Remediation Project Engineer

Woodard & Curran•Middletown, CT

3d•Hybrid

About The Position

Woodard & Curran is an employee-owned engineering, science, and operations firm dedicated to clean water, a safe environment, healthy communities, and happy people. We foster an inclusive, collaborative culture that supports professional growth, flexibility, and meaningful work, empowering our employees to make a lasting impact on our clients, communities, and the planet. This position offers the chance to drive and grow remediation engineering services for a well-established, privately held, national environmental engineering and science firm. You’ll collaborate with some of the industry’s leading technical experts to provide innovative solutions on various complex projects. The role also includes increased leadership opportunities through higher visibility in the marketplace, client interactions, account development, and speaking engagements and publication opportunities. Additionally, it offers a flexible work environment, competitive benefits, strong bonus potential, stock ownership opportunities, and relocation assistance.

Requirements

5-10 years of professional experience with an environmental/engineering consulting firm.
Bachelor’s degree in Engineering from an accredited program.
Strong commitment to health, safety, and safe work practices mandatory.
Demonstrated experience developing project scopes, cost estimates, and technical proposals, as well as implementing construction and remediation programs.
Technical experience in the design and implementation of site remediation programs, including feasibility evaluations, remedy selection and optimization, design, operation, and lifecycle management of remedial treatment systems, in situ and ex situ treatment system technologies, site civil engineering and stormwater management design, and local/state/federal permitting.
Remedial project management experience (scope, schedule, budget, risk, and resources).
Experience managing remediation contractors and construction activities in the field.
Excellent technical writing, communication, presentation, and interpersonal skills.
Ability to work independently and collaboratively within multidisciplinary teams.
Ability to mentor, coach, and develop junior staff.
Proficiency with Microsoft Office applications, including Word and Excel.

Nice To Haves

Master’s degree desirable.
Registered Professional Engineer (PE) or Engineer-In-Training (EIT) is strongly preferred.
Experience with ArcGIS, AutoCAD, stormwater modeling software, contaminant fate and transport modeling software, Python/R, and/or database software is preferred.
A desire and drive to deliver innovative and effective services and to grow professionally and personally in an employee-focused, supportive work environment.
40-hour OSHA HAZWOPER and 10-hour OSHA Construction training is a plus.

Responsibilities

Conducting corrective measures/feasibility studies
Developing detailed remedial designs including preparation of construction drawings, technical plans, engineering cost estimates, and specifications
Evaluating remediation construction bids
Estimating costs and developing and managing the scope, schedule, and budget for various project tasks
Designing in situ and ex situ soil, sediment, and groundwater remedies
Preparing technical reports in compliance with applicable environmental regulations
Selecting, coordinating, and managing subcontractors
Evaluating and mitigating vapor intrusion sites
Managing remedial construction activities
Managing and evaluating environmental data
Remediating and/or redeveloping Brownfields sites
Collaborating with project staff, clients, and regulatory agencies
Designing and implementing in situ and ex situ remediation technologies and performance monitoring programs.
Leading field activities for pre-design investigations to advance remediation programs at complex remediation sites.
Evaluating treatability test and field pilot study results to support teams in selecting, designing, and constructing full-scale remediation activities.
Designing and optimizing the operations and performance of groundwater pump-and-treat remediation systems.