Broadcast Engineer I

Liberty University

8d•$50,000 - $60,000•Hybrid

About The Position

The Broadcast Engineer is responsible for the integration, operation, maintenance, and continuous improvement of broadcast, media, and production technology systems across studios, venues, and mobile units. This role serves as the operational backbone of technical production, ensuring reliability and performance of mission-critical systems during live and recorded productions. Engineers collaborate closely with production teams and senior engineering leadership to execute high-quality broadcasts, support system enhancements, and maintain alignment with industry standards and organizational goals. The position is structured across multiple tiers, enabling progressive growth in technical depth, leadership responsibility, and system ownership. As engineers advance, they increasingly contribute to system design validation, infrastructure strategy execution, and organizational capability development, alongside senior and Chief Engineering roles. The engineer also mentors apprentices, student workers, and staff, supporting skill development and reinforcing organizational standards. This role requires strong collaboration, adaptability under pressure, and a commitment to Liberty University’s mission and professional values.

Requirements

Bachelor's degree in Engineering, Information Technology, Communications, or a related field, or equivalent experience.
Eligible to obtain LU-approved driver certification (valid driver's license, minimum five years of driving history, clean record, age 21+).
2+ years of relevant experience in broadcast engineering or related field.
Foundational experience in broadcast engineering, live production, or a related technical field.
Working knowledge of broadcast video, audio, and transmission systems.
Basic understanding of modern broadcast infrastructure, including IP-based workflows and networked media.
Familiarity with industry standards (e.g., SMPTE, AES, SBE, IEEE, ANSI).
Ability to interpret basic signal flow and system diagrams.
Demonstrated troubleshooting ability in time-sensitive environments.
Exposure to electrical systems, cabling, and low-voltage infrastructure.
Ability to effectively communicate both verbally and in writing to convey clear, well-articulated information.
Ability to understand, speak, and write English in order to convey messages and correspond in an articulate and professional manner.
Possess public communication skills that allow professional representation of Liberty University.
Strong organizational skills.
Ability to work equally well with detail and abstraction.
Ability to work independently and as a member of a team.
Ability to work with conflicting, delayed or ambiguous information.
Intuitively able to reason, analyze information and events, and apply judgment in order to solve problems of both a routine and complex nature.
Frequently required to travel to local and campus locations, as well as occasional out-of-town assignments.
Frequently required to sit for extended periods to perform deskwork. Required to sit for extensive time during broadcasts to serve in functions essential to the production.
Must possess remarkable auditory skills to accurately detect and interpret various sounds—such as pitch, tone, clarity, and spatial cues—to identify technical audio problems, maintain creative content quality, and communicate clearly with team members in fast-paced broadcast settings.
Must possess exceptional visual acuity, including the ability to see fine details and accurately distinguish colors, in order to identify visual defects, maintain the creative and technical quality of video content, and carry out precise tasks such as equipment installation, signal monitoring, and system calibration.
Often required to stand, walk, and climb stairs to move about the buildings.
Handle materials, climb ladders, reach overhead, kneel or stoop to conduct business.
Regularly lift 75 or fewer pounds.

Nice To Haves

Drafting and/or CAD experience preferred.
RF engineering fundamentals are a plus.
Basic familiarity with scripting, automation, or software tools used in broadcast environments is a plus.
Society of Broadcast Engineers (SBE).
Society of Motion Picture and Television Engineers (SMPTE).
Audio Engineering Society (AES).
CBT - Certified Broadcast Technologist.
CBNT - Certified Broadcast Networking Technologist.
CBNE - Certified Broadcast Networking Engineer.
CEA - Certified Audio Engineer.
CEV - Certified Video Engineer.
CPBE - Certified Professional Broadcast Engineer.
CompTIA A+.
CompTIA Network+.
Cisco CCNA.
Cisco CCNP.
Microsoft role-based certifications (e.g., Azure Administrator, Azure Solutions Architect, Microsoft 365 Enterprise Administrator).
AWS Certified Solutions Architect - Associate.
AWS Certified Solutions Architect - Professional.

Responsibilities

Operate, troubleshoot, and maintain broadcast audio, video, and control systems in studio and field environments.
Support production crews by ensuring systems are functional, stable, and properly configured.
Assist with installation, configuration, and maintenance of equipment across facilities and mobile units.
Perform routine preventive maintenance and basic system validation.
Support signal flow verification and assist in resolving common production issues.
Serve as Engineer in Charge (EIC) for assigned lower-risk productions under guidance.
Contribute to accurate documentation and adherence to operational standards.
Demonstrate strong situational awareness and ability to work in high-pressure, time-sensitive environments.
Required to work flexible hours, including frequent nights and weekends.
Other duties as assigned.
Strictly adheres to Liberty University policies, representing the University in an exemplary manner.
Works effectively as a team member, embracing and fostering LU’s Christian model and Mission — Training Champions for Christ.
Provides day-to-day guidance to student workers, crew, and assigned staff to support production readiness and safe, efficient operations.
Provide basic guidance and support to student workers and crew under direction of senior engineering staff.
Reinforce safe work practices, proper equipment handling, and standard operating procedures.
Escalate issues, risks, or resource constraints to the supervisor or Engineer in Charge.