Rocket Propulsion Development Engineer

Overview

Solvus Global is a small technology innovation business focused on solving problems in the materials and manufacturing space. We are a diverse team of engineers & scientists dedicated to leveraging our Knowledge Capital to develop critical solutions for our customers. Often, those solutions have much greater impact than just one organization and so we focus our innovations on Enterprise Solutions. Our team spins out core technology areas into standalone startups ready to build a team, raise capital, and launch a product/service that solves a critical challenge across entire market domains in materials & manufacturing.

Dynamic, Engaging, Cross-Disciplinary, Cutting-Edge, Flexible, EMPOWERING

Solvus Global is a technology innovation hub where we don  just design—we build and launch. As a Rocket Propulsion Development Engineer, you will be the tactical lead for solid rocket motor (SRM) and propulsion component development. You will bridge the gap between theoretical propulsion fundamentals and cutting-edge additive manufacturing (AM) processes like Friction Stir, Wire Arc, and Cold Spray. This role is focused on supporting rapid innovation in component design, testing, and manufacturing.

At Solvus, you will have the opportunity to rapidly grow in your role to potentially lead major business efforts as we spin out core technologies into standalone startups ready to solve critical challenges across entire market domains.

• Must be a US Person according to FAR
  22 CFR 120.15
  -US Person
• Bachelor s or Master s Degree with 3+ years  experience or PhD in Aerospace, Propulsion, Materials, Mechanical Engineering, or related field
• Experience in propulsion technologies and propulsion systems (emphasis on SRM design), analysis principles, tools, materials, and manufacturing processes
• Knowledge of propulsion systems or component qualification processes and procedures
• Experience in the testing of propulsion systems or their components, including developing test requirements
• Strong desire to work in a "build-test-iterate" environment with a focus on rapid hardware development
• Demonstrated ability to contribute as an individual in a fast-paced, team-based environment
• Ability to take and give direction well
• Ability to guide teams, communicate the vision, and prioritize tasks to meet deadlines

• Knowledge of reactive materials design or high-temperature capable materials
• Experience with additive manufacturing processes such as Friction Stir AM, Wire Arc AM, and Cold Spray AM
• Experience with basic project management functions, such as task prioritization, scheduling, or tracking
• Experience in hypersonic materials design, testing, and characterization

• Be part of our entrepreneurial journey as we launch new companies, offering you an exciting opportunity to hold an equity stake in each new organization.
• Thrive in an environment where you  have the opportunity to work with cutting-edge tools and technologies, staying at the forefront of industry advancements.
• Experience more than just a job — become an essential contributor to our business growth and enjoy career advancement opportunities where your individual contributions are recognized and valued.
• Receive on-the-job mentorship/coaching, fostering your professional development and growth within the organization.
• Join our workplace that prioritizes flexibility, empowering you to seamlessly integrate professional and personal commitments, fostering a holistic approach that emphasizes work-life balance.

Solvus Global provides equal employment opportunities (EEO) to all employees and applicants for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or status as a protected veteran.

Location: Worcester, MA

Pay Range: $90,000 – $150,000

Disclosure Statement: This salary range is a good-faith estimate, and the final offer will be based on a variety of factors, including the candidate s relevant experience, skills, and our internal equity analysis.