Manufacturing Engineer

Bt USA; Herriman, Northern (UT, KY); Hybrid; USD 85,000 - 110,000; Full time

Benefits offered by this job

HMO medical option

Dental

Vision

401(k) with 4% match

Disability Plans

Life Insurance

Paid vacation and sick leave

Paid Holidays

Job summary

B&T USA is seeking a Manufacturing Engineer to design, develop, qualify, and industrialize products and processes at the Herriman facility. You will blend mechanical design, additive manufacturing, CNC milling/turning, tooling, fixturing, testing, and shop-floor execution to deliver safe, repeatable, traceable, scalable, and cost-effective solutions.

You will collaborate with operations, quality, supply chain, and product development to drive continuous improvement and production readiness from

Qualifications

• Bachelor’s degree in Mechanical, Manufacturing, Materials, or Industrial Engineering (or related field).
• 3–5 years in a precision manufacturing environment with additive manufacturing and CNC.
• Proficiency with SolidWorks, AutoCAD, or similar 3D CAD; experience for additive manufacture.

Responsibilities

• Design components, tooling, fixtures using 3D CAD, emphasizing additive manufacturing.
• Lead additive manufacturing from opportunity to production release and post-processing.
• Optimize CNC milling/turning for quality, throughput, and cost.
• Develop, document, and validate manufacturing processes from prototype to production.
• Create drawings, BOMs, process plans, routings, and inspection strategies.
• Collaborate with Quality to establish control plans and ECO processes.

Skills

Additive manufacturing

CNC machining

3D CAD

Design for manufacturability

Data analysis

Cross-functional collaboration

Education

Bachelor’s degree in Mechanical, Manufacturing, Materials, or Industrial Engineering

Tools

SolidWorks

AutoCAD

Job description

The Manufacturing Engineer will design, develop, qualify, industrialize, and continuously improve products and production processes at B&T USA’s Herriman facility. This role integrates mechanical design, additive manufacturing, CNC milling and turning, tooling, fixturing, testing, and shop-floor execution. The Engineer will identify appropriate additive manufacturing opportunities, apply design for additive manufacturing principles, and help develop stable build and post-processing workflows while supporting the broader range of conventional manufacturing needs. The Engineer will own work from concept and prototype through validation, production launch, and continuous improvement, partnering with operations, quality, supply chain, and product development to deliver safe, repeatable, traceable, scalable, and cost-effective solutions.

Key Essential Duties and Responsibilities

• Design and develop components, assemblies, accessories, tooling, fixtures, and work-holding devices using 3D CAD, with particular emphasis on designs enabled or improved by additive manufacturing.
• Lead additive manufacturing applications from opportunity identification and business cases through design, build preparation, parameter development, qualification, post-processing, inspection, and production release.
• Apply design for additive manufacturing principles to consolidate parts, reduce weight and lead time, improve performance, enable complex internal features, and create geometries impractical with conventional processes.
• Evaluate additive materials, equipment, build orientation, support strategies, nesting, process parameters, and in-process monitoring for metal and polymer applications.
• Define and validate complete additive workflows, including material or powder handling, heat treatment, support removal, machining, surface finishing, inspection, traceability, and safe operating practices.
• Develop, document, validate, and continuously improve manufacturing processes from prototype through production.
• Create engineering drawings, specifications, bills of materials, process plans, routings, work instructions, inspection strategies, and technical documentation.
• Support new product development from concept through production launch, including engineering analysis, tolerance stack-ups, prototype testing, design validation, and data analysis.
• Optimize subtractive processes such as multi-axis CNC milling, turning, drilling, deburring, and finishing for quality, throughput, tool life, and cost.
• Support CNC programming, cutting-tool selection, feeds and speeds, workholding, machine capability studies, and process troubleshooting.
• Evaluate existing products and processes to identify design improvements, cost reductions, capacity gains, and opportunities to transition suitable components to additive or hybrid manufacturing.
• Lead failure investigations, root-cause analysis, and corrective actions for yield, dimensional, cosmetic, product-performance, and process-control issues.
• Use data to improve first-pass yield, cycle time, capacity, overall equipment effectiveness, scrap, and labor efficiency.
• Support equipment selection, capital projects, installation, commissioning, qualification, and production readiness, including additive manufacturing systems and supporting post-processing equipment.
• Collaborate with Quality to establish control plans, capability requirements, inspection methods, product testing, and compliance with applicable standards and customer requirements.
• Participate in Engineering Change Order (ECO) processes, product lifecycle management, document control, and cross-functional technical reviews.
• Provide hands-on technical support to production personnel and promote safe work practices, disciplined change control, lean manufacturing, and continuous improvement.

