April 9, 2026For U.S. Positions: While subject to change based on business needs, Leidos reasonably anticipates that this job requisition will remain open for at least 3 days with an anticipated close date of no earlier than 3 days after the original posting date as listed above. If you received an email purporting to be from Leidos that asks for payment-related information or any other personal information (e.g., about you or your previous employer), and you are concerned about its legitimacy, please make us aware immediately by emailing us at LeidosCareersFraud@leidos.com.
April 9, 2026For U.S. Positions: While subject to change based on business needs, Leidos reasonably anticipates that this job requisition will remain open for at least 3 days with an anticipated close date of no earlier than 3 days after the original posting date as listed above. If you received an email purporting to be from Leidos that asks for payment-related information or any other personal information (e.g., about you or your previous employer), and you are concerned about its legitimacy, please make us aware immediately by emailing us at LeidosCareersFraud@leidos.com.
p> Determining compensation for this role (and others) at Vaco by Highspring depends upon a wide array of factors including but not limited to: - the individual’s skill sets, experience and training;
- licensure and certification requirements;
- office location and other geographic considerations;
- other business and organizational needs. Determining compensation for this role (and others) at Vaco/Highspring depends upon a wide array of factors including but not limited to the individual’s skill sets, experience and training, licensure and certifications, office location and other geographic considerations, as well as other business and organizational needs.
A successful candidate will assist ASIC development through creating custom analog layouts, floor planning entire chips, high level problem solving, and executing tape outs. ¿ Perform or guide physical layout, including floor-planning, and simulate circuits using extracted parasitic, contribute to design-for-test development.
This is a hands-on engineering role responsible for designing, developing, and delivering robust embedded and control system solutions for innovative commercial and government technology programs. This role requires ownership of designs from concept through prototype, testing, validation, and production while collaborating closely with multidisciplinary engineering teams.
Cambridge, Massachusetts30+ days ago
Excellent development and troubleshooting skills on embedded targets ¿ Excellent knowledge of OS coding techniques, interfaces, hardware subsystems and driver development ¿ Development experience with device drivers, board support package, boot code and knowledge of embedded system buses and protocols (e.g. GCC, LLVM), static analysis tools, dynamic analysis, and QEMU based development are preferred ¿ Knowledge and experience with software configuration management tools, defect tracking tools, and peer review processes.
Woburn, Massachusetts30+ days ago
Role can be Hybrid, TBD The Systems Engineer should have experience architecting systems, working across the Systems Engineering Lifecycle, and in Digital Engineering/Model-Based Systems Engineering (MBSE) achieving architectural integrity and traceability through requirements analysis, system and software development and production system deployment. The ideal candidate will be well-versed in Systems Engineering techniques, Modeling and Simulation, and Digital Engineering/MBSE and be excited about opportunities to mentor more junior staff and help foster growth of subject matter expertise across the organization.
A successful candidate has strong experience with Azure Cloud services, is self-driven, enjoys learning new technologies, and is willing to stretch themselves to become a stronger engineer and mentor others around them to do the same. Developing effective cloud infrastructure, enforcing good architectural principles, providing technical oversight, and ensuring security best practices are implemented and followed.
Time domain simulations, covariance-based methods, and Monte Carlo dispersed analysis will be used to assess and tune system performance and to document analysis results. The analysis will include assessment of control, navigation, and guidance system performance, verification of algorithms and algorithm requirements, and analysis of flight dynamics and trajectory dispersions.
Hudson, New Hampshire30+ days ago
This role will participate and/or lead failure analysis in manufacturing and for field failures, develop troubleshooting & repair schemes, develop manufacturing process controls and documentation, interface with manufacturing and quality personnel to train and transfer processes & knowledge for successful volume production launches, and engage with suppliers as needed to drive improvement and implement process controls. This is a hands-on role that works with a team of quality engineers, technicians and inspectors that are engaged through the entire life cycle of product, starting during development, continuing with transitioning of product to manufacturing, and then supporting the continuous manufacture of product.
p>Hutchinson Sealing Systems, Inc. in Newfields, NH seeks Automation Engineer II to be responsible for concept development, design, build & installation & programming of new automated manufacturing cells specifically for automotive body sealing system. Req BA in Engineering (Electrical, Mechanical, or Mechatronic), or Robotics & Automation & 6 months exp.
Hudson, New Hampshire19 days ago
Experience doing root-cause analysis and complex debug activities on motherboard platforms (Intel server motherboard platforms is preferred). Overview: Client is seeking a Manufacturing Test Engineer or Test Technician to perform debug and validation efforts for Intel-based server motherboards.
p>Local Manufacturer of electronics products and is seeking an experienced Electronic & Software Engineer for the growing Engineering department. - Develop manufacturable designs including embedded software and qualification strategies to exhibit design meets customer requirements.
