Digital Engineering Solutions Architect Security Clearance

Position: Digital Engineering Solutions Architect with Security Clearance
Overview:
Draper is an independent, nonprofit research and development company headquartered in Cambridge, MA. The 2,000+ employees of Draper tackle important national challenges with a promise of delivering successful and usable solutions. From military defense and space exploration to biomedical engineering, lives often depend on the solutions we provide. Our multidisciplinary teams of engineers and scientists work in a collaborative environment that inspires the cross-fertilization of ideas necessary for true innovation.

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Job Description

Summary:

The System and Trade Analysis group at Draper is seeking a Digital Engineering Solutions Architect to develop next generation Digital Engineering capabilities for domains such as: strategic deterrent systems, missile defense systems, hypersonic missiles, space systems, precision guided munitions, and autonomous air/sea vehicles. Our multi-disciplinary teams innovate and develop solutions for full system development lifecycle from trade studies, to concept and architecture design, to integration, to testing and operation.

Draper has adopted an integrated, model-driven digital mindset in solving Systems Engineering problems spanning the entire lifecycle. From early-lifecycle conceptual system design and architecture, detailed modeling, model-driven customer reviews, verification and validation, integration and testing, to deployment, surveillance and performance monitoring, Draper has a suite of Digital Engineering solution needs across our projects. For this role, we need candidates with broad interests in Model-based Engineering, and in the trinity of data architecture, advanced computing, and intelligent algorithms to develop digital capabilities such as Digital twin and digital thread for our projects.

Our thinking spans the entire gamut, from "as-designed" to "as-deployed" lifecycle phases in supporting uncompromised delivery of solutions. The ideal candidate will work as part of an interdisciplinary team. The candidate will have the ability to become knowledgeable in various problem domains, identify relevant modeling and analysis techniques, develop or integrate multi-domain qualitative models and present results that support system-level analysis, performance trade-offs, and decision-making.

Communications and interpersonal skills are highly valued in this role. The ability to communicate technical concepts effectively with customers, engineers, managers, and other stakeholders of all relevant disciplines is a must. Flexibility to multi-task and adapt to evolving priorities will be required. We value continuous learning and professional growth.

Job Description:

Duties/Responsibilities

• Independently execute system engineering full development lifecycle assignments, from requirements capture to deployment with some oversight.

• Provide content for technical reports and presentations with appropriate guidance

• Adapt appropriately to changes in program priorities and requirements

• Identify challenges associated with assigned work and communicate them to project leadership

• Adheres to existing best practices and Quality Management System processes.

• Continues to expand their depth/knowledge in their technical discipline through formal and informal learning.

• Work within multi-disciplinary teams and independently execute assignments

• Help define, plan, and execute engineering analyses/design trades

• Contribute high quality content for technical reports and presentations with minimal guidance

• Proactively identify needs and concerns associated with design decisions and communicate them to project leadership.

• Performs other duties as assigned. Skills/Abilities

• Highly-organized, capable of approaching problems with a system-level perspective.

• Strong oral and written communication skills.

• Practical experience with simulation-based performance analysis.

• Practical experience with the systems engineering process.

• Roles may require proficiency with modeling and simulation, computer language coding, descriptive modeling (e.g. SysML), STPA, and/or other engineering analysis tools

• Knowledge of GN&C, avionics…