Mack Molding
Arlington, Vermont
Job Description Job Description The Role We're looking for a mid to senior level Manufacturing Engineer who wants more than a desk and a spreadsheet. You'll work side by side with some of the best engineers in the world on front-line products, often before they reach the market. You'll be customer-facing, the person who turns a brilliant design into something that can be built reliably, repeatedly, and at scale. This job is for the engineer who wants it all: hands-on troubleshooting on the floor in the morning, design reviews with a customer at lunch, and a pilot line coming to life by the end of the week. What You'll Do Lead manufacturing engineering for complex electro-mechanical assemblies, from early design input through pilot builds and full production. Partner directly with customers, applying DFM, DFA, and DFT principles so their designs are buildable, testable, and cost-effective. Develop, validate, and launch new manufacturing processes, then keep improving them through continuous improvement initiatives. Lead multiple cross-functional teams at once, and supervise and mentor other engineers and technicians. Provide cGMP direction and guidance to operations, especially for medical and other regulated programs. Break complex builds into clear work breakdown structures (WBS), and teach others to execute them with confidence. Troubleshoot electro-mechanical problems at their root. Apply and optimize secondary operations including pad printing, silk screening, ultrasonic welding and inserting, and thermal welding and inserting. What You Bring A B.S. in Mechanical, Electrical, Chemical, Biomedical, or Manufacturing Engineering. Strong, proven experience with Design for Manufacturing (DFM), Design for Assembly (DFA), and Design for Test (DFT). Excellent electro-mechanical aptitude and troubleshooting instincts. Working knowledge of manufacturing secondary operations. A track record of leading teams, supervising others, and guiding operations through cGMP requirements. Clear, confident verbal and written communication, whether you're presenting to a customer or training a new operator. A real enjoyment of variety: hands-on work, design, process development, pilot manufacturing, and continuous improvement, all in the same role. Where You Can Go We don't just hire engineers. We grow them. A clear path up: structured engineering levels that lead all the way to Manufacturing Engineering Manager. Room to move: opportunities across our plants and other divisions, so your career can grow in more than one direction. Investment in you: ongoing job training and development, backed by a company with significant year-over-year growth. Stability you can count on: a debt-free, privately held company with more than a century of staying power and a diverse customer portfolio across five major markets.
Job Description Job Description The Role We're looking for a mid to senior level Manufacturing Engineer who wants more than a desk and a spreadsheet. You'll work side by side with some of the best engineers in the world on front-line products, often before they reach the market. You'll be customer-facing, the person who turns a brilliant design into something that can be built reliably, repeatedly, and at scale. This job is for the engineer who wants it all: hands-on troubleshooting on the floor in the morning, design reviews with a customer at lunch, and a pilot line coming to life by the end of the week. What You'll Do Lead manufacturing engineering for complex electro-mechanical assemblies, from early design input through pilot builds and full production. Partner directly with customers, applying DFM, DFA, and DFT principles so their designs are buildable, testable, and cost-effective. Develop, validate, and launch new manufacturing processes, then keep improving them through continuous improvement initiatives. Lead multiple cross-functional teams at once, and supervise and mentor other engineers and technicians. Provide cGMP direction and guidance to operations, especially for medical and other regulated programs. Break complex builds into clear work breakdown structures (WBS), and teach others to execute them with confidence. Troubleshoot electro-mechanical problems at their root. Apply and optimize secondary operations including pad printing, silk screening, ultrasonic welding and inserting, and thermal welding and inserting. What You Bring A B.S. in Mechanical, Electrical, Chemical, Biomedical, or Manufacturing Engineering. Strong, proven experience with Design for Manufacturing (DFM), Design for Assembly (DFA), and Design for Test (DFT). Excellent electro-mechanical aptitude and troubleshooting instincts. Working knowledge of manufacturing secondary operations. A track record of leading teams, supervising others, and guiding operations through cGMP requirements. Clear, confident verbal and written communication, whether you're presenting to a customer or training a new operator. A real enjoyment of variety: hands-on work, design, process development, pilot manufacturing, and continuous improvement, all in the same role. Where You Can Go We don't just hire engineers. We grow them. A clear path up: structured engineering levels that lead all the way to Manufacturing Engineering Manager. Room to move: opportunities across our plants and other divisions, so your career can grow in more than one direction. Investment in you: ongoing job training and development, backed by a company with significant year-over-year growth. Stability you can count on: a debt-free, privately held company with more than a century of staying power and a diverse customer portfolio across five major markets.
