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Lead and mentor the Display Technology and Display Design (mechanical/optical) engineering teams at Collins Aerospace, driving avionics display product design and development for commercial and military flight deck applications.
Develops and evaluates solid-state power controller hardware for aerospace/defense applications, collaborating with software, mechanical, and project teams to design, test, and document circuits per DO-254/160 standards.
Entry-level Digital Hardware Design Engineer at Collins Aerospace (RTX) designing, simulating, and testing circuit card assemblies for avionics computers using schematic capture, PCB design, and high-speed digital circuit techniques.
Electrical hardware engineer designing and validating electronic parts, subsystems, and integrated circuitry across the full hardware development lifecycle at HPE's Roseville, CA office.
Hardware Design Engineer at HPE/Aruba responsible for designing high-performance networking hardware platforms—from schematic design and component selection through board bring-up, debugging, and validation—using Cadence tools (OrCAD, Allegro) and scripting in Python, Perl, and MATLAB.
Mechanical Hardware Engineer responsible for the design, development, and validation of ECUs and electronic controllers for GM's next-generation Software Defined Vehicle architecture, using 3D/2D CAD, tolerance analysis, and prototyping in a hybrid role in Metro Detroit.
Develops FPGA/emulation models and tools for Pre-Si hardware/software verification, optimizing test environments and debugging RTL for Intel’s Pre-Silicon validation and Post-Silicon validation.
Design and execute UVM-based verification plans for Intel SoCs, debugging presilicon issues and collaborating with RTL and architecture teams to ensure functional correctness.
Leads SoC design and RTL development for advanced sensor platforms, defining architecture, integrating subsystems, and driving cross-functional teams from concept to silicon.
Architect next-generation SSD hardware at Micron, defining architectures, designing power topologies, and running simulations (SPICE/IBIS/Hspice) to drive designs from concept to production.
The Hardware Engineer will design, develop, and maintain hardware systems for FAA programs, focusing on system integration, testing, and lifecycle sustainment. This onsite role requires expertise in hardware engineering principles and the ability to obtain a Secret security clearance.
Lead Service Analyst managing hardware services (laptops, phones, scanners) for Co-op, using data analysis, service management, and Microsoft tools (Excel, PowerPoint, Power BI, Co-Pilot) to monitor performance, support incident/problem/change management, and govern supplier performance and costs.
Leads a team of Project Managers delivering complex bioprocessing hardware and automation projects end-to-end, ensuring on-time/on-budget delivery, customer satisfaction, and revenue recognition while partnering cross-functionally.
Design and implement advanced test stations and automated procedures for high-precision GPS navigation receivers used in aviation, using Python scripting and lab equipment like signal generators and oscilloscopes.
Leads hardware NPI programs at HPE, managing schedules, budgets, resources, and cross-functional teams to drive engineering development and implementation of product subsystems. Relies on project planning tools and strong communication skills in a hybrid office setup.
Manages hardware New Product Introduction programs at HPE in Costa Rica — leading cross-functional teams, schedules, budgets, and external partners through the engineering development process.
The Hardware Engineer will design, develop, and integrate RF circuits and sub-systems for mission-critical communication devices. The role involves hands-on testing, debugging, and collaboration with cross-functional teams using RF simulation tools and cellular communication testers.
Designs and leads avionics hardware for lunar landers, covering flight computing, analog interfacing, and power switching across the product lifecycle (concept to production). Focuses on safety-critical, high-reliability systems for space missions.
Johnson Controls is a global leader in smart, healthy, and sustainable buildings. With operations in over 150 countries, we are committed to driving innovation and excellence in building technologies and integrated…
Analog Design Engineer at Silicon Labs in Oslo, responsible for designing low-power analog blocks (OPAMPs, ADCs, PLLs, power management) for EFR32/EFM32 IoT SoCs through the full IC design flow from specification to lab measurement.
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