High Ridge Design And Build

2 jobs near Columbus, OH

Timber Fabricator

High Ridge Design and Build

Spanish Fork, UT • On-site

$37K - $60K/yr

Full-time

Posted 21 days ago


Job description

Employee performs indoor shop fabrication and preparation of heavy timber and wood products in a controlled warehouse environment. Work is limited to shop operations and does not include on-site building construction, structural erection, roofing, or field framing.

Primary Duties

Measure, mark, cut, sand, and finish dimensional lumber and heavy timber components

Read and follow shop drawings and cut lists

Operate stationary woodworking equipment (table saw, miter saw, band saw, drill press, planer, sander)

Install pre-engineered hardware and steel connection components into wood members

Stage, organize, and palletize finished materials for shipment

Operate forklift or pallet jack for material handling inside warehouse or yard area

Maintain shop cleanliness and dust control

Perform routine maintenance on shop tools and equipment

Explicit Exclusions

Employee does NOT perform:

On-site framing or carpentry at construction projects

Roofing work

Structural steel erection

Scaffold work

Concrete work

Excavation

Demolition

Electrical or plumbing installation

Millwright or industrial machinery installation

Work is performed primarily at the company’s warehouse facility.

Tools & Equipment Used

Stationary woodworking equipment

Hand tools (drills, impact drivers, chisels, layout tools)

Forklift (as needed)

Air compressors and pneumatic tools

Physical Requirements

Frequent standing and walking

Lifting up to 100 lbs with assistance for heavier materials

Repetitive hand and arm movements

Bending, kneeling, and material positioning

Exposure to wood dust and noise from equipment

Use of PPE including eye protection, hearing protection, gloves, and dust masks

Work Environment

Indoor warehouse setting (approximately 4,000 SF facility with attached yard area)

No regular field installation work

No high-elevation structural erection