Woodward, Inc. (WWD) stands as a prominent global entity, specializing in the engineering, production, and maintenance of advanced control solutions for both the aerospace and industrial sectors. The company organizes its operations into two distinct divisions: Aerospace and Industrial. Within its Aerospace segment, Woodward delivers a comprehensive array of crucial components. This includes fuel pumps, metering units, various types of actuators, air and specialized valves, fuel nozzles, and thrust reverser actuation systems, primarily designed for turbine engines and nacelles. Additionally, it provides flight deck controls, servocontrols, motors, and sensors for aircraft applications. These sophisticated offerings are integral to a wide range of platforms, encompassing commercial and private airplanes and rotorcraft, military fixed-wing and rotary-wing aircraft, guided munitions, and diverse defense systems. Beyond initial sales, this segment also offers extensive aftermarket services such as maintenance, repair, and overhaul (MRO) to commercial airlines, repair facilities, military depots, independent repair shops, and direct end-users. Products are supplied to Original Equipment Manufacturers (OEMs), tier-one suppliers, and various contractors, alongside aftermarket sales comprising provisioning spares, replacements, and individual parts. The Industrial segment offers an equally vital portfolio of products, including actuators, valves, pumps, sophisticated fuel injection systems, solenoids, ignition systems, speed control mechanisms, integrated electronics and software solutions, and sensors. These are essential for optimizing the performance of industrial gas turbines, steam turbines, compressors, and reciprocating engines. For its industrial offerings, including aftermarket products and associated services, this segment distributes to OEMs through an established network of independent distributors, as well as directly serving end-users. Woodward, Inc. was established in 1870 and maintains its corporate headquarters in Fort Collins, Colorado.
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Woodward, Inc. is an aerospace company headquartered in Fort Collins, United States. It is publicly listed (WWD) with a market capitalisation of $20B. Xcout tracks 29 named people at Woodward, Inc., including Charles Blankenship Jr. (Chief Executive Officer & Chairman). Xcout recorded 543 job postings from Woodward, Inc. in the last 90 days, naming tools such as SAP, Power BI, Tableau.
23 more named people on record for Woodward, Inc., with roles, board committees and tenure — see the full roster →
Xcout recorded 543 job postings from Woodward, Inc. in the last 90 days, from a hiring record Xcout has kept since June 2026.
The weekly hiring trend, the roles and locations behind it — see Woodward, Inc.'s hiring signals →
2 corporate events on record, with sources — see the full timeline →
Based on 306 job postings in the last 8 weeks (10 Aug – 4 Oct 2026), compared with 224 enterprise industrials companies.
This describes a hiring pattern — how often Woodward, Inc.’s job postings ask for AI skills, and how that changed against the previous 8 weeks, ranked among its peers. It says nothing about the company’s products or performance.
Signed-in members see the AI-skill share and its change with peer percentiles, role mix, posting momentum and advertised US pay against the market.
A few of Woodward, Inc.'s closest competitors — see the full list of competitors and alternatives →
Honeywell Aerospace is an independent, publicly traded aerospace and defense company that provides aircraft engines, cockpit and cabin electronics, wireless connectivity systems, navigation and sensor technologies, and propulsion and power solutions. The company serves commercial aviation, defense forces, and space applications across air, land, sea, and space. Additionally, it offers asset availability programs, maintenance support, and technologies focused on aircraft electrification, safety, and autonomy.
Curtiss-Wright Corporation (CW), along with its affiliated entities, delivers highly engineered products, comprehensive solutions, and a variety of services to a global client base across the aerospace, defense, general industrial, and power generation sectors. The company strategically organizes its operations into three primary divisions: Aerospace & Industrial, Defense Electronics, and Naval & Power. The Aerospace & Industrial segment specializes in manufacturing components for industrial vehicles, such as electronic throttle control systems, joysticks, and transmission shifters. It also supplies advanced sensors, control mechanisms, and electromechanical actuation parts for both commercial and military aircraft. Furthermore, this division offers sophisticated surface treatment services, including shot peening, laser peening, and specialized coatings. In the Defense Electronics segment, Curtiss-Wright provides a wide array of offerings. These include commercial off-the-shelf (COTS) embedded computing board-level modules, dedicated equipment for data acquisition and flight test instrumentation, and integrated subsystem solutions. The segment also develops instrumentation and control systems, turret aiming and stabilization technologies, and advanced weapons handling systems. Its capabilities extend to avionics, general electronics, flight test apparatus, and complete aircraft data management solutions. The Naval & Power division furnishes a critical range of products and services for nuclear power facilities and associated equipment manufacturers. This includes various hardware, pumps, pump seals, control rod drive mechanisms, valves, fastening systems, specialized containment doors, airlock hatches, spent fuel management solutions, and fluid sealing products. For naval applications, particularly serving the U.S. Navy, this segment supplies propulsion and auxiliary equipment such as coolant pumps, power-dense compact motors, generators, steam turbines, valves, and secondary propulsion systems. Additionally, it provides essential ship repair and maintenance services. Curtiss-Wright Corporation, which traces its origins back to 1929, maintains its corporate headquarters in Davidson, North Carolina.
Rolls-Royce Holdings Plc specializes in the engineering, production, and ongoing support of comprehensive power systems used across aviation, land-based, and maritime applications. The company organizes its business operations into four main divisions: Civil Aerospace, Power Systems, Defense, and ITP Aero. Its Civil Aerospace segment is dedicated to commercial aircraft propulsion units and their associated post-sales support. The Power Systems division furnishes engines, integrated power solutions, and nuclear technologies primarily for civilian energy generation. Within the Defense segment, the company provides engines for military aircraft, naval vessels, submarines, and corresponding maintenance services. ITP Aero focuses on developing and supplying aeronautical engines and gas turbines. Established in March 1906, the firm maintains its corporate headquarters in London, United Kingdom.
