UNKNOWN

FEED

With more than 4,500 ASMers representing 70 nationalities, our people and our advanced semiconductor devices are playing a crucial role in trends such as 5G, cloud computing, AI, and autonomous driving. As part of ASM’s Global Hardware Platform team, you’ll help shape the future of semiconductor technology by designing mechanical hardware for our advanced process chambers.

Engineer II, Mechanical Engineering

ea_via_bold

As a technical leader, this role focuses on large‑scale growth projects and strategic initiatives, providing process engineering expertise, engineering leadership, and high‑level guidance throughout the project development cycle while collaborating across the organization to deliver sound engineering judgment and strategic insight. Employees can work remotely from most states in the U.S., with the exception of California, Connecticut, Illinois, Kansas, Kentucky, Massachusetts, Michigan, New Hampshire, New York, North Carolina, Oklahoma and South Carolina.

YEAR

Freeport-McMoRan Inc

Principal Engineer I - Process Engineering

With more than 4,500 ASMers representing 70 nationalities, our people and our advanced semiconductor devices are playing a crucial role in trends such as 5G, cloud computing, AI, and autonomous driving. As part of ASM’s Global Common Engineering team, you’ll help shape the future of semiconductor technology by designing mechanical hardware for our advanced process chambers.

Senior Engineer II, Mechanical Engineering

With more than 4,500 ASMers representing 70 nationalities, our people and our advanced semiconductor devices are playing a crucial role in trends such as 5G, cloud computing, AI, and autonomous driving. As a Senior Engineer I/II, Mechanical Engineering at ASM, you will play a pivotal role in design and development of high‑precision ALD chamber and semiconductor equipment systems.

Senior Engineer I/II, Mechanical Engineering

This role is responsible for developing safe, reliable, and manufacturable electrical solutions for process-module subsystems, including power distribution, controls, sensors, interlocks, safety circuits, cable assemblies, and system-level interfaces. Own the electrical design of process-module subsystems from concept through release, including schematics, cable drawings, wiring diagrams, interconnects, power distribution, sensors, heaters, actuators, safety circuits, and control interfaces.

Engineer II, Electrical Engineering

Today, our expertise extends broadly across closely related security and risk-based fields – from accessibility consulting and risk analysis to process safety, forensic investigations, security risk consulting, emergency management, digital innovation and more. The position will coordinate and conduct building plan reviews, interpret the building codes, develop alternative solutions, prepare building design reports and coordinate with fire protection engineering design teams.

Jensen Hughes

Fire Protection Engineer

A four-year Bachelors degree in an engineering discipline or related applied science discipline (see approved list) from an ABET accredited institution, an International Engineering Alliance (IEA) recognized institution or an ABET Mutual Recognition Agreement (MRA) plus two (2) years working experience in Engineering-related positions. 1) Analyzes and prepares a variety of data, technical reviews and evaluations, trend analyses, short to long-range technology assessments, products and services, investigations, product/specification verifications to aid decision making for distribution protection strategies that reduce the overall fire risk throughout the state.

Pinnacle West Capital Corp

Fire Mitigation Engineer II

Senior Mechanical Engineer

Demonstrated experience designing, integrating, and verifying electronic subsystems in several of the following areas: embedded microcontrollers, power supply design (switch-mode and linear regulators), power delivery networks, memory subsystems (FLASH/EEPROM), high- and low-speed communication interfaces (USB, UART, SPI, I2C), high-power interfaces, battery applications, battery chargers, high-power LED driver design, and RF subsystem integration. Using OrCAD Schematic tools, design embedded mixed-signal electronic circuitry that integrates high-voltage power supply circuitry, microcontrollers, flashlight/indication/display circuitry and drivers, memory devices (FLASH/EEPROM), switch-mode and linear power supplies, batteries, data interfaces (UART, SPI, I2C, USB), RF transceivers, electromechanical transducers, and other discrete digital and analog components.

Axon Enterprise Inc

Electrical Engineer II, TASER

A four-year Bachelors degree in an engineering discipline or related applied science discipline (see approved list) from an ABET accredited institution, an International Engineering Alliance (IEA) recognized institution or an ABET Mutual Recognition Agreement (MRA) plus two (2) years working experience in Engineering-related positions. 4) May provide oversight of engineering technical programs by managing the program requirements, working with cross organizational partners, reviewing and internalizing operating experience and coordinating corrective actions to ensure engineering program elements continue to remain healthy.

