div>The Role
As the High Voltage & Fault Handling lead, you will be the technical owner responsible for the design, development, and integration of VEIR’s dielectric systems and fault handling architectures across all three of our product platforms. You will lead and manage a small, highly specialized team of engineers focused on ensuring VEIR’s superconducting cable systems operate safely, reliably, and predictably under both normal operating conditions and electrical fault events.
Quincy, Massachusetts7 days ago
This role manages a small technical team while directly driving high-impact projects to identify, evaluate, approve, and implement alternate and next-generation raw materials that improve cost, supply security, performance, compliance, safety, and sustainability. AI-Enabled Technical Problem Solving - Ability to lead the practical adoption of AI tools, models, and agents to accelerate technical brainstorming, improve problem-solving speed and accuracy, strengthen decision-making, and raise the team's overall effectiveness.
For example, you may choose to work in the office 4 days per week and take one remote day weekly (typically 13 weeks per quarter), leaving 5 additional remote days to be used as needed. This individual will also offer strategic mentorship on website modernization efforts while collaborating across teams to drive scalable and reliable platform solutions.
Marlborough, MA30+ days ago
The ideal candidate should have extensive experience in the design of Power Generation/Conversion and Distribution products that meet Naval shipboard power performance requirements and have demonstrated strong leadership and planning skills with the ability to budget, direct and peer review the engineering team tasks. • Power Sub-System Design - Filters, Harmonic Control, EMI, Circuit Simulation, Magnetics, Protective Relay Systems, Short Circuit, Arc Fault and Component Stress Analyses.
You'll oversee efforts to help customers overcome their most difficult challenges by integrating secure practices such as endpoint-based detection, response EDR, multi-factor authentication, identity and access management, and advanced analytics. Onsite: If this position is listed as onsite, work will primarily be performed at a Booz Allen office or customer facility, where employees will collaborate directly with colleagues and customers as required by the role.
p>The 4th Shift Technical Lead - Semiconductor Fab role would be responsible for directing a group of skilled process engineers to fabricate advanced microelectronic devices in accordance with various technology roadmaps in support of Raytheon Technologies business pursuits. They will facilitate the effective allocation of team resources in ways to support the oversight of the foundry processes, assist in identifying future capital investment needs, and foster open communication between functional teams.
p>This is an outstanding opportunity for an experienced embedded systems leader to drive the development of cutting-edge technologies while mentoring engineering teams and shaping the technical direction of innovative products and mission-critical systems. - Lead the design, development, and optimization of embedded software and firmware systems supporting robotics, autonomous, maritime, and advanced technology platforms.
Boston, Massachusetts7 days ago
li>Design and support bi-directional integrations with ERP, PLM, PIM, DAM, BI, and other enterprise systems; define API patterns, sync strategies, and error-handling approaches. Our mission is helping companies that design, manufacture, or sell products work more effectively, enable a better work-life balance, and reduce their environmental impact.
Boston, Massachusetts30+ days ago
p style="min-height:1.5em">We are modernizing America’s air traffic control system on an accelerated timeline, tackling one of the world’s most complex real-time optimization challenges: safely coordinating tens of thousands of daily flights in a dynamic, safety-critical environment.
p>We are modernizing America's air traffic control system on an accelerated timeline, tackling one of the world's most complex real-time optimization challenges: safely coordinating tens of thousands of daily flights in a dynamic, safety-critical environment. Our team is building next-generation trajectory prediction and decision-support systems while preparing the airspace for emerging technologies like commercial space operations and advanced air mobility.