Qualifications

• Bachelor’s degree in Mechanical, Manufacturing, Materials, Industrial Engineering, or a related technical field; equivalent relevant experience may be considered.
• Three to five years of engineering experience in a precision manufacturing environment, including practical involvement with additive manufacturing and CNC machining.
• Proficiency with SolidWorks, AutoCAD, or similar 3D CAD software; experience preparing models specifically for additive manufacture is strongly preferred.
• Ability to interpret and create engineering drawings, specifications, bills of materials, geometric dimensioning and tolerancing, and inspection requirements.
• Working knowledge of additive process selection, build preparation, support design, materials, thermal effects, distortion, tolerancing, metrology, surface finish, and post-processing.
• Experience with CNC machining processes, manufacturing methods, design for manufacturability, and design for additive manufacturing.
• Knowledge of engineering materials, including steels, aluminum, polymers, heat-treated components, and materials used in additive manufacturing.
• Proven ability to manage projects from concept through testing, validation, production launch, and continuous improvement.
• In-depth knowledge of firearms and suppressor design, function, and manufacturing considerations.
• Experience with process documentation, statistical analysis, structured problem solving, and manufacturing quality systems.
• Strong communication, organization, attention to detail, and cross-functional collaboration skills, with a hands‑on approach to balancing urgent production support and longer‑term development.

Preferred Qualifications

• Direct experience with metal additive manufacturing, polymer additive manufacturing, or hybrid manufacturing systems, including process qualification and production scale‑up.
• Experience with additive build software, topology optimization, lattice structures, simulation, or distortion compensation.
• Experience with multi‑axis machining, additive post‑processing, heat treatment, advanced inspection, or validation testing.
• Familiarity with FEA, design validation, equipment validation, risk analysis, and regulated or high‑reliability manufacturing environments.
• Working knowledge of ISO 9001, ERP and document‑control systems, lean manufacturing, Six Sigma, PFMEA, design of experiments, and statistical process control.
• Experience introducing new products and transferring both conventional and additive processes from development into production.

Measures of Success

• A qualified pipeline of additive manufacturing applications that delivers measurable product, lead‑time, cost, or supply‑chain advantages.
• Stable, capable, traceable, and well‑documented additive and conventional production processes.
• Successful industrialization of new products from design and prototype through validated production release.
• Measurable gains in quality, throughput, lead time, cost, first‑pass yield, and equipment utilization.
• Timely resolution of manufacturing constraints, design issues, and recurring quality problems.
• Strong adoption of standard work, process controls, engineering change discipline, and continuous improvement practices.
• Work is performed in office and manufacturing environments.
• Exposure to machine‑shop conditions may include noise, dust, odors, fumes, and similar manufacturing elements.

Physical Requirements

Reasonable accommodation may be provided to enable individuals with disabilities to perform the essential functions of the position.

• Ability to lift and carry up to 25 lbs.
• Ability to sit or stand for extended periods of time.
• Frequently required to stand, walk, reach with hands and arms, and stoop or crouch.
• Visual acuity to inspect components and review detailed engineering drawings.

Job Type:

On‑Site, Monday to Friday.

• Company contributes 100% for employee HMO medical option.
• Vision
• 401(k) Retirement Savings Plan including a 4% matching contribution
• Disability Plans
• Paid vacation and sick leave
• Paid Holidays

B&T participates in E‑Verify and will provide the federal government with your Form I‑9 information to confirm that you are authorized to work in the U.S.

