Manufacturing Engineer
for section headings: About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. We need to map content accordingly.
We must not repeat job title as heading. No Job ID.
We need to include sections only when posting has real specific content.
We need to preserve all substantive info.
We need to use - for any list of duties/requirements/benefits, and
for prose.
We need to avoid filler like "commensurate with experience". Not present.
We need to include Pay section only if posting states salary range. It does: "Estimate salary range for this role: $63,500 to $93,000 per year." So include Pay.
Benefits: they list benefits: Medical, Dental, Vision coverage, Health Flexible Spending Accounts, Free Onsite Gym, Immediate 401k vesting, Educational Assistance, Life Insurance, Paid Time off. So Benefits section.
Schedule: Not mentioned. So omit Schedule.
Qualifications: Could be education and experience requirements. We have "What YOU Must Bring To Succeed" includes Bachelor's degree, min 2 years experience, etc. That's qualifications. Also "Desired Characteristics" could be Skills or Qualifications. We'll treat "What YOU Must Bring To Succeed" as Requirements/Qualifications. We need to decide which headings to use: About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule.
We have multiple sections: About the role (intro), Responsibilities (what you will do), Requirements (education, experience), Qualifications (maybe degree?), Skills (desired characteristics), Benefits, Pay.
We need to avoid duplication. Let's map:
- About the role: The introductory paragraphs: "Who YOU Are And What YOU Can Become" and "Who WE Are And Where WE Are Going". Combine into prose about role and company.
- Responsibilities: "What YOU Will Do" sections (Advanced Manufacturing & Additive Manufacturing Operations, Product, Tooling & Manufacturing Development, Equipment, Safety & Technical Coordination). We'll list duties as bullet list.
- Requirements: Minimum qualifications: Bachelor of Science degree in Mechanical, Aerospace, Manufacturing Engineering or related; Minimum of 2 years’ work experience in engineering; Experience managing additive manufacturing materials, print preparation, machine operation, post-processing; Familiarity with CAD software such as NX, CATIA, SolidWorks, or equivalent; Understanding of engineering drawings, manufacturing processes, prototype development methodologies; Strong organizational skills; Effective communicator; Self-motivated with desire to learn.
- Qualifications: Could be similar to Requirements but maybe we treat "Desired Characteristics" as Qualifications or Skills. Let's treat "Desired Characteristics" as Skills (hands-on experience with industrial additive manufacturing, experience with aerospace composite materials, experience designing tooling, familiarity with advanced manufacturing lab/R&D). Or we could have both Qualifications and Skills. We'll put Qualifications as the degree and experience (maybe same as Requirements). But we need distinct sections; we can combine Requirements and Qualifications? The instruction: prefer a few substantive sections over many thin ones. So we could have About the role, Responsibilities, Requirements (including education/experience), Skills (desired characteristics), Benefits, Pay. That's 6 sections.
We need to ensure we don't repeat content.
Let's extract details.
About the role: combine first two paragraphs:
"We are seeking a hands-on, self-driven, and highly collaborative Manufacturing Engineer to join our Advanced Technology team, supporting the development, operation, and integration of emerging manufacturing technologies used to prototype and produce next-generation aerospace components. This role is ideal for an engineer who enjoys working directly with manufacturing equipment, building hardware, supporting prototype development, and solving practical engineering challenges. A major focus of this position will be ownership and operation of industrial additive manufacturing systems while supporting broader advanced manufacturing initiatives including composite development, tooling fabrication, machining support, and manufacturing process development. You will work closely with design engineers, manufacturing teams, technicians, and research groups to accelerate product development, improve manufacturing capabilities, and enable innovative aerospace structures and processes. You will bring hands-on experience operating industrial additive manufacturing equipment and supporting advanced manufacturing environments. Experience with aerospace manufacturing, composite materials, tooling development, prototyping, and machining operations is highly valued."
Then company description: "At ST Engineering MRAS, our employees have amazing opportunities to work on advanced technologies and systems that support thousands of customers and millions of people worldwide every day. From the first flight across the Pacific Ocean to developing highly complex structures for the most popular aircraft in the world, we have come a long way always with a can-do approach to problem solving while delighting customers with our high say-do ratio. We are looking for people with innovative ideas and the drive to help us grow into the future. A pioneer in the production and assembly of complex aerostructures including aircraft and rocket components, engine nacelle systems, thrust reversers and advanced composite products, we apply the latest digital technologies and automation in composite design and manufacturing that are second to none. At ST Engineering MRAS, we are also rapidly augmenting our maintenance, repair and overhaul (MRO) capabilities leveraging the company’s expanded aircraft nacelle portfolio as well as it’s materials and processing expertise."
