About the role#
Black Diamond Networks is looking for a focused and competitive individual to join our team as a Sales Intern. This is an on-site position based in our Phoenix office. You will work 30 to 40 hours per week and receive training from a dedicated hiring manager. We offer hourly pay plus uncapped bonuses, along with quarterly team events.
What you'll do#
- Observe the daily responsibilities of Account Executives and recruiters.
- Generate new business through cold calling, lead generation, and prospecting.
- Learn how to qualify clients, make placements, and build professional relationships through hands-on work.
What you'll need#
- An interest in pursuing a career in sales or recruiting.
- Strong verbal communication skills, specifically when speaking on the phone.
- A creative and energetic approach with a history of meeting goals.
- The ability to manage multiple tasks at once.
- Strong interpersonal skills and a focus on solving problems.
Location & details#
- Location: 5115 N 27th Ave, Phoenix, AZ 85017.
- Work arrangement: On-site only.
- Compensation: 15 USD per hour plus bonuses.
About Black Diamond Networks
Black Diamond Networks provides contingent staffing, specialized consulting, and managed project services. Founded in 1999, the company operates out of Andover, Massachusetts. It serves enterprises in the engineering, IT, and life sciences sectors. The firm maintains a staff of 51 to 200 employees.
How to get in at Black Diamond Networks
Applying early is a significant advantage when you target Black Diamond Networks. Intern Insider sends an instant alert the moment a role matching your target is published anywhere, so you apply among the first and get seen before the pile grows. It is a simple way to stay ahead of the typical application rush. You can also improve your odds by reaching out to the right people. Intern Insider surfaces the recruiters behind the company roles so you can reach out directly to ask about the position or a referral. Connecting with a recruiter often improves your response rates compared to waiting in a queue.