Woburn, Massachusetts30+ days ago
Client is focused on delivering National Defense capabilities by driving mission-focused strategies to develop advanced technology systems enabling enduring products and solutions focused on achieving the customer vision. Applicants are expected to be self-motivated, detail oriented and have a demonstrated ability to effectively communicate with all levels of management and individual contributors on the program team through strong written and verbal communication skills.
The Manufacturing Process Engineer will partner closely with design engineers, scientists, technicians, and production teams to ensure new products are designed for manufacturability and successfully transitioned into production. This individual will also play a key role in continuous improvement efforts, troubleshooting production issues, and supporting day‑to‑day manufacturing operations.
Expertise with RF subsystem and hardware including antennas, transmitters, receivers, microwave components, low noise amplifiers, high power amplifiers, advanced electronic modules, amplifiers, mixers, switches, frequency generation circuits and/or frequency conversion circuits is desired. In this role, the Staff RF Engineer will support the development and production of complex multi-function modules used in challenging high reliability applications in all phases of the product life cycle.
Somerville, MA10 days ago
p>Trained in use of commercial software programs (i.e. Microsoft Word, Excel, Access, Project, Adobe Acrobat, etc.). Skills:
Proficient knowledge of electrical theory and electrical control system design.
A successful Spinal Implant Instruments Development Engineer should have: 3+ years of experience designing and developing spinal implants. With a small, highly skilled team, it offers a fast-paced startup environment, competitive compensation, and the opportunity to make a direct impact on healthcare.
li>Estimates production times, staffing requirements, and related costs to provide information for management . More information about the holding company and overall organization can be found at
Collaborates with other manufacturing engineers, design engineers, quality control personnel, supervisors and machine operators to maximize shop-floor productivity and product quality. Reviews product designs for manufacturability, proper tolerances, quality requirements, and cost drivers.
This CNC Manufacturing Engineer will focus on supporting CNC machining operations by improving processes, tooling, and equipment within a high-mix manufacturing environment. The role combines hands-on shop floor support with engineering tasks like fixture design, process optimization, and Lean implementation.
This role is partnering closely with engineering, production, and machine shop teams to improve processes, implement new equipment, and support continuous improvement initiatives. The CNC Manufacturing Engineer is driving the development, optimization, and validation of manufacturing processes in a low-volume, high-configuration environment to ensure products are built safely, efficiently, and to specification.
April 30, 2026For U.S. Positions: While subject to change based on business needs, Leidos reasonably anticipates that this job requisition will remain open for at least 3 days with an anticipated close date of no earlier than 3 days after the original posting date as listed above. If you received an email purporting to be from Leidos that asks for payment-related information or any other personal information (e.g., about you or your previous employer), and you are concerned about its legitimacy, please make us aware immediately by emailing us at LeidosCareersFraud@leidos.com.
A growing precision manufacturing environment is seeking a skilled Senior Process Engineer with strong CNC programming expertise to support new product introduction, optimize production processes, and drive continuous improvement across machining operations. Create, implement, and troubleshoot CNC programs for new part start ups using MasterCAM, PartMaker, or similar platforms.
The C2ISR Division provides worldwide life cycle support across the spectrum of the C2ISR capabilities based enterprise; including supply, distribution, materiel management, acquisition, system engineering and maintenance, financial planning and budgeting, security, flight test, and contracting functions. EPASS support is required to execute the major GNS programs in support of the C2ISR Division, to include: AF DCGS Network Infrastructure Transformation (NIT), Extended Tether Program (ETP), and Global Command and Control System – Air Force Infrastructure (GCCS-AF (I)).
li>Design, execute, manage, and implement QC instrument / software qualification documents such as (but not limited to): User Requirement Specification (URS), Design Qualification (DQ), validation plans, equipment IOQ protocols, software test scripts, configuration specifications, risk assessments, qualification summary reports. Quality management system experience including: document control / management, change controls, investigations, deviations, electronic validation databases, asset management database.
The Aerospace Management Systems Division programs, develops, delivers, and sustains air traffic management, CNS/ATM avionics expertise, and weather sensing and forecast capabilities, enabling military, civil, allied, and Foreign Military Sales customers to achieve their mission. Develop and maintain system architectures, interface definitions, and Model-Based Systems Engineering (MBSE) artifacts supporting Air Traffic Control (ATC), Command & Control (C2), communications, networking, tactical data links, and radio systems.