US Bench Sales Recruiter — Fast-Track Candidate Placements

adastracore; City of Albany (NY); On-site; USD 60,000 - 90,000; Full time

Job summary

AdAstra Core is seeking a Bench Sales Recruiter in Albany, NY. You will market and place qualified U.S.-based candidates (F1-OPT, STEM OPT, H1B, H4 EAD, etc.), applying on their behalf, coordinating interviews, and guiding them from resume to onboarding.

This high-impact role values hustle, precision, and a results-driven mindset. You’ll build relationships with clients and vendors while maintaining robust pipelines and ensuring smooth communication throughout the process.

Qualifications

• 2+ years in US Bench Sales or similar recruitment experience.
• Strong knowledge of US job market and work visa categories (F1, CPT, OPT, H1B, etc.).
• Experience applying and sourcing on job boards and platforms.
• Organized, proactive, and target-oriented.
• Ability to multitask across multiple candidates and platforms.

Responsibilities

• Market bench candidates across major job boards and platforms.
• Apply to jobs on behalf of candidates through portals and direct sites.
• Coordinate interviews, follow-ups, and feedback loops.
• Coach candidates on technical and HR rounds with mock interviews and resume upgrades.
• Build relationships with staffing vendors, partners, and direct clients.
• Maintain pipelines, trackers, and CRM/ATS for real-time visibility.
• Manage onboarding post-offer including background checks and joining formalities.
• Ensure smooth communication between candidate, client, and internal teams.

Job description

AdAstra Core is seeking a Bench Sales Recruiter in Albany, NY. You will market and place qualified U.S.-based candidates (F1-OPT, STEM OPT, H1B, H4 EAD, etc.), applying on their behalf, coordinating interviews, and guiding them from resume to onboarding.

This high-impact role values hustle, precision, and a results-driven mindset. You’ll build relationships with clients and vendors while maintaining robust pipelines and ensuring smooth communication throughout the process.