Cryptanalytic Computer Scientist 2

Location: Ft.

Gordon, GA | Onsite Clearance Required: TS/SCI with Polygraph Employment Type: Full-Time Salary Range: $119,000-$132,200

Join a Growing Team at Weeghman & Briggs

Weeghman & Briggs is seeking a motivated and mission-driven Cryptanalytic Computer Scientist 2 to support critical government initiatives in Ft.

Gordon, GA .

Founded in 2016 by Anthony Jordan, Weeghman & Briggs specializes in delivering high-impact analytical services to Government Agencies and private organizations.

Since our founding, we have partnered with a range of federal entities and private corporations, earning a strong reputation as a trusted, results-driven company with an exceptional team of professionals.

As we continue to expand across current programs and upcoming contract awards, we are looking for talented individuals who want to contribute, grow, and build something meaningful alongside us.

At Weeghman & Briggs, you're more than a number, you're part of the team.

We've built a culture where your opinion matters, your voice is heard, and your contributions make a direct impact on mission success.

Our growth creates opportunity for advancement, leadership visibility, and long-term career development while maintaining the supportive, close-knit environment that sets us apart.

If you're ready to grow your career while supporting important national missions, we'd love to connect with you.

• Support mission-critical programs in secure government environments
• Analyze requirements and translate them into actionable solutions
• Collaborate with cross-functional teams to deliver high-quality results
• Ensure compliance with contract and security standards
• Contribute ideas to improve processes, efficiency, and performance
• Apply your expertise in computer science, mathematics, and engineering to design, develop, and evaluate algorithms and techniques for solving complex cryptographic and security-related problems
• Work on high-performance computing projects to optimize cryptographic processes and address security challenges across diverse computing environments.