Daniel Broughton

Daniel Broughton, PE

Partner + Vice President of Safety + Security Engineering

Drexel University

Mr. Broughton is a licensed Professional Engineer, having passed his examination in fire protection engineering. A mechanical engineer with a specialty concentration in electrical engineering from Drexel University, Daniel has experience with infrastructure design for security, communications, and fire systems including fire protection, fire alarm, dry-pipe, high-rise, and mission critical applications. His professional and theoretical experience, coupled with extensive 2D and 3D CAD design inclusive of Building Information Modeling (BIM)/Revit design software proficiency, provides his clients and projects with methodical and complete drawing documentation throughout all project phases.

As Vice President of Safety and Security he is responsible for very large high-rise, campus, and institutional project client designs for cultural, hospital, educational, justice, manufacturing, and government. Designated as project manager, often as prime professional, Daniel performs detailed engineering investigations and assessments, surveys, evaluations, and research; preparing engineering design drawings and specification packages for competitive public and private bid purposes with successful outcomes meeting budget and schedule.

We use cookies to enhance your experience visiting our website. By browsing our website, you agree to place cookies on your device. Learn More

What We Do

PSE provides professional consulting services for security systems access controls and barriers, fire safety risk mitigation, structured IT/communications networks, and audio/visual/video deployment and conference strategies. Employing the highest quality design tools and techniques, our engineering and construction staff supports federal, state, local, and private clients, and their architects and allied design and construction professionals to successfully facilitate project planning, construction and/or renovation, transition, and occupancy.