Job Details

Senior Plumbing Designer

LEAF Engineers is a frontrunner for success in providing comprehensive mechanical, electrical and plumbing, technology, and fire protection engineering design services. Our engineers focus on system performance, reliability, flexibility, and ease of maintenance. We typically work on large commercial projects, primarily award‑winning K‑12 schools, and emphasize teamwork and a holistic approach to MEP design. Within LEAF, you will find a fast‑paced environment with many opportunities to learn and accelerate your career.

Responsibilities

• Develop plumbing calculations and design gas, water, and waste systems.
• Produce reports and drawings using calculations and specifications for various buildings.
• Utilize client requirements and specifications to generate consistent drawings that meet their needs.
• Review code‑related items with engineers to ensure compliance with client requirements and specifications.
• Assist senior engineering staff with equipment selection through project calculations and equipment research.
• Help evaluate and select plumbing system components, applying standard engineering procedures.
• Consult on feasibility reports and sustainability analyses.
• Design plumbing systems such as sanitary, water, gas, storm, medical gas, and fire protection.
• Mentor junior plumbing designers and engineers on expectations.

Qualifications

• Bachelor's degree in Mechanical Engineering or a related engineering technology degree (preferred).
• 6–8 years of work experience with an engineering consultant.
• Proficient in Revit 2022 and AutoCAD 2021.

How You'll Stand Out

• PE licensed.
• Ability to self‑assess and command a high level of accuracy.
• Strong oral, written, and communication skills.
• Excellent time‑management and organizational skills.

Seniority Level

• Mid‑Senior level

Employment Type

• Full‑time

Job Function

• Design, Art/Creative, and Information Technology

Industries

• Architecture and Planning

Referrals increase your chances of interviewing at PBK by 2×.