3D PRINTING & CAD DESIGN SPECIALIST
for section headings. Use - for any list of duties/requirements/benefits, and
for prose. We need to decide what constitutes a list. Many bullet-like sentences separated by periods. We could convert each sentence into
- . But we need to preserve all info; we can group similar items into lists.
We need to avoid filler like "commensurate with experience". Not present.
We need to include sections only when content exists. Likely we will have sections: About the role (Position Summary), Responsibilities, Requirements (maybe split into sub-sections? But we can combine all requirement-like content under Requirements). Benefits, Pay, Schedule: none present, so omit.
We must not include duplicated lines. Need to watch for repeated sentences.
Let's extract content.
Position Summary paragraph: "Resicum International, LLC. is seeking an experienced 3D Printing & CAD Design Specialist to support specialized prototyping, advanced manufacturing, and product development requirements. The ideal candidate will have strong hands-on experience with 3D printing, CAD design, and rapid prototyping, with the ability to transform concepts, sketches, measurements, existing components, or technical requirements into accurate and functional 3D models and physical prototypes. This position will support the development of specialized, precision components and functional prototypes, including components with complex geometries, tight dimensional requirements, lightweight designs, and specialized performance requirements. The successful candidate will be comfortable working through the complete design and additive manufacturing process—from initial concept and CAD development through printing, evaluation, modification, and final prototype production."
That's prose.
Essential Duties And Responsibilities: list of bullet-like sentences each starting with a verb. We'll convert each to
- .
Let's list them:
- Create, modify, and develop detailed 3D CAD models for specialized components, prototypes, fixtures, tooling, and other applications.
- Convert concepts, sketches, measurements, photographs, existing components, and technical requirements into functional 3D designs.
- Prepare CAD models and manufacturing files for additive manufacturing.
- Operate, maintain, and troubleshoot professional-grade 3D printing equipment.
- Select appropriate printing technologies, materials, and print parameters based on project requirements.
- Produce functional prototypes and precision components requiring accurate dimensions, fit, and repeatability.
- Develop components featuring complex geometries, internal features, lightweight structures, and other specialized design characteristics.
- Optimize designs to improve strength, weight, fit, functionality, printability, and overall performance.
- Conduct iterative prototyping and design development based on testing and evaluation.
- Troubleshoot print failures, dimensional issues, material problems, and other manufacturing challenges.
- Evaluate completed components for dimensional accuracy, fit, finish, and functionality.
- Perform basic dimensional inspection and verification using appropriate measurement tools.
- Maintain organized CAD files, print files, design revisions, and technical documentation.
- Collaborate with engineers, technical personnel, program managers, and other project team members.
- Research and evaluate new additive manufacturing technologies, materials, and processes.
- Maintain a clean, organized, and professional work environment.
- Perform other related design, prototyping, and advanced manufacturing duties as assigned.
Now Requirements: there are multiple sub-sections: Required Qualifications, CAD Design Requirements, 3D Printing / Additive Manufacturing Requirements, Precision Prototyping & Specialized Components Experience, Reverse Engineering & Design Development, Education & Experience, Preferred Experience, Security / Background Requirements, Preferred Qualifications, Core Competencies.
We need to preserve all substantive info. We could combine them into one Requirements section with subheadings? But only allowed headings are
for section headings. We could have multiple sections like Responsibilities, Requirements (maybe with sub-sections as ? Not allowed? The instruction only says use for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule). It doesn't forbid other headings, but to be safe we could use for each major section and maybe use
for sub-sections. However we need to keep structure clear.
We could have sections: About the role, Responsibilities, Requirements (with sub-sections as
paragraphs). But we risk losing clarity. However instruction: "Prefer a few substantive sections over many thin ones." So maybe combine all requirement-like content into a single Requirements section, using
- for each distinct requirement bullet. But many are paragraphs.
We could break into sub-sections using
for each like Required Qualifications, CAD Design Requirements, etc. That would be many sections but each has substantive content. The instruction says prefer few substantive sections over many thin ones, but we can still have multiple if each is substantive. However we need to avoid creating sections with filler. Each of those sub-sections has real content.
Thus we could output:
About the role
...
Responsibilities
...
Required Qualifications
...
CAD Design Requirements
...
3D Printing / Additive Manufacturing Requirements
...
Precision Prototyping & Specialized Components Experience
...
Reverse Engineering & Design Development
...
Education & Experience
...
Preferred Experience
...
Security / Background Requirements
...
Preferred Qualifications
...
Core Competencies
...
We must ensure we don't include boilerplate like "EEO", "How To Apply". Also we must not include duplicated lines. Need to check for duplicates: Some sentences may appear in multiple sections? Eg "Experience with one or more of the following CAD platforms is highly desirable:" appears under CAD Design Requirements. Also later "Candidates Should Be Capable Of Creating detailed 3D models." etc. Those are separate bullet-like statements; we should keep them.
We need to convert each bullet-like sentence into - . For paragraphs that are not list-like, we use
.
Let's extract each section's content.
**About the role**: we have the Position Summary paragraph. Use that as
.
**Responsibilities**: we have the list above.
**Required Qualifications**: list of bullet-like sentences under "Required Qualifications". Let's extract:
- Professional experience with 3D printing / additive manufacturing.
- Demonstrated ability to create and modify 3D CAD models.
- Hands-on experience operating and troubleshooting 3D printers.
- Ability to prepare CAD files for additive manufacturing.
- Working knowledge of additive manufacturing processes, materials, tolerances, and print parameters.
- Ability to design functional components rather than solely producing basic or decorative prints.
- Ability to work from concepts, sketches, drawings, measurements, photographs, or existing components.
- Understanding of how CAD design decisions affect printability, strength, weight, fit, and functionality.
- Strong attention to detail and ability to produce accurate, repeatable components.
- Strong troubleshooting and problem-solving skills.
- Ability to work independently and manage multiple design and prototyping requirements.
**CAD Design Requirements**: heading "Experience with one or more of the following CAD platforms is highly desirable:" then list:
- SolidWorks
- Fusion 360
- AutoCAD
- Siemens NX
- CATIA
- Onshape
- Other comparable professional 3D CAD software
Then "Candidates Should Be Capable Of" list:
- Creating detailed 3D models.
- Designing mechanical components.
- Creating assemblies.
- Modifying existing designs.
- Working from physical measurements.
- Developing complex geometries.
- Designing specifically for additive manufacturing.
- Creating lightweight or optimized structures.
- Incorporating dimensional requirements and tolerances.
- Developing multiple design iterations.
- Preparing models for production and prototyping.
We could combine these into one list under CAD Design Requirements.
**3D Printing / Additive Manufacturing Requirements**: heading "Hands-on experience with professional or advanced 3D printing systems is highly desirable." Then "Experience With One Or More Of The Following":
- FDM / FFF
- SLA / Resin
- SLS
- Composite 3D printing
- Engineering-grade 3D printing
- Large-format 3D printing
- Multi-material printing
- Advanced polymer printing
Then "Candidates Should