System Health Engineer II

Other design tasks related to existing chemical plant operations you could expect to be responsible for are reviewing drawings, creating new drawings, reviewing specification sheets, size equipment for small plant projects and reviewing code requirements of operational facilities. Engineering and design experience with power delivery systems for chemical and/or Industrial sectors with the following items: Grounding, lighting, wiring, schematics, panel layouts, heat trace, cable schedules, cable tray.

Tessenderlo Group NV

Electrical Engineer

FULL_TIME

As the leader in Energy‑as‑a‑Service (EaaS), we integrate engineering, design, construction, financing, and long‑term operations into a single, accountable team—removing traditional barriers between design and execution. Overview: The Mechanical Professional Engineer II (PE II) independently applies advanced engineering techniques to design and coordinate mechanical systems for energy and infrastructure projects across hospital and college campuses.

ENFRA LLC

Mechanical Engineer PE II

[AW]-iCims

Overview: The Mechanical Professional Engineer III (PE III) serves as a senior technical leader responsible for the design, coordination, and delivery of complex mechanical systems for energy and infrastructure projects for hospital and college campuses. As the leader in Energy‑as‑a‑Service (EaaS), we integrate engineering, design, construction, financing, and long‑term operations into a single, accountable team—removing traditional barriers between design and execution.

Mechanical Engineer PE III

Responsibilities include preparing accurate calculations, drawings, and specifications, maintaining design documentation, and contributing to systems that meet performance, reliability, and energy efficiency objectives consistent with ENFRA’s design-build delivery model. As the leader in Energy‑as‑a‑Service (EaaS), we integrate engineering, design, construction, financing, and long‑term operations into a single, accountable team—removing traditional barriers between design and execution.

Electrical Engineer PE I

Overview: The Electrical Professional Engineer III (PE III) serves as a senior technical leader responsible for the design, coordination, and delivery of complex electrical systems for energy and infrastructure projects for hospital and college campuses. As the leader in Energy‑as‑a‑Service (EaaS), we integrate engineering, design, construction, financing, and long‑term operations into a single, accountable team—removing traditional barriers between design and execution.

Electrical Engineer PE III

Our product portfolio includes SAS/PCIe/NVMe/CXL products that connect, manage, and secure the world's information, including Flash Controllers, High Performance Switches, RAID Controllers and Memory Controllers. Generate and validate physical design handoff deliverables including pad ring DEF files, Verilog netlists, bump maps, and associated implementation data for downstream teams.

Microchip Technology Inc. is a leading provider of microcontroller and analog semiconductors, providing low-risk product development, lower total system cost and faster time to market for thousands of diverse customer applications worldwide. Headquartered in Chandler, Arizona, Microchip offers outstanding technical support along with dependable delivery and quality.

Microchip Technology Inc

Technical Staff Engineer - Design

May also be responsible for the unit's Performance Excellence (Six-Sigma) project portfolio, assuring the effective use of different improvement methodologies (DMAIC, Lean, DESGN, etc) toward the achievement of division or plant strategic goals. Develops, modifies, applies and maintains quality evaluation and control systems and protocols for processing materials into partially finished or finished materials product.

Premier Staffing Solution

Quality Engineer II

SmartSearch

Using AutoCAD, Revit, and Navisworks for modeling and clash detection, this role ensures technically sound, code-compliant, and constructible solutions while providing mentorship and technical leadership across project teams. Develop and review HVAC and mechanical system designs, including air handling units, HVAC ducting, exhaust, motor control, VAV systems, chillers, boilers, exhaust ventilation, pump hydraulics, wastewater discharge equipment and possibly other mechanical building systems.

SSOE, Inc.

In this role, you will impact the successful execution of aerospace projects by ensuring engineering activities align with business goals and technical requirements, ultimately enhancing product quality and customer satisfaction. Our new brand identity pairs that heritage with real momentum, as we build technology that helps pilots navigate with confidence, aircraft operate more efficiently, and operators stay ahead of change.