We'll combine into About the role paragraph(s). Could be multiple
tags.
Responsibilities: list bullet points from "What YOU Will Do". Let's extract each bullet:
- Operate, maintain, and support industrial additive manufacturing systems including FDM, SLA, SLS, and future additive technologies
- Produce prototype parts, tooling, fixtures, and manufacturing aids supporting engineering development and production activities
- Manage additive manufacturing workflows including job preparation, machine scheduling, post-processing, and quality verification
- Maintain additive manufacturing materials inventory including ordering, storage, handling, and process documentation
- Support the evaluation, qualification, and implementation of new additive manufacturing technologies and materials
- Develop best practices and standardized procedures for additive manufacturing operations
- Collaborate with engineering teams to develop additive manufacturing solutions for prototypes, tooling, production-support hardware, and manufacturing demonstrations
- Support composite manufacturing development activities including tooling development, prototype fabrication, and process improvement initiatives
- Design, fabricate, assemble, and evaluate prototype hardware, tooling, fixtures, jigs, and manufacturing aids
- Support manufacturing trials, process development activities, and documentation of findings and lessons learned
- Troubleshoot manufacturing, assembly, and process-related issues while identifying opportunities for improvement
- Demonstrate strong design-for-manufacturing and production-readiness principles
- Support CNC machining operations and manufacturing activities including 5-axis machining applications used for prototype and tooling development
- Work with Environmental Health & Safety (EHS) teams to ensure safe operation of manufacturing systems and compliance with company and regulatory requirements
- Support Safety Data Sheet (SDS) management and material approval processes for new manufacturing technologies and materials
- Coordinate activities across engineering, manufacturing, suppliers, and external technology partners to support development programs and manufacturing initiatives
We'll put these as
- .
Requirements: bullet list from "What YOU Must Bring To Succeed":
- Bachelor of Science degree in Mechanical Engineering, Aerospace Engineering, Manufacturing Engineering, or related engineering discipline
- Minimum of 2 years’ work experience in engineering
- Experience managing additive manufacturing materials, print preparation, machine operation, and post-processing activities
- Familiarity with CAD software such as NX, CATIA, SolidWorks, or equivalent
- Understanding of engineering drawings, manufacturing processes, and prototype development methodologies
- Strong organizational skills with the ability to coordinate multiple technical activities and projects simultaneously
- Effective communicator capable of working across engineering, manufacturing, and supplier organizations
- Self-motivated with a strong desire to learn and implement new manufacturing technologies
We'll put as
- .
Skills: from "Desired Characteristics":
- Hands-on experience with industrial additive manufacturing technologies including FDM, SLA, and SLS systems
- Experience with aerospace composite materials and composite manufacturing processes
- Experience designing and manufacturing tooling, fixtures, jigs, and production aids
- Familiarity with advanced manufacturing laboratory or R&D environments
We'll put as
- .
Benefits: list from benefits paragraph:
- Medical, Dental, and Vision coverage starting from start date
- Health Flexible Spending Accounts
- Free Onsite Gym with weekly fitness classes
- Immediate 401k vesting
- Educational Assistance
- Life Insurance
- Paid Time off (Permissive for exempt staff)
We'll put as
- .
Pay: single sentence: "Estimate salary range for this role: $63,500 to $93,000 per year." We'll put as
.
We must not include EEO, background check, accommodation contact, etc. Remove those.
Now produce HTML fragment with
headings and appropriate
or
.
We need to ensure we don't include any extra text outside HTML.
Let's craft:
About the role
We are seeking a hands-on, self-driven, and highly collaborative Manufacturing Engineer to join our Advanced Technology team, supporting the development, operation, and integration of emerging manufacturing technologies used to prototype and produce next-generation aerospace components. This role is ideal for an engineer who enjoys working directly with manufacturing equipment, building hardware, supporting prototype development, and solving practical engineering challenges. A major focus of this position will be ownership and operation of industrial additive manufacturing systems while supporting broader advanced manufacturing initiatives including composite development, tooling fabrication, machining support, and manufacturing process development. You will work closely with design engineers, manufacturing teams, technicians, and research groups to accelerate product development, improve manufacturing capabilities, and enable innovative aerospace structures and processes. You will bring hands-on experience operating industrial additive manufacturing equipment and supporting advanced manufacturing environments. Experience with aerospace manufacturing, composite materials, tooling development, prototyping, and machining operations is highly valued.