B&T provides equal employment opportunities to all employees and applicants for employment and prohibits discrimination and harassment of any type without regard to race, color, religion, age, sex, nation origin, pregnancy, disability status, protected veteran status, genetic information, sexual orientation, gender identity or expression, marital status or any other characteristics protected by federal, state, or local laws. This policy applies to all terms and conditions of employment, including advertising, recruiting, interviewing, hiring, placement, accommodations, promotion, termination, job assignments, layoff, recall, transfer, discipline, leave of absence, compensation, and access to benefits and training. All employment decisions are based strictly on job‑related qualifications and abilities.

About B&T USA

B&T USA, a firearms, suppressor, and accessories manufacturer operating under license of B&T AG SWITZERLAND, which was founded in 1991 as a designer and manufacturer of the industry’s most advanced suppressors. Under the leadership of Karl Brügger, B&T AG has evolved into a world leader in the design, manufacture, and sale of the most technologically advanced, high‑performance weapons systems in the world used globally by police, special forces, elite military units and private citizen consumers.

B&T USA and all our employees are committed to conducting business with the highest ethical standards. We require all employees to comply with all applicable laws, regulations, rules, and regulatory orders. Our reputation for honesty, integrity and high ethics is as important to us as our reputation for creating innovative solutions. cable laws, regulations, rules, and regulatory orders. Our reputation for honesty, integrity and high ethics is as important to us as our reputation for creating innovative solutions.

Key Essential Duties and Responsibilities

• Design and develop components, assemblies, accessories, tooling, fixtures, and work‑holding devices using 3D CAD, with particular emphasis on designs enabled or improved by additive manufacturing.
• Lead additive manufacturing applications from opportunity identification and business cases through design, build preparation, parameter development, qualification, post‑processing, inspection, and production release.
• Apply design for additive manufacturing principles to consolidate parts, reduce weight and lead time, improve performance, enable complex internal features, and create geometries impractical with conventional processes.
• Evaluate additive materials, equipment, build orientation, support strategies, nesting, process parameters, and in‑process monitoring for metal and polymer applications.
• Define and validate complete additive workflows, including material or powder handling, heat treatment, support removal, machining, surface finishing, inspection, traceability, and safe operating practices.
• Develop, document, validate, and continuously improve manufacturing processes from prototype through production.
• Create engineering drawings, specifications, bills of materials, process plans, routings, work instructions, inspection strategies, and technical documentation.
• Support new product development from concept through production launch, including engineering analysis, tolerance stack‑ups, prototype testing, design validation, and data analysis.
• Optimize subtractive processes such as multi‑axis CNC milling, turning, drilling, deburring, and finishing for quality, throughput, tool life, and cost.
• Support CNC programming, cutting‑tool selection, feeds and speeds, workholding, machine capability studies, and process troubleshooting.
• Evaluate existing products and processes to identify design improvements, cost reductions, capacity gains, and opportunities to transition suitable components to additive or hybrid manufacturing.
• Lead failure investigations, root‑cause analysis, and corrective actions for yield, dimensional, cosmetic, product‑performance, and process‑control issues.
• Use data to improve first‑pass yield, cycle time, capacity, overall equipment effectiveness, scrap, and labor efficiency.
• Support equipment selection, capital projects, installation, commissioning, qualification, and production readiness, including additive manufacturing systems and supporting post‑processing equipment.
• Collaborate with Quality to establish control plans, capability requirements, inspection methods, product testing, and compliance with applicable standards and customer requirements.
• Participate in Engineering Change Order (ECO) processes, product lifecycle management, document control, and cross‑functional technical reviews.
• Provide hands‑on technical support to production personnel and promote safe work practices, disciplined change control, lean manufacturing, and continuous improvement.

Qualifications

• Bachelor’s degree in Mechanical, Manufacturing, Materials, Industrial Engineering, or a related technical field; equivalent relevant experience may be considered.
• Three to five years of engineering experience in a precision manufacturing environment, including practical involvement with additive manufacturing and CNC machining.
• Proficiency with SolidWorks, AutoCAD, or similar 3D CAD software; experience preparing models specifically for additive manufacture is strongly preferred.
• Ability to interpret and create engineering drawings, specifications, bills of materials, geometric dimensioning and tolerancing, and inspection requirements.
• Working knowledge of additive process selection, build preparation, support design, materials, thermal effects, distortion, tolerancing, metrology, surface finish, and post‑processing.
• Experience with CNC machining processes, manufacturing methods, design for manufacturability, and design for additive manufacturing.
• Knowledge of engineering materials, including steels, aluminum, polymers, heat‑treated components, and materials used in additive manufacturing.
• Proven ability to manage projects from concept through testing, validation, production launch, and continuous improvement.
• In‑depth knowledge of firearms and suppressor design, function, and manufacturing considerations.
• Experience with process documentation, statistical analysis, structured problem solving, and manufacturing quality systems.
• Strong communication, organization, attention to detail, and cross‑functional collaboration skills, with a hands‑on approach to balancing urgent production support and longer‑term development.

