• Lead system and component-level analysis, design, and test of complex fluid-thermal propulsion systems for missile applications in the TMRR phase • Apply advanced engineering principles, industry standards, company standards, and customer requirements to the development of propulsion systems • Define, plan, and oversee propulsion test activities including development of test plans, procedures, and success criteria • Provide technical leadership and oversight to propulsion suppliers • Develop and maintain propulsion performance, fluid/thermal, and structural models • Lead the development and execution of verification and qualification plans for propulsion systems • Direct the research, analysis, and system-level integration of missile propulsion systems • Support propulsion flight and ground operations • Serve as a primary technical interface and spokesperson for propulsion on the program • Identify propulsion-related risks and opportunities, develop and execute mitigation plans

• The Design Engineer develops and tests renewable energy models, performs dynamic system studies, supports interconnection applications, and collaborates with clients to meet evolving grid and compliance requirements. • Develop PSSE, PSLF, TSAT and PSCAD models of renewable plants • Perform model quality tests and model benchmarking for various software models. • Understand dynamic model block diagrams and tune parameters to meet regional model performance requirements. • Support interconnection applications; tasks include preliminary plant design, assemble simple preliminary drawings, and completing application forms with design information • Conduct some preliminary system studies, like reactive power studies. • Work closely with the developer clients to understand their needs, deadlines, changes in design and address feedback from the system operator/transmission owner. • Understand and stay apprised of updates with various regional requirements for interconnection applications, processes, deadlines and queue schedules. • Respond quickly to customer design changes, questions and deadlines, and maintain a flexible attitude towards the work. • Stay current with regulatory changes, new grid codes, and evolving ISO/RTO requirements related to grid interconnections. • Conduct voltage and frequency ride through studies, and support model validation for renewable projects to support NERC compliance standards. • Stay up to date on new industry guidance and standards for modeling and NERC compliance for relevant technologies • Help develop tools to automate and streamline model quality tests and analyses

Role Description We are seeking an experienced Semiconductor Software Engineer to design and build software tooling, firmware, and infrastructure that support semiconductor design, verification, manufacturing, and post-silicon validation. In this role you will partner with hardware engineers and EDA teams to build software that accelerates silicon development cycles and improves yield, performance, and quality. The ideal candidate will combine strong software engineering fundamentals with practical experience working alongside hardware teams in EDA, verification, or post-silicon environments. In this role you will work closely with cross-functional partners — product, design, engineering, operations, and business stakeholders — to translate ambiguous requirements into well-engineered solutions, and will be expected to raise the bar through code review, design review, and mentorship of more junior engineers. The successful candidate brings strong engineering discipline, a clear communication style, and a track record of shipping meaningful work that holds up well in production. Qualifications - Bachelor’s or Master’s degree in Computer Science, Electrical Engineering, or a related field. - Six or more years of software engineering experience, with significant time in semiconductor environments. - Strong programming skills in C, C++, and Python. - Hands-on experience with EDA, verification, or post-silicon validation workflows. - Solid understanding of hardware-software interaction at a low level. - Experience building large-scale compute infrastructure (grid, cloud, HPC). - Strong scripting and automation skills. - Experience with data pipelines for design or characterization data. - Excellent debugging and troubleshooting skills. - Strong communication and documentation skills. Requirements - Design and build software tooling that accelerates semiconductor design and verification workflows. - Develop firmware and low-level software interacting directly with silicon, including drivers and BSPs. - Build infrastructure to support large-scale EDA tool execution on compute farms and cloud platforms. - Develop post-silicon validation tooling, including high-throughput test orchestration, programmable stimulus generation, and result aggregation systems that scale across many parts and many test environments. - Build data pipelines for design, verification, and characterization data, supporting downstream analytics and ML. - Implement debug tooling and diagnostic infrastructure for hardware bring-up and silicon characterization, giving engineers fast feedback loops on the silicon-software interface during critical validation windows. - Partner with hardware engineers to translate hardware-specific requirements into clean software designs. - Optimize software for performance and scalability in compute-intensive semiconductor workflows. - Lead architecture and code reviews that span the software-hardware boundary, ensuring that abstractions, interfaces, and constraints between the two domains are well-understood and respected across the team. - Contribute to internal libraries and tooling shared across silicon design teams. - Maintain comprehensive, current technical documentation — including architecture diagrams, design decisions, configuration references, runbooks, and operational procedures — so that the system remains supportable, auditable, and easy to onboard new engineers onto over time. - Mentor and coach junior and mid-level engineers through code review, design review, pair programming, and structured knowledge sharing, helping the broader team grow in technical maturity and confidence over time. - Continuously evaluate emerging hardware platforms and toolchains, assessing maturity, fit for purpose, and total cost of ownership, and make grounded recommendations on which to adopt, pilot, or defer based on real engineering needs. Benefits - Competitive base salary commensurate with experience, plus benefits. - Long-term, multi-year engagement aligned to the Bright Vision SOW delivery roadmap. - 100% remote work opportunity.

• Developing and designing Heat Rejection and HVAC systems tailored for data centers. • Selecting appropriate air/water side cooling systems for data centers. • Conducting internal CFD simulations to optimize airflow distribution. • Designing HVAC systems with redundancy and fault-tolerant features. • Performing heat load calculations for data centers. • Implementing energy-efficient HVAC design strategies. • Ensuring the data center's air quality is maintained at optimal levels. • Collaborating with electrical engineers and mechanical engineers.