Own the full lifecycle of complex hardware programs — from concept and design through certification, series production, and field deployment, bridging engineering, operations, and commercial teams to bring flight-critical hardware to market on schedule and at quality.
Locations (7)
New York, United States
Miami, United States
Montréal, Quebec, Canada
Singapore, Singapore
Dubai, Dubai, United Arab Emirates
United Kingdom, United Kingdom
Ireland, Ireland
Responsibilities
Define and maintain the product roadmap for hardware programs, from initial requirements capture through entry into service and follow-on variants.
Serve as the primary integration point between systems engineering, design, manufacturing, supply chain, certification, and commercial stakeholders.
Author and own product requirements documents, design-to-cost targets, key performance parameters, and acceptance criteria.
Lead gate reviews (PDR, CDR, PRR, TRR) and drive closure of open items across functional teams.
Manage the manufacturing readiness transition — from prototypes and qualification articles to rate production — including tooling, yield, and first-article inspection sign-off.
Requirements
B.S. or M.S. in Mechanical, Aerospace, or Manufacturing Engineering
The Software Development Engineer II is responsible for developing software applications and firmware for electronic devices and sensors used in orthopedic surgery. This role is an integral part of the design team, participating in the definition of the specifications, the software implementation, and verification / validation activities through automated and unit testing.
Responsibilities
Lead software and firmware development activities for new product development involving the integration of MEMS sensors hardware in surgical instruments
Implement wireless 802.15.4 or Bluetooth Low Energy (BLE) communications drivers to ensure the integrity of the surgical device network at all times
Develop finite state machines to respond to surgeon events to guide the surgical workflow
Develop user interfaces that provide clear and timely feedback to the surgeon-user
Develop clinical algorithms using MEMS sensor data as inputs
We are seeking an experienced Safety Architect to lead the definition, analysis, and implementation of hardware and software safety countermeasures for next-generation microcontroller products targeting automotive, industrial, and humanoid robotics applications.
Responsibilities
Define safety concepts and safety architectures for microcontroller products
Derive and document HW/SW safety requirements from top-level safety goals and use cases
Identify and specify safety mechanisms for CPU, memories, interconnects, peripherals, clocks, reset, voltage, and temperature monitoring
Identify and specify mechanisms for diagnostics, redundancy, error detection, error containment, and fault reaction
Perform or support safety analysis, including FMEA/FMEDA, FTA, and DFA
Lead continuous improvements in Trade and Transportation function, manage import/export operations, ensure compliance with customs laws and regulations, and oversee trade compliance advisory.
Responsibilities
Lead continuous improvements in Trade and Transportation function
Manage local trade and transportation operations
Oversee import/export administrative activities
Ensure compliance with ABB rules and external regulations
Manage end-to-end import and export customs operations
Requirements
Bachelor's degree or Master's degree in any discipline, International Business, International Trade, or Trade Compliance
Own hardware safety analysis for processor IP configurations and perform SoC-level safety analysis for Custom Silicon programs, supporting ISO 26262 compliance for automotive systems.
Compensation
The exact Salary will be determined based on qualifications, experience and location.
Responsibilities
Own hardware safety analysis for processor IP configurations: FMEDA, DFMEA, DFA and FTA, through to external assessment
Perform SoC-level safety analysis for Custom Silicon programs: integration of safety elements, system-level FMEDA, and the safety concept at the SoC boundary
Analyze dependent failures and freedom from interference across IP boundaries within an SoC
Derive and track safety metrics (SPFM, LFM, PMHF) and drive diagnostic coverage improvement together with the STL and verification teams
Define and review safety mechanisms at RTL level — ECC, parity, lockstep, register protection, watchdog — and verify they meet the claimed diagnostic coverage
Requirements
Master's or Bachelor's degree in Electrical/Electronic Engineering, Computer Engineering or a related field
Nice to have: ISO 26262 certification or formal training
Nice to have: Safety Element out of Context (SEooC) supplier experience
Nice to have: Fault simulation tooling (VC Z01X or equivalent)
Nice to have: Scripting and automation (Python, TCL)
Lead functional safety engineering for next-generation electric vehicle hardware, defining safety concepts, mentoring engineers, and driving safety standards across the hardware organization.
Compensation
We build the exceptional — and we believe the people doing that work should be rewarded accordingly. In addition to a competitive base salary, full-time positions may be is eligible to participate in our annual company performance bonus program. Payments are discretionary and not guaranteed; actual amounts depend on company results and the terms of the plan in effect, and require active employment at the time of payout. This role is also eligible for equity in the form of Restricted Stock Units (RSUs), subject to board approval and the terms of our equity incentive plans, including applicable vesting requirements.
Responsibilities
Own functional safety design and execution for current and next-generation vehicle architectures
Define the hardware technical safety concept for complex zonal and network architectures
Drive HW safety requirements and safety mechanisms
Perform and review FMEDA, FTA, DFA, and PMHF/SPFM/LFM analyses
Partner with EE, Systems, Software, and Test teams to define architectural requirements
Requirements
Bachelor's in Electrical Engineering or an equivalent engineering degree
Nice to have: 48V systems
Nice to have: zonal or centralized E/E architecture
Perform FA and sustaining engineering activities for ICW products (PSOC, Wi-Fi, and Bluetooth devices).
Responsibilities
Perform electrical Failure Analysis for PSOC and IoT Wi-Fi and Bluetooth customer returns
Maintain FE (frontend, die level) and BE (backend, package level) yields to meet quality targets
Support sales / marketing to drive New Sale Opportunities (NSO) projects on post PR5 ICW products to create samples and release to volume production
Support Cost Reduction activities such as initiate and qualify Fab sites, drive test yield improvement, test time reduction activities and qualify manufacturing flow transfers (from high-cost manufacturing to lower cost location)
Perform lot trace analysis to identify potential outliers in manufacturing data
Requirements
Bachelor degree in the field of Electronics, Electrical, Microelectronics or Semiconductor Physics
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