Preferred Qualifications

• Direct experience with metal additive manufacturing, polymer additive manufacturing, or hybrid manufacturing systems, including process qualification and production scale‑up.
• Experience with additive build software, topology optimization, lattice structures, simulation, or distortion compensation.
• Experience with multi‑axis machining, additive post‑processing, heat‑treatment, advanced inspection, or validation testing.
• Familiarity with FEA, design validation, equipment validation, risk analysis, and regulated or high‑reliability manufacturing environments.
• Working knowledge of ISO 9001, ERP and document‑control systems, lean manufacturing, Six Sigma, PFMEA, design of experiments, and statistical process control.
• Experience introducing new products and transferring both conventional and additive processes from development into production.

Measures of Success

• A qualified pipeline of additive manufacturing applications that delivers measurable product, lead‑time, cost, or supply‑chain advantages.
• Stable, capable, traceable, and well‑documented additive and conventional production processes.
• Successful industrialization of new products from design and prototype through validated production release.
• Measurable gains in quality, throughput, lead time, cost, first‑pass yield, and equipment utilization.
• Timely resolution of manufacturing constraints, design issues, and recurring quality problems.
• Strong adoption of standard work, process controls, engineering change discipline, and continuous improvement practices.

Work Environment

• Work is performed in office and manufacturing environments.
• Exposure to machine‑shop conditions may include noise, dust, odors, fumes, and similar manufacturing elements.

Physical Requirements

• Ability to lift and carry up to 25 lbs.
• Ability to sit or stand for extended periods of time.
• Frequently required to stand, walk, reach with hands and arms, and stoop or crouch.
• Visual acuity to inspect components and review detailed engineering drawings.

Job Type:

FT – Salary On‑Site, Monday to Friday.

Benefits:

• Company contributes 100% for employee HMO medical option.
• Dental
• Vision
• 401(k) Retirement Savings Plan including a 4% matching contribution
• Disability Plans
• Company paid Life Insurance
• Paid vacation and sick leave
• Paid Holidays

B&T participates in E‑Verify and will provide the federal government with your Form I‑9 information to confirm that you are authorized to work in the U.S.

B&T provides equal employment opportunities to all employees and applicants for employment and prohibits discrimination and harassment of any type without regard to race, color, religion, age, sex, nation origin, pregnancy, disability status, protected veteran status, genetic information, sexual orientation, gender identity or expression, marital status or any other characteristics protected by federal, state, or local laws. This policy applies to all terms and conditions of employment, including advertising, recruiting, interviewing, hiring, placement, accommodations, promotion, termination, job assignments, layoff, recall, transfer, discipline, leave of absence, compensation, and access to benefits and training. All employment decisions are based strictly on job‑related qualifications and abilities.

About B&T USA

B&T USA, a firearms, suppressor, and accessories manufacturer operating under license of B&T AG SWITZERLAND, which was founded in 1991 as a designer and manufacturer of the industry’s most advanced suppressors. Under the leadership of Karl Brügger, B&T AG has evolved into a world leader in the design, manufacture, and sale of the most technologically advanced, high‑performance weapons systems in the world used globally by police, special forces, elite military units and private citizen consumers.

B&T USA and all our employees are committed to conducting business with the highest ethical standards. We require all employees to comply with all applicable laws, regulations, rules, and regulatory orders. Our reputation for honesty, integrity and high ethics is as important to us as our reputation for creating innovative solutions. cable laws, regulations, rules, and regulatory orders. Our reputation for honesty, integrity and high ethics is as important to us as our reputation for creating innovative solutions.