.

Support live demos, pilots, and customer evaluations of the system.

We are looking for a highly skilled Mechanical Design Engineer to join our R&D team and take part in developing ultra-deep-tech products and solutions for wireless energy-transfer systems for autonomous robotics. This position is part of our POC Group, leading rapid-cycle mechanical integration of our technology into customer AMR/AGV platforms. The team deals with multidisciplinary R&D tasks for developing in-house solutions and platforms. Come work with us in a dynamic working environment with high responsibility, joining us, youll have the chance to develop unique products from scratch to mass production.

Key Responsibilities:

Perform retrofitting and customization of robotic platforms (AMRs/AGVs) to support our system deployment.

Evaluate mechanical constraints, payload, interfaces, and installation limitations of commercial robotic systems.

Develop mechanical concepts and integration solutions for a wide range of autonomous robot platforms.

Design electromechanical assemblies and enclosures, in close collaboration with electrical and embedded teams.

Prepare detailed manufacturing documentation: mechanical drawings, PCB mechanical constraints, BOMs, and assembly specs.

Perform hands-on mechanical design, lab assembly, and validation work.

Support integration, deployment, and testing at customer sites (domestic and abroad).

We are looking for a sales engineer to join our sales and marketing team, being part of a leading provider of forefront technological products.

What will you do?

As a Sales Engineer, you will leverage your engineering background to connect with potential clients, understand their technical needs, and provide tailored product and systems solutions. Your role will be integral to driving sales growth. This is a unique opportunity to blend your technical acumen with sales skills, all while working in a collaborative and innovative environment.

Key Responsibilities:

Sales : support sales in new opportunities and handling them up to the closing stage.

Technical Consultation: Engage with potential clients to understand their engineering challenges and recommend appropriate software solutions.

Product Demonstrations: Conduct detailed demonstrations of our products, showcasing their capabilities and benefits.

Sales Strategy Development: Collaborate with the sales team to develop and implement effective sales strategies that align with company goals.

Market Analysis: Stay updated on industry trends and competitor products to identify new business opportunities.

What are we looking for?
An NPI Engineer that will join our growing production team and build the position and process from scratch. This is a first time position of NPI in our company, so you will have great responsibility to build the field.

We are looking for talented Mechanical Engineer to join us!
Were on a mission to save the world - one bee at a time.
With bee populations in global decline, we develop cutting-edge solutions at the intersection of robotics, AI, and environmental science to protect pollinators and preserve biodiversity.
Were a team of engineers, scientists, and innovators using technology for good - shaping the future of sustainable agriculture.
If youre looking for meaningful impact through innovation, wed love to have you on board.
What You'll Do?
Design and develop mechanical systems and components - from concept through detailed design
Design electromechanical mechanisms and motion assemblies
Develop mechanical enclosures and packaging for electro-mechanical systems
Collaborate with cross-functional teams including hardware, electronics, and software
Provide ongoing support to production, ensuring compliance with deadlines, quality standards, and cost targets
Work with external validation and manufacturing partners to ensure timely and spec-compliant delivery of systems and devices
Prepare technical documentation, conduct mechanical calculations, and perform static analysis.

We are looking for an experienced Opto-Mechanical Designer to join our R&D team. You will be part of the design and development of advanced opto-mechanical systems for medical devices. This role sits at the heart of our technological leadership of intraoral scanning, where innovation, precision engineering, and real-world clinical impact come together to define the future of digital dentistry. With a strong background in mechanical engineering and opto-mechanical design, you will contribute to the creation of cutting-edge devices that positively impact dental healthcare worldwide.
Key Responsibilities
Design and develop and integrate opto-mechanical systems for medical dental devices.
Collaborate with cross-functional teams on multidisciplinary systems.
Utilize CAD software (SolidWorks is advantage) to create detailed designs, prototypes, and engineering drawings.
Perform thermal and structural simulations
Design and execute tests across multiple disciplines and methodologies.
Conduct feasibility studies, risk assessments, and performance evaluations for opto-mechanical systems.