At ST Engineering MRAS, our employees have amazing opportunities to work on advanced technologies and systems that support thousands of customers and millions of people worldwide every day. From the first flight across the Pacific Ocean to developing highly complex structures for the most popular aircraft in the world, we have come a long way always with a can-do approach to problem solving while delighting customers with our high say-do ratio. We are looking for people with innovative ideas and the drive to help us grow into the future. A pioneer in the production and assembly of complex aerostructures including aircraft and rocket components, engine nacelle systems, thrust reversers and advanced composite products, we apply the latest digital technologies and automation in composite design and manufacturing that are second to none. At ST Engineering MRAS, we are also rapidly augmenting our maintenance, repair and overhaul (MRO) capabilities leveraging the company’s expanded aircraft nacelle portfolio as well as it’s materials and processing expertise.
Responsibilities
- Operate, maintain, and support industrial additive manufacturing systems including FDM, SLA, SLS, and future additive technologies
- Produce prototype parts, tooling, fixtures, and manufacturing aids supporting engineering development and production activities
- Manage additive manufacturing workflows including job preparation, machine scheduling, post-processing, and quality verification
- Maintain additive manufacturing materials inventory including ordering, storage, handling, and process documentation
- Support the evaluation, qualification, and implementation of new additive manufacturing technologies and materials
- Develop best practices and standardized procedures for additive manufacturing operations
- Collaborate with engineering teams to develop additive manufacturing solutions for prototypes, tooling, production-support hardware, and manufacturing demonstrations
- Support composite manufacturing development activities including tooling development, prototype fabrication,
for prose. We need to avoid filler like "commensurate with experience". Not present. We need to include Pay section only if posting states salary range. It does: "Estimate salary range for this role: $63,500 to $93,000 per year." So include Pay. Benefits: they list benefits: Medical, Dental, Vision coverage, Health Flexible Spending Accounts, Free Onsite Gym, Immediate 401k vesting, Educational Assistance, Life Insurance, Paid Time off. So Benefits section. Schedule: Not mentioned. So omit Schedule. Qualifications: Could be education and experience requirements. We have "What YOU Must Bring To Succeed" includes Bachelor's degree, min 2 years experience, etc. That's qualifications. Also "Desired Characteristics" could be Skills or Qualifications. We'll treat "What YOU Must Bring To Succeed" as Requirements/Qualifications. We need to decide which headings to use: About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. We have multiple sections: About the role (intro), Responsibilities (what you will do), Requirements (education, experience), Qualifications (maybe degree?), Skills (desired characteristics), Benefits, Pay. We need to avoid duplication. Let's map: - About the role: The introductory paragraphs: "Who YOU Are And What YOU Can Become" and "Who WE Are And Where WE Are Going". Combine into prose about role and company. - Responsibilities: "What YOU Will Do" sections (Advanced Manufacturing & Additive Manufacturing Operations, Product, Tooling & Manufacturing Development, Equipment, Safety & Technical Coordination). We'll list duties as bullet list. - Requirements: Minimum qualifications: Bachelor of Science degree in Mechanical, Aerospace, Manufacturing Engineering or related; Minimum of 2 years’ work experience in engineering; Experience managing additive manufacturing materials, print preparation, machine operation, post-processing; Familiarity with CAD software such as NX, CATIA, SolidWorks, or equivalent; Understanding of engineering drawings, manufacturing processes, prototype development methodologies; Strong organizational skills; Effective communicator; Self-motivated with desire to learn. - Qualifications: Could be similar to Requirements but maybe we treat "Desired Characteristics" as Qualifications or Skills. Let's treat "Desired Characteristics" as Skills (hands-on experience with industrial additive manufacturing, experience with aerospace composite materials, experience designing tooling, familiarity with advanced manufacturing lab/R&D). Or we could have both Qualifications and Skills. We'll put Qualifications as the degree and experience (maybe same as Requirements). But we need distinct sections; we can combine Requirements and Qualifications? The instruction: prefer a few substantive sections over many thin ones. So we could have About the role, Responsibilities, Requirements (including education/experience), Skills (desired characteristics), Benefits, Pay. That's 6 sections. We need to ensure we don't repeat content. Let's extract details. About the role: combine first two paragraphs: "We are seeking a hands-on, self-driven, and highly collaborative Manufacturing Engineer to join our Advanced Technology team, supporting the development, operation, and integration