MECHANICAL ENGINEER

Description

• Participate in project meetings, presentations, and client consultations to communicate technical concepts effectively.
• Assist in preparing technical reports, energy analysis documentation, and cost-benefit assessments for clients.
• Assist in analyzing existing mechanical systems and recommend upgrades or replacements to improve energy use and reduce operational costs.
• Assist in developing and implementing innovative mechanical engineering solutions tailored to K-12 schools and municipal facilities.
• Stay current with emerging technologies and industry trends in sustainable mechanical systems and energy modeling.
• Collaborate with architects and engineers (MEP), and other stakeholders to assist in integrating mechanical systems with sustainable design principles.
• Support compliance with local, state, and federal energy codes and sustainability standards.
• Assist in conducting detailed energy modeling and simulations to optimize building performance and energy efficiency.
• Assist in the design and specification of HVAC, plumbing, and renewable energy systems for educational and municipal projects.
• Work involves extensive use of computers, digital communication tools, and design software in an open or hybrid office environment.
• This role requires frequent interaction with project teams, clients, consultants, and other stakeholders through in-person meetings, video conferences, and phone calls.
• Work in a safe manner at all times and report all health and safety incidents and concerns.
• Conduct activities in line with internal procedures, legislation, and industry standards.

Requirements

• This position is considered hybrid, with a 50% office presence, 10% site visits and/or client meetings, and 40% remote presence (ability to work from a home location). This arrangement is subject to review and may change based on project need or at the company’s discretion.
• Ability to interpret technical drawings and specifications.
• Periodic travel to construction sites, client offices, and off-site meetings is required.
• Work at project sites may involve exposure to active construction environments, including noise, dust, varying temperatures, and weather conditions.
• Visual acuity to review detailed drawings, specifications, and computer screens for extended periods.
• Frequent use of hands and fingers to operate computers, printers, and other office equipment.
• Ability to occasionally lift and carry materials, drawings, or equipment weighing up to approximately 25 pounds.
• Ability to travel to and from project sites, client meetings, and other offices as required.
• Strong analytical, problem-solving, and communication skills.
• Active and clear driver’s license, including a successful clearance of a Motor Vehicle history check.
• Understanding of sustainable and renewable energy technologies (solar, geothermal, wind, etc.).
• Continuous learning mindset to stay updated on emerging technologies
• Knowledge of HVAC systems.
• Proficiency in Revit, and good knowledge of industry software, including Microsoft Office Suite.
• Tolerance for varying environmental conditions, including exposure to weather, noise, and dust during site visits.
• Ability to clearly communicate through speech, hearing, and written correspondence in person, virtually, and via telephone.
• Physical capability to walk, stand, climb stairs or ladders, and navigate uneven terrain, active construction sites, and partially completed structures.
• Ability to remain in a stationary position (sitting or standing) for extended periods while performing computer-based tasks, attending meetings, or preparing design documentation.
• Licensed PE (Professional Engineer)
• Experience working on K-12 school projects is a plus.
• Capacity to use personal protective equipment (PPE) such as hard hats, safety glasses, vests, and steel-toed boots when required.
• The position requires adaptability to shifting project priorities, client expectations, and multidisciplinary coordination.
• Strong data analysis and report writing skills.
• Ability to rapidly master energy modeling software (such as eQUEST and IESVE) and managing energy modeling projects.
• Bachelor’s degree in mechanical engineering or a related field with 8+ years of related work experience.

Benefits

• This is a full-time, regular position, with typically standard working hours between 8am – 5pm, Monday through Friday. However, this position may require occasional extended hours to meet project milestones, deadlines, or client needs.
• Flexibility and company-wide commitment to work/life balance.
• $90,000 - $100,000. Please note that this range reflects the pay scale that Tetra Tech reasonably expects to pay for the role. The salary will also depend on various factors, such as job duties and requirements, and relevant experience and skills.
• Collaborative team atmosphere that values the contributions of all employees.
• The majority of work is performed in a professional office setting with a collaborative, team-oriented atmosphere.
• Merit-based financial rewards.
• Comprehensive and market-competitive benefits.
• Learning and development opportunities for ongoing professional growth.

Training + Development

Interview process

Visa Sponsorship

Security clearance