Honeywell Aerospace innovates and integrates thousands of products and services to advance and easily deliver safe, efficient, productive and comfortable experiences worldwide. Our History The first autopilot in 1914, Charles Lindbergh’s first successful solo flight across the Atlantic in 1927, Amelia Earhart’s landmark flight in 1932, and the world’s first sonic boom in 1947, were all made possible because of aviation technology developed by Honeywell and its legacy companies. During World War II, the groundbreaking cabin pressurization system developed by Garrett, Honeywell’s integrated C-1 autopilot, and the Norden bombsight made high-altitude bombing first feasible. Sperry instruments and navigation gear, Bendix electronics, carburetors, wheels, and brakes, and Grimes lighting systems were widely used on World War II aircraft. These innovations were later implemented successfully in civilian aircraft, helping the post-war boom in passenger travel. In the 1950’s, Honeywell Aerospace and its legacy companies changed the face of flying with the development of the first gas-turbine engines and the ring laser gyroscope, which dramatically changed guidance and navigation forever. Sperry brought computer technology to the cockpit with electronic flight instrument systems, flight management systems and other digital technology, and Bendix introduced the first commercial weather radar system.Today, Honeywell Aerospace continues to innovate in the frontier of flight safety with traffic alert and collision avoidance technologies, the AlliedSignal Enhanced Ground Proximity Warning System, and systems that help pilots avoid severe weather and hazards such as lightning and wind shear. We at Honeywell Aerospace are proud of our contributions to aviation history, but we’re just as proud of the history we’re making today. We have created the state-of-the-art integrated Aircraft Environment Surveillance System for the Airbus A380, and our advanced flight management, power distribution, pneumatic, and landing systems will help A380 operators reach new heights of performance and efficiency. We are a leading supplier of products and systems for Boeing commercial airplanes, and our integrated avionics system for the Boeing 777 sets a new technology and reliability standard. Today, we are part of the team working to define technology concepts for the next Boeing airplane, the super-efficient 777. The general, experimental, and light business aviation industries also turn to our respected Bendix/King range of communication and navigation avionics, weather radars, flight controls, flight information services, and other products and services that help make flying safer, more affordable, and more enjoyable. Honeywell Aerospace continues to work to improve the capabilities of military forces, developing systems that power unmanned vehicles, avionics for jet fighters, weapon sensors for precision targeting, and upgrades that extend the lives of proven aircraft and vehicles. We’re part of the Lockheed Martin team working on the Joint Strike Fighter program, and we’re proposing a wide range of systems for the Army’s Future Combat System. For more than 40 years, Honeywell technology has helped with the exploration and creation of opportunities in space. Our products have been integral to Neil Armstrong’s first step on the moon, and to every manned mission to space since. Today, the Space Shuttle is equipped with Honeywell’s Multifunction Electronic Display Subsystem, and we’re reaching into the future of space technology, with our work for the anticipated shuttle successor, the Orbital Space Plane, the International Space Station, and our contributions toward creating a permanent orbiting scientific laboratory and workspace. As powered flight begins its second century, Honeywell Aerospace continues to make history with leading technology, reliable products and systems, superior service, and dedicated employees. The contributions of Honeywell, its legacy companies, and five generations of employees, have advanced the science of aviation to make flying the world’s safest form of transportation, while helping to protect our nation and explore the universe. We look forward to continuing our long tradition of developing and delivering innovative aviation systems that meet the current, and anticipate the future, needs of the customer.

Sound Engineer Jobs in Phoenix, AZ

Engineer II, Mechanical Engineering ASM

Principal Engineer I - Process Engineering Freeport-McMoRan Inc

Senior Engineer II, Mechanical Engineering ASM

Senior Engineer I/II, Mechanical Engineering ASM

Engineer II, Electrical Engineering ASM

Fire Protection Engineer Jensen Hughes

Fire Mitigation Engineer II Pinnacle West Capital Corp

Senior Mechanical Engineer ASM

Electrical Engineer II, TASER Axon Enterprise Inc

System Health Engineer II Pinnacle West Capital Corp

Electrical Engineer Tessenderlo Group NV

Mechanical Engineer PE II ENFRA LLC

Mechanical Engineer PE III ENFRA LLC

Electrical Engineer PE I ENFRA LLC

Electrical Engineer PE III ENFRA LLC

Technical Staff Engineer - Design Microchip Technology Inc

Quality Engineer II Premier Staffing Solution

Senior Mechanical Engineer SSOE, Inc.

Senior Advanced Project Engineer Honeywell Aerospace Inc.

Project Engineer II Honeywell Aerospace Inc.

Similar Job Searches

See More Jobs

Stand out to leading employers.