of emerging manufacturing technologies used to prototype and produce next-generation aerospace components. This role is ideal for an engineer who enjoys working directly with manufacturing equipment, building hardware, supporting prototype development, and solving practical engineering challenges. A major focus of this position will be ownership and operation of industrial additive manufacturing systems while supporting broader advanced manufacturing initiatives including composite development, tooling fabrication, machining support, and manufacturing process development. You will work closely with design engineers, manufacturing teams, technicians, and research groups to accelerate product development, improve manufacturing capabilities, and enable innovative aerospace structures and processes. You will bring hands-on experience operating industrial additive manufacturing equipment and supporting advanced manufacturing environments. Experience with aerospace manufacturing, composite materials, tooling development, prototyping, and machining operations is highly valued." Then company description: "At ST Engineering MRAS, our employees have amazing opportunities to work on advanced technologies and systems that support thousands of customers and millions of people worldwide every day. From the first flight across the Pacific Ocean to developing highly complex structures for the most popular aircraft in the world, we have come a long way always with a can-do approach to problem solving while delighting customers with our high say-do ratio. We are looking for people with innovative ideas and the drive to help us grow into the future. A pioneer in the production and assembly of complex aerostructures including aircraft and rocket components, engine nacelle systems, thrust reversers and advanced composite products, we apply the latest digital technologies and automation in composite design and manufacturing that are second to none. At ST Engineering MRAS, we are also rapidly augmenting our maintenance, repair and overhaul (MRO) capabilities leveraging the company’s expanded aircraft nacelle portfolio as well as it’s materials and processing expertise." We'll combine into About the role paragraph(s). Could be multiple
tags. Responsibilities: list bullet points from "What YOU Will Do". Let's extract each bullet: - Operate, maintain, and support industrial additive manufacturing systems including FDM, SLA, SLS, and future additive technologies - Produce prototype parts, tooling, fixtures, and manufacturing aids supporting engineering development and production activities - Manage additive manufacturing workflows including job preparation, machine scheduling, post-processing, and quality verification - Maintain additive manufacturing materials inventory including ordering, storage, handling, and process documentation - Support the evaluation, qualification, and implementation of new additive manufacturing technologies and materials - Develop best practices and standardized procedures for additive manufacturing operations - Collaborate with engineering teams to develop additive manufacturing solutions for prototypes, tooling, production-support hardware, and manufacturing demonstrations - Support composite manufacturing development activities including tooling development, prototype fabrication, and process improvement initiatives - Design, fabricate, assemble, and evaluate prototype hardware, tooling, fixtures, jigs, and manufacturing aids - Support manufacturing trials, process development activities, and documentation of findings and lessons learned - Troubleshoot manufacturing, assembly, and process-related issues while identifying opportunities for improvement - Demonstrate strong design-for-manufacturing and production-readiness principles - Support CNC machining operations and manufacturing activities including 5-axis machining applications used for prototype and tooling development - Work with Environmental Health & Safety (EHS) teams to ensure safe operation of manufacturing systems and compliance with company and regulatory requirements - Support Safety Data Sheet (SDS) management and material approval processes for new manufacturing technologies and materials - Coordinate activities across engineering, manufacturing, suppliers, and external technology partners to support development programs and manufacturing initiatives We'll put these as
- .
Requirements: bullet list from "What YOU Must Bring To Succeed":
- Bachelor of Science degree in Mechanical Engineering, Aerospace Engineering, Manufacturing Engineering, or related engineering discipline
- Minimum of 2 years’ work experience in engineering
- Experience managing additive manufacturing materials, print preparation, machine operation, and post-processing activities
- Familiarity with CAD software such as NX, CATIA, SolidWorks, or equivalent
- Understanding of engineering drawings, manufacturing processes, and prototype development methodologies
- Strong organizational skills with the ability to coordinate multiple technical activities and projects simultaneously
- Effective communicator capable of working across engineering, manufacturing, and supplier organizations
- Self-motivated with a strong desire to learn and implement new manufacturing technologies
We'll put as
- .
