High-Impact Hydraulic Lead Project EngineerWright-Pierce, an award-winning, multi-discipline environmental engineering firm specializing in water, wastewater, and civil infrastructure, is seeking a high-impact Hydraulic Lead Project Engineer to help shape the future of our modeling and master planning practice.This is not a conventional engineering role. We are looking for a driven, intellectually curious professional who aspires to become a recognized expert and thought leader in hydraulic modeling and master planning. This individual will play a key role in advancing how we apply modeling, data, and emerging technologies—including AI—to solve complex infrastructure challenges.You will work alongside industry leaders with decades of experience in steady-state, extended period, and transient hydraulic modeling; water quality modeling; and the design of pumping systems, surge mitigation, conveyance, and treatment infrastructure. More importantly, you will be expected to build on that foundation—challenging norms, advancing methodologies, and helping define what comes next.We are committed to developing top talent into industry leaders.
If you have the ambition to be among the best—and the work ethic to match—we will provide the platform, mentorship, and opportunities to get you there.What You'll Work OnDevelop, calibrate, and apply steady-state, extended period, and transient hydraulic models, as well as water quality modelsUse advanced modeling to evaluate system performance, optimize infrastructure, and support long-term planningLead and contribute to master planning efforts and system evaluationsApply data-driven approaches and explore emerging technologies (e.g., automation, AI, advanced analytics) to improve modeling workflows and decision-makingHelp define and implement next-generation modeling practices that go beyond current industry standardsYour Role & ImpactServe as a technical leader in hydraulic modeling and system analysisCollaborate across disciplines to develop innovative, practical solutions for clientsContribute to thought leadership, including conference presentations, technical papers, and internal knowledge developmentSupport business development efforts through technical strategy, scope development, and client engagementMentor junior staff and help build a high-performing, forward-thinking modeling teamWhat We're Looking ForA self-motivated, growth-oriented engineer with a passion for becoming a recognized expert in hydraulic modelingA trailblazer mindset—someone who enjoys questioning assumptions, exploring new ideas, and pushing beyond standard practicesStrong interest in innovation, technology integration, and continuous improvementCollaborative thinker who thrives in team-based problem solving and brainstorming environmentsExcellent communication skills, with the ability to convey complex technical concepts clearlyExperience5+ years of experience in water/wastewater system hydraulic modeling and planningDemonstrated experience with tools such as InfoWater, InfoSWMM, WaterGEMS, SewerGEMS, Surge, Excel, and ArcGISCertificationsEngineer in Training (EIT) requiredProfessional Engineer (PE) license, or ability to obtain within 1 yearEducationBachelor's degree in Civil or Environmental Engineering requiredMaster's degree preferredWhy Wright-PierceDirect mentorship from recognized industry expertsOpportunity to help shape the future of hydraulic modeling practicesA culture that values innovation, collaboration, and technical excellenceClear path toward technical leadership and professional growthOffice Location(s)Tampa, FLMaitland, FLYour BenefitsWright-Pierce's goal is to foster a culture of health and wellness. We accomplish this by creating a work environment that promotes healthy living, encourages volunteerism, and supports personal development and well-being. To achieve this goal, we offer a variety of benefits, some of which are highlighted below. Check out our full benefits overview for more.Medical, dental, and vision insurance beginning on date of hireWellness program with fitness reimbursementMental health and well-being benefitPaid volunteer hours401(k) match with employer match and profit-sharing contribution with no vesting periodDefined career development path, mentorship program, and Wright-Pierce University training programPaid time off, paid and floating holidays, and paid parental leaveFlexible work schedules and hybrid work environmentBest in Class EngagementOur recent employee engagement survey, conducted by The Employee Engagement Group, revealed a highly engaged workforce with 87% responding and 94% of respondents indicating they would recommend Wright-Pierce as a place to work.
These results are best-in-class for the A/E/C industry and reflect our commitment to creating a positive work environment. The firm's top performing areas, based on employee feedback, include respect for others, opportunities to socialize, career opportunities, and life-work balance.Equal Employment OpportunityAt Wright-Pierce we are committed to fostering, cultivating, and preserving a culture of diversity and inclusion. We provide equal employment opportunities to all employees and applicants for employment and prohibit discrimination and harassment of any type on the basis of race, color, religion, age, sex, gender expression, national origin, disability status, genetics, protected veteran status, sexual orientation, or any other characteristic protected by federal, state, or local laws.This commitment applies to all aspects of employment. If you believe you have the skills to succeed in this role, we'd love to hear from you.
We encourage individuals from all backgrounds to apply.Sponsorship Available: At this time, we will not support sponsorship, i.e. H-1B or TN Visas for this position.Equal Opportunity Employer This employer is required to notify all applicants of their rights pursuant to federal employment laws. For further information, please review the Know Your Rights notice from the Department of Labor.
Water Wastewater Hydraulic Lead Project Engineer in maitland at Unknown Company
This position is listed as full time and hybrid.