Mechanical Engineer
ESSENTIAL FUNCTIONS:
Develops mechanical, plumbing, and fire protection plans for public buildings and other public works projects;
Designs and/or supervises the design of municipal swimming pools and chlorination, filtration, fueling, fuel storage, vehicle lubrication, and hoist systems;
Prepares or supervises preparation of detailed plans, specifications, and cost estimates for heating, ventilation, air conditioning and piping projects for retrofit and new construction;
Reviews and evaluates mechanical design drawings and specifications prepared by consulting engineers;
Analyzes and evaluates building energy consumption and recommends methods and materials to conserve energy and water;
Prepares special reports on fire code compliance, energy studies, and ventilation requirements for various facilities;
Consults with and advises inspectors regarding problems of work in progress;
Attends final inspections and recommends acceptance or rejection of completed works;
Reviews and evaluates standard specifications and details and building and water conservation standards for possible adoption by the City;
Administers consulting contracts for design and construction management of mechanical engineering projects by coordinating the work of the consultant and City staff;
Formulates standard specification language for mechanical engineering projects.
Acts as project manager on mechanical engineering CIP projects.
Demonstrates continuous effort to improve operations, decrease turnaround times, streamline work processes, and work cooperatively and jointly to provide quality seamless customer service.
Required Knowledge, Skills and Abilities:
Diversified, fundamental scientific mechanical engineering concepts, phenomena, and relationships.
Advanced mathematical techniques, such as those gained through the study of calculus and differential equations.
Development and derivation of formulas and relationships, basic assumptions made, and limitations and areas of applicability of established mechanical engineering principles, methods, and techniques.
Energy conservation management, concerts, techniques, and evaluation system.
Plumbing, mechanical, and fire codes, OSHA requirements, and related regulations.
Applicable titles of state statutes, county health regulations, and city codes and ordinances as they relate to the management of complex projects.
Principles and practices of personnel management and supervision.
ESSENTIAL FUNCTIONS:
Develops mechanical, plumbing, and fire protection plans for public buildings and other public works projects;
Designs and/or supervises the design of municipal swimming pools and chlorination, filtration, fueling, fuel storage, vehicle lubrication, and hoist systems;
Prepares or supervises preparation of detailed plans, specifications, and cost estimates for heating, ventilation, air conditioning and piping projects for retrofit and new construction;
Reviews and evaluates mechanical design drawings and specifications prepared by consulting engineers;
Analyzes and evaluates building energy consumption and recommends methods and materials to conserve energy and water;
Prepares special reports on fire code compliance, energy studies, and ventilation requirements for various facilities;
Consults with and advises inspectors regarding problems of work in progress;
Attends final inspections and recommends acceptance or rejection of completed works;
Reviews and evaluates standard specifications and details and building and water conservation standards for possible adoption by the City;
Administers consulting contracts for design and construction management of mechanical engineering projects by coordinating the work of the consultant and City staff;
Formulates standard specification language for mechanical engineering projects.
Acts as project manager on mechanical engineering CIP projects.
Demonstrates continuous effort to improve operations, decrease turnaround times, streamline work processes, and work cooperatively and jointly to provide quality seamless customer service.
Required Knowledge, Skills and Abilities:
Diversified, fundamental scientific mechanical engineering concepts, phenomena, and relationships.
Advanced mathematical techniques, such as those gained through the study of calculus and differential equations.
Development and derivation of formulas and relationships, basic assumptions made, and limitations and areas of applicability of established mechanical engineering principles, methods, and techniques.
Energy conservation management, concerts, techniques, and evaluation system.
Plumbing, mechanical, and fire codes, OSHA requirements, and related regulations.
Applicable titles of state statutes, county health regulations, and city codes and ordinances as they relate to the management of complex projects.
Principles and practices of personnel management and supervision.