Skills: from "Desired Characteristics":
- Hands-on experience with industrial additive manufacturing technologies including FDM, SLA, and SLS systems
- Experience with aerospace composite materials and composite manufacturing processes
- Experience designing and manufacturing tooling, fixtures, jigs, and production aids
- Familiarity with advanced manufacturing laboratory or R&D environments
We'll put as
- .
Benefits: list from benefits paragraph:
- Medical, Dental, and Vision coverage starting from start date
- Health Flexible Spending Accounts
- Free Onsite Gym with weekly fitness classes
- Immediate 401k vesting
- Educational Assistance
- Life Insurance
- Paid Time off (Permissive for exempt staff)
We'll put as
- .
Pay: single sentence: "Estimate salary range for this role: $63,500 to $93,000 per year." We'll put as
. We must not include EEO, background check, accommodation contact, etc. Remove those. Now produce HTML fragment with
headings and appropriate
or
- .
We need to ensure we don't include any extra text outside HTML.
Let's craft:
- Operate, maintain, and support industrial additive manufacturing systems including FDM, SLA, SLS, and future additive technologies
- Produce prototype parts, tooling, fixtures, and manufacturing aids supporting engineering development and production activities
- Manage additive manufacturing workflows including job preparation, machine scheduling, post-processing, and quality verification
- Maintain additive manufacturing materials inventory including ordering, storage, handling, and process documentation
- Support the evaluation, qualification, and implementation of new additive manufacturing technologies and materials
- Develop best practices and standardized procedures for additive manufacturing operations
- Collaborate with engineering teams to develop additive manufacturing solutions for prototypes, tooling, production-support hardware, and manufacturing demonstrations
- Support composite manufacturing development activities including tooling development, prototype fabrication,
About the role
We are seeking a hands-on, self-driven, and highly collaborative Manufacturing Engineer to join our Advanced Technology team, supporting the development, operation, and integration of emerging manufacturing technologies used to prototype and produce next-generation aerospace components. This role is ideal for an engineer who enjoys working directly with manufacturing equipment, building hardware, supporting prototype development, and solving practical engineering challenges. A major focus of this position will be ownership and operation of industrial additive manufacturing systems while supporting broader advanced manufacturing initiatives including composite development, tooling fabrication, machining support, and manufacturing process development. You will work closely with design engineers, manufacturing teams, technicians, and research groups to accelerate product development, improve manufacturing capabilities, and enable innovative aerospace structures and processes. You will bring hands-on experience operating industrial additive manufacturing equipment and supporting advanced manufacturing environments. Experience with aerospace manufacturing, composite materials, tooling development, prototyping, and machining operations is highly valued.
At ST Engineering MRAS, our employees have amazing opportunities to work on advanced technologies and systems that support thousands of customers and millions of people worldwide every day. From the first flight across the Pacific Ocean to developing highly complex structures for the most popular aircraft in the world, we have come a long way always with a can-do approach to problem solving while delighting customers with our high say-do ratio. We are looking for people with innovative ideas and the drive to help us grow into the future. A pioneer in the production and assembly of complex aerostructures including aircraft and rocket components, engine nacelle systems, thrust reversers and advanced composite products, we apply the latest digital technologies and automation in composite design and manufacturing that are second to none. At ST Engineering MRAS, we are also rapidly augmenting our maintenance, repair and overhaul (MRO) capabilities leveraging the company’s expanded aircraft nacelle portfolio as well as it’s materials and processing expertise.
Responsibilities
- .
Pay: single sentence: "Estimate salary range for this role: $63,500 to $93,000 per year." We'll put as
- .
Benefits: list from benefits paragraph:
- Medical, Dental, and Vision coverage starting from start date
- Health Flexible Spending Accounts
- Free Onsite Gym with weekly fitness classes
- Immediate 401k vesting
- Educational Assistance
- Life Insurance
- Paid Time off (Permissive for exempt staff)
We'll put as
- .
Skills: from "Desired Characteristics":
- Hands-on experience with industrial additive manufacturing technologies including FDM, SLA, and SLS systems
- Experience with aerospace composite materials and composite manufacturing processes
- Experience designing and manufacturing tooling, fixtures, jigs, and production aids
- Familiarity with advanced manufacturing laboratory or R&D environments
We'll put as