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.
Employee pay is based on factors like relevant education, qualifications, certifications, experience, skills, seniority, location, performance, union contract and business needs. You will work closely with the technical lead, business development, client services and UX design teams to build intuitive and functional user interfaces.
p>Working closely with cross-functional teams including Engineering, Production, Quality, Supply Chain and Operations, you will lead process improvement initiatives, support engineering change implementation and contribute to the successful execution of strategic manufacturing projects. As a Manufacturing Engineering Specialist at Shred-Tech, you will play a key role in optimizing manufacturing operations, supporting new product introductions, and driving continuous improvement initiatives across the organization.
While an hourly range is posted for this position, an eventual hourly rate is determined by a comprehensive salary analysis which considers multiple factors including but not limited to: job-related knowledge, skills and qualifications, education and experience as compared to others in the organization doing substantially similar work, if applicable, and market and business considerations. As a Systems Engineer, working on the Encryptor Manager, you'll be a member of a cross functional team responsible for developing mission critical Cybersecurity Manager Applications for a rapidly growing product line.
a href="https://www.fmapprovals.com/Certification-Services/Marks-and-Auditing" rel="nofollow noopener noreferrer" target="_blank">Audits include various manufacturers responsible for producing products for compliance with FM Approvals requirements. Job Description: FM Approvals is an international leader in third-party testing and certification services.
p/>The AE candidate will need to develop a deep understanding of our clients' business, operations, and exposures to evaluate the nature, probability, and magnitude of loss potentials and build client-specific risk improvement strategies that clearly demonstrate FM's value-add. By aligning FM products and services to each client's unique needs and partnering with Account Managers to produce cohesive, client-facing deliverables, the AE will reinforce a tailored account strategy and the tangible value FM brings to each client's organization.
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 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.
p/>FM Approvals is seeking a highly motivated business development advanced engineer to support growth in the Hazardous Location, and Industrial Internet of Things (IioT) markets.
Qualifications:
p>Reporting directly into the Engineering Manager, you will be responsible for the following: - Lead the technical development and ongoing improvement of R&D tooling across multiple manufacturing processes. The culture values collaboration, continuous improvement and practical problem‑solving, offering engineers the opportunity to work closely with manufacturing, suppliers and R&D teams in a hands‑on, technically challenging setting.
With approximately 400 employees and continued expansion planned, the business is investing heavily in data centre infrastructure and large enterprise customers, creating strong long-term growth opportunities. The client is a well-established and fast-growing manufacturer of metal components and custom-engineered parts serving OEM customers across multiple industrial sectors.
The engineer will work closely with multi-disciplinary teams to help shape hardware architectures and lead electronics development activities by applying sound engineering and project management principles. A Principal Hardware Instrumentation Engineer designs, develops, tests, and oversees the manufacturing of electronics systems for state-of-the-art sensors and actuators used in a wide array of applications.
p>A Principal Power Electronics Engineer designs, specifies, develops, and tests power system architectures and requirements for a wide array of applications, including miniature power conversion and management circuitry, distributed power architectures, radiation hardened designs, novel battery management circuitry, small motor controllers, switched-mode power conversion and precision feedback systems. • Knowledge in at least one of the following areas: Isolated and non-Isolated dc/dc power conversion; rectification; inversion; battery management systems; motor controller design; system-level power distribution design; system/board level grounding/shielding and EMC design techniques.
p>A Senior Power Electronics Engineer designs, specifies, develops, and tests power system architectures and requirements for a wide array of applications, including miniature power conversion and management circuitry, distributed power architectures, radiation hardened designs, novel battery management circuitry, small motor controllers, switched-mode power conversion and precision feedback systems. • Knowledge in at least one of the following areas: Isolated and non-Isolated dc/dc power conversion; rectification; inversion; battery management systems; motor controller design; system-level power distribution design; system/board level grounding/shielding and EMC design techniques.
p>Follow and contribute to the company’s proprietary Master Model Concept, working within structured stage models and manufacturing method assemblies to maintain disciplined, repeatable programming practices across all hydrodynamic production programs. Education & Experience (one of the following):
Bachelor’s degree in Mechanical Engineering, Manufacturing Engineering, Engineering Technology or related discipline — internship/co-op experience strongly valued.
p>Reporting directly into the Engineering Manager, you will be responsible for:
Preferred experience includes: Hands-on with their operational stack-NinjaOne, CrowdStrike, Proofpoint, Barracuda Backup, and Azure Recovery Services Vault-or close equivalents. Strong automation and integration skills (PowerShell, Python, or equivalent), plus practical experience tying systems together via APIs and event-driven patterns.
p>A Senior Sensor Electronics Engineer designs, specifies, develops, and tests analog electronics for a wide array of applications, such as analog front ends, signal conditioning, analog-to-digital conversion, radiation hardened designs, motor controllers, low noise power conditioning for precision instrumentation, and precision feedback systems. The engineer develops the architecture, designs these circuits, performs simulations, implements the physical layout, verifies and tests designs.