Mercury Systems, Inc. is a technology firm dedicated to the creation and delivery of a wide range of advanced components, modules, and integrated subsystems, primarily catering to the aerospace and defense industries. The company's operations span globally, with a presence in the United States, Europe, and the Asia Pacific regions. Its sophisticated solutions are vital to approximately 300 programs, supporting 25 defense contractors and numerous commercial aviation customers. The company's extensive product line includes intricate components such as power amplifiers, limiters, switches, oscillators, filters, equalizers, digital and analog converters, various chips, monolithic microwave integrated circuits (MMICs), and advanced memory and storage devices. Furthermore, it offers sophisticated modules and sub-assemblies, including embedded processing boards, switched fabric boards, digital receiver boards, multi-chip modules, integrated radio frequency (RF) and microwave multi-function assemblies, tuners, transceivers, as well as specialized graphics, video, Ethernet, and input/output boards. Mercury Systems also supplies complete integrated subsystems. Beyond these offerings, the company is actively involved in designing and developing critical technologies like digital radio frequency memory units for modern electronic warfare applications, radar environment simulation and test systems for defense and intelligence operations, signals intelligence payloads and electro-optical/infrared (EO/IR) technologies optimized for small unmanned aerial vehicle (UAV) platforms, and advanced onboard UAV processor systems facilitating real-time wide area motion imagery. Established in 1981, the firm, initially named Mercury Computer Systems, Inc., officially rebranded to Mercury Systems, Inc. in November 2012, and its headquarters are located in Andover, Massachusetts.
Ducommun Incorporated, an established company founded in 1849 and based in Santa Ana, California, specializes in delivering advanced engineering and manufacturing solutions. Primarily, it caters to critical sectors within the United States, such as the aerospace and defense, industrial, and medical fields. The company's operations are divided into two principal segments: Electronic Systems and Structural Systems. The Electronic Systems division produces a wide array of sophisticated components. These offerings encompass various connectivity and wiring solutions like cable assemblies, wire harnesses, and interconnect systems, as well as printed circuit board assemblies and more complex electronic, electromechanical, and mechanical sub-assemblies. This segment also provides lightning diversion systems, radar housings, aircraft electronics racks, shipboard communication and control enclosures, surge suppressors, and conformal shields. Additionally, it develops precision-engineered products such as illuminated pushbutton switches and control panels for aviation and testing, high-frequency microwave and millimeter switches/filters for radio frequency systems, and motors and resolvers for motion control applications. A significant aspect of this division is its contribution of engineering expertise to aerospace system design, development, integration, and testing. The Structural Systems division focuses on designing, engineering, and fabricating intricate structural elements. Its product range includes meticulously contoured aerospace components crafted from aluminum, titanium, and Inconel alloys. This segment also creates complete structural assemblies, such as winglets, engine components, and fuselage panels. Furthermore, it is responsible for advanced metal and composite bonded structures and assemblies, examples of which include aircraft wing spoilers, large fuselage skins, rotor blades for rotary-wing aircraft, flight control surfaces, engine parts, ammunition handling systems, and magnetic seals. Ducommun's extensive portfolio of products and services supports a diverse range of applications, spanning commercial and military aviation (both fixed-wing and rotary-wing platforms), space exploration programs, and various industrial and medical end-use markets.
HEICO Corporation operates as a global enterprise through its various subsidiaries, specializing in the design, manufacturing, and distribution of an extensive range of products and services tailored for the aerospace, defense, and electronics industries. The company's Flight Support Group (FSG) division is a principal supplier of essential replacement components for jet engines and aircraft. Its offerings include specialized thermal insulation products, such as blankets and reusable systems, along with a variety of bespoke parts. The FSG also serves as a distributor for a wide array of hydraulic, pneumatic, structural, interconnect, mechanical, and electro-mechanical components, primarily targeting the commercial, regional, and general aviation sectors. Additionally, this segment provides comprehensive repair and overhaul services, covering jet engine and aircraft parts, avionics, instruments, composites, and flight surfaces for commercial aircraft, as well as navigation systems and various instruments used in military planes. HEICO's Electronic Technologies Group (ETG) delivers a broad and sophisticated portfolio of electronic solutions. This encompasses electro-optical infrared simulation and testing equipment, laser products, and diverse power equipment spanning electro-optical and microwave technologies. The ETG is also proficient in developing electromagnetic and radio frequency interference (RFI) shielding, high-speed interface products, high-voltage interconnection devices, advanced high-voltage power electronics, and power conversion units. Critical safety items like underwater and emergency locator beacons are also produced by this group. Further innovative contributions from the ETG include traveling wave tube amplifiers, microwave power modules, cutting-edge three-dimensional microelectronic and stacked memory products, rugged connectivity solutions, custom-molded cable assemblies designed for harsh environments, and a range of radio frequency and microwave amplifiers, transmitters, and receivers. The segment additionally provides communication and electronic intercept receivers and tuners, self-sealing auxiliary fuel systems, active antenna systems, and nuclear radiation detectors. The company's diverse clientele primarily spans the aviation, defense, space, medical, telecommunications, and general electronics sectors. HEICO Corporation was established in 1957 and its main offices are situated in Hollywood, Florida.
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