Required Senior Mechanical Engineer
A leader in intraoral scanning, developing advanced opto‑electromechanical systems used by clinicians worldwide. Our products combine consumer‑electronics‑level design with the quality, reliability, and regulatory rigor of medical devices. As a Senior Mechanical Engineer, you will help shape the mechanical technologies behind next‑generation scanning platforms.
In this role, you will own the mechanical architecture and design of a complete electromechanical module, working closely with cross‑functional partners to deliver robust, manufacturable, and high‑performance products. You will be a key technical contributor in R&D, leading mechanical decision‑making, resolving complex engineering challenges, and acting as an escalation point across the product lifecycle.
This is a hands‑on senior individual contributor role with significant technical influence, focused on innovation, problem solving, and engineering excellence.
Key Responsibilities
Own mechanical architecture, design, and integration of complex electromechanical modules within R&D
Drive mechanical design decisions, trade‑offs, and risk mitigation across thermal, structural, and packaging domains
Manage, review, and technically guide work performed by external mechanical designers and contractors
Develop mechanical solutions for consumer‑electronics‑like products, balancing performance, reliability, cost, and manufacturability
Lead and participate in technical design reviews, providing clear recommendations and direction
Own hands‑on prototyping activities, including first system assembly, bring‑up, debugging, and iteration
Collaborate closely with EE, Quality, Manufacturing, Program/Product Management, and external suppliers
Support supplier engagement, DFM discussions, and technical problem resolution
Perform hands‑on engineering work, including CAD design, tolerance analysis, and lab‑based testing and failure analysis
Act as a mechanical escalation point, stepping in to resolve complex issues when needed, including downstream support to NPI or engineering teams as required.

We are seeking a highly motivated and experienced Sr. Production and Quality Engineer to drive exceptional product quality, patient safety, and field reliability across the Installed Base (IB). This is a key technical role supporting production stability, RMA/DOA investigations, Automated Test Equipment (ATE) performance, and cross-functional quality engineering initiatives in a regulated medical device environment
Key Responsibilities
In this role, you will
Support RMA/DOA processes and continuous reduction of field failures.
Support qualifications and control of ATE testers in production lines.
Support ECO/ECR processes, NPI projects, product updates, and cross-functional engineering changes.
Work closely with R&D, engineering, manufacturing, and operations teams to enhance product quality and resolve technical issues.
Drive continuous improvement initiatives using tools such as Six Sigma, Lean, and Root Cause Analysis (RCA).
Participate in supplier selection and conduct suppliers audits.
Ensure compliance with ISO 13485, FDA 21 CFR 820, MDR, and other applicable medical device regulations.
Maintain and support quality documentation, including CAPA, Non-Conformance Reports (NCRs), and risk management documentation.

Required Project Manager
The Project Manager - Global Lumina Scanner Engineering Department is accountable for leading, coordinating, and executing cross‑functional engineering projects across the full product lifecycle, including NPI, sustaining engineering, production support, test infrastructure, and continuous improvement.
The role ensures alignment between Engineering, Operations, R&D, Quality, and Supply Chain, enabling predictable execution, clear ownership, and end‑to‑end visibility of all engineering initiatives.
Key Responsibilities
Lead and manage multiple engineering projects in parallel across NPI, sustaining, test, electronics, and system engineering.
Build and maintain integrated project plans, milestones, dependencies, and critical paths.
Drive execution through all project phases - definition, planning, execution, validation, and closure.
Coordinate design transfer, manufacturing readiness, validations, and GA milestones.
Own project governance: status reviews, KPIs, risk management, escalation, and decision tracking.
Drive cross‑functional alignment between R&D, Manufacturing, Test, Quality, Supply Chain, IT, and Program Management.
Manage ECO‑driven projects and ensure full impact analysis, execution, and closure.
Support supplier‑related projects including readiness, FAIs, tooling, and ramp‑up activities.
Establish clear ownership, priorities, and communication cadence across all stakeholders.
Provide consolidated, real‑time visibility of project status to management.

We are seeking a process and mechanical engineer to join our dynamic Test Engineering team. As a key member you will be responsible for solving production failures, increase our yields, reduce MRB and initiate cost reduction activities, design tools, fixtures, and jigs to support robust manufacturing of our products.
The production engineer will have a full ownership over the testers in the production line, including a full understanding of their processes, products and BOMs to ensure a high yield with a high-quality product.
Key Responsibilities
Define and design jigs, tools and fixture to allow repetitive and robust manufacturing with mass production orientation.
Lead investigations and find solutions to improve manufacturing yield and product quality
Work on production line escalations to resolve short and long-time issues.
Leading Engineering changes as the prime interface to introduce necessary engineering/R&D changes while understanding the implications in Logistic, Testing and Production.
Have knowledge and involvement in all disciplines (Electronics, Mechanics, and Optics) and attendance in production to improve Production processes.
Construct and maintain complex Bills of Materials (BOM).
ECOs Leading and writing DVP/IOQ/PQP protocols and reports for change validations at production line.
Work closely with other disciplines in the organization to coordinate various activities such as purchasing, R&D, Quality, Planning, Production etc.
Conduct risk assessments and implement mitigation strategies to minimize integration challenges.