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Formwork Engineer II
Baker Construction
Resourceful concrete construction firm delivering industrial, structural & restoration projects with elite teams.
Designs formwork layouts, calculates loads, and ensures efficient, safe construction.
7d ago
Junior (1-3 years), Intermediate (4-7 years)
Full Time
Fort Lauderdale, FL
Office Full-Time
Company Size
8,000 Employees
Service Specialisms
Pre-Construction
Construction
Development
Budget management
Cost estimating
Value engineering
Life cycle cost analysis
Constructability reviews
Sector Specialisms
Industrial Distribution
Commercial Concrete Construction
Tilt-Up Construction
Slab-on-Grade
Concrete Paving
Specialty Flooring
Preconstruction Services
Project Management
Role
What you would be doing
load calculations
formwork drawings
rigging design
take‑offs
pre‑pour inspection
safety review
Confirms framing layouts meet the design load requirements
Calculates loads for shoring, forming and reshoring
Identifies and resolves any unique design issues on the project
Produces formwork shop drawings based on the design of the chosen formwork system
Communicates with the field on drawing conflicts and issues related to formwork and brings resolution
Designs lifting and rigging equipment
Reviews the designs and calculations of Formwork Engineer I
Quantifies take-offs of form material to the shop for fabrication and shipment
Provides input related to delivery dates for formwork delivered to project
Trains and qualifies others to do independent pre pour inspections
Maintains standard detail library
Reviews and critiques vendor supplied drawings
Designs temporary bracing for existing structures such as walls and floors
Participates in transition meetings to determine production schedule for shop and engineering drawings and work order production
Plots and assembles drawings per standards set by the Engineering Department
Ensures critical framing sections are shown on the drawings
Produces repetitive drawings for typical formwork layout
Issues RFIs to resolve conflicts
Determines member sizes and proper spacing
Provides Engineering input for proper form selection
Produces pour break drawings
Produces crane layout drawings
Compares shop production with the field progress
Reviews construction drawings for dimensional conflicts and clarifications
Supervises, trains, evaluates, and develops direct reports to ensure maximum returns on investment
Compares and checks production drawings to the design criteria of the construction documents
Ensures formwork loads fall within the capacities of the crane
Maintains project drawing files
Produces work orders to shop for pre-assembly of forms
Performs pre-pour inspections
Identifies safety issues on the drawings
What you bring
autocad
bim
eit
civil engineering
structural analysis
microsoft office
Ability to understand, customize and modify spreadsheets
Must be an Engineer in Training (EIT) and pursuing a path towards licensure or licensed in applicable state
Critically views all aspects of construction design
Ability to read, analyze, and interpret general business documents, technical procedures, and government regulations
Ability to think outside of the box
Ability to write reports, business correspondence, and procedures
Bachelor’s degree from an accredited college or university in the field of Civil or Mechanical Engineering or Civil Engineering Technology; and a minimum of four years related experience and/or training
Ability to use, understand and interpret structural analysis software
Basic understanding of BIM
Ability to perform engineering analysis, such as load calculations, pressures, shear, moment, and deflection calculations
Good listening skills
Proficient in AutoCAD
Ability to work in a team environment
Ability to effectively present information and respond to questions from groups of managers, clients, and customers
Ability to comprehend documents such as blueprints and construction drawings
Ability to define problems, gather data, establish facts, and draw valid conclusions
Ability to apply concepts such as algebra, fractions, percentages, ratios, proportions, geometry, trigonometry, and interpolation to practical situations
Ability to interact with project personnel, clients, and Engineers
Proficiency in Microsoft software programs such as Word, Excel, and PowerPoint
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