Mack Molding
Arlington, Vermont
Job Description Job Description Essential Duties and Responsibilities include the following: Designs, specifies and implements manufacturing processes, layouts, equipment and facility (incl. environmental, regulatory and utility) requirements; Develops test equipment and test processes; Develops, maintains and controls manufacturing support software; Supports manufacturing operations (safety, people, quality and cost); Supports Applications Development Center (ADC) with tooling design; Writes specifications and requests for quotations (RFQ) for equipment and facilities; Performs design review and final acceptance (FAT) of equipment & software; Writes and releases manufacturing documentation (e.g. ECO's); Acquires equipment documentation (manual, part list, etc.); Identifies continuous manufacturing improvements and cost reductions; Creates and maintains a clean and safe work environment; Develops manufacturing metrics (labor rates, costs, takt time, cycle time, value-add, etc.); Develops effective packaging; Supports production cost checks; Creates process flow diagrams; Creates control plans; Performs risk analyses (e.g. pFMEA, etc.); Creates and maintains work instructions and routing/travelers; Creates and maintains bill of material (BOM); Creates and maintains training matrices for manufacturing personnel; Trains manufacturing personnel; Implements and supports Lean manufacturing; Develops and executes Design of Experiments (DOE); Supports mold samplings; Develops and performs capability studies; Develops preventative maintenance requirements equipment and facilities; Supports MRP and production control systems; Supports inventory auditing; Supports calibration requirements, gage tracking and disposition; Supports new and existing business development (e.g. quoting, customer visits, etc.); Supports customer product development and prototype; Participates in DFM efforts with customer; Estimates manufacturing cost and delivery for labor, equipment and facilities; Supports Total Customer Satisfaction (TCS); Supports quarterly business reviews (QBR's); Provides technical leadership to all departments; Identifies and mitigates manufacturing, health, safety and environmental risks; Initiates and processes problem reports (e.g. NPMR, NMR, TD, tooling damage reports, etc.); Uses statistical methods; Uses structured problem solving (e.g. root cause analysis, 8D, 5 Why, 6 Sigma, etc.); Performs capacity and yield analyses; Ensures compliance with national, international, state and local governmental regulations and external regulatory registrars like UL, FDA, CSA, InMetro, TUV, etc. Ensures production compliance with GMP and ISO standards; Supports internal and external quality system audits; Performs validation (IQ, OQ, PQ) of processes, equipment, facilities and software; Maintains flexible and positive outlook; Maintains ISO training compliance; Works independently with effective time management; Produces accurate and reliable results; Travels occasionally (domestic and international); May supervise personnel; Mentors and trains associate engineers, manufacturing specialists and electro-mechanical technicians and manufacturing team members; Performs other duties as assigned; Qualifications: To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed below are representative of the knowledge, skill, and/or ability required. Reasonable accommodations may be made to enable individuals with disabilities to perform essential functions. Education/Experience (must meet at least one of the following criteria): Bachelor's Degree (B.S.) in Mechanical, Electrical, Industrial, Chemical, Bio-Medical or Manufacturing Engineering from an accredited school or university; Three or more years job-related experience preferred; Or Bachelor's Degree (B.S.) in Science (e.g. Physics, Math, Statistics, Chemistry, or Biology); Three or more years job-related experience preferred
Job Description Job Description Essential Duties and Responsibilities include the following: Designs, specifies and implements manufacturing processes, layouts, equipment and facility (incl. environmental, regulatory and utility) requirements; Develops test equipment and test processes; Develops, maintains and controls manufacturing support software; Supports manufacturing operations (safety, people, quality and cost); Supports Applications Development Center (ADC) with tooling design; Writes specifications and requests for quotations (RFQ) for equipment and facilities; Performs design review and final acceptance (FAT) of equipment & software; Writes and releases manufacturing documentation (e.g. ECO's); Acquires equipment documentation (manual, part list, etc.); Identifies continuous manufacturing improvements and cost reductions; Creates and maintains a clean and safe work environment; Develops manufacturing metrics (labor rates, costs, takt time, cycle time, value-add, etc.); Develops effective packaging; Supports production cost checks; Creates process flow diagrams; Creates control plans; Performs risk analyses (e.g. pFMEA, etc.); Creates and maintains work instructions and routing/travelers; Creates and maintains bill of material (BOM); Creates and maintains training matrices for manufacturing personnel; Trains manufacturing personnel; Implements and supports Lean manufacturing; Develops and executes Design of Experiments (DOE); Supports mold samplings; Develops and performs capability studies; Develops preventative maintenance requirements equipment and facilities; Supports MRP and production control systems; Supports inventory auditing; Supports calibration requirements, gage tracking and disposition; Supports new and existing business development (e.g. quoting, customer visits, etc.); Supports customer product development and prototype; Participates in DFM efforts with customer; Estimates manufacturing cost and delivery for labor, equipment and facilities; Supports Total Customer Satisfaction (TCS); Supports quarterly business reviews (QBR's); Provides technical leadership to all departments; Identifies and mitigates manufacturing, health, safety and environmental risks; Initiates and processes problem reports (e.g. NPMR, NMR, TD, tooling damage reports, etc.); Uses statistical methods; Uses structured problem solving (e.g. root cause analysis, 8D, 5 Why, 6 Sigma, etc.); Performs capacity and yield analyses; Ensures compliance with national, international, state and local governmental regulations and external regulatory registrars like UL, FDA, CSA, InMetro, TUV, etc. Ensures production compliance with GMP and ISO standards; Supports internal and external quality system audits; Performs validation (IQ, OQ, PQ) of processes, equipment, facilities and software; Maintains flexible and positive outlook; Maintains ISO training compliance; Works independently with effective time management; Produces accurate and reliable results; Travels occasionally (domestic and international); May supervise personnel; Mentors and trains associate engineers, manufacturing specialists and electro-mechanical technicians and manufacturing team members; Performs other duties as assigned; Qualifications: To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed below are representative of the knowledge, skill, and/or ability required. Reasonable accommodations may be made to enable individuals with disabilities to perform essential functions. Education/Experience (must meet at least one of the following criteria): Bachelor's Degree (B.S.) in Mechanical, Electrical, Industrial, Chemical, Bio-Medical or Manufacturing Engineering from an accredited school or university; Three or more years job-related experience preferred; Or Bachelor's Degree (B.S.) in Science (e.g. Physics, Math, Statistics, Chemistry, or Biology); Three or more years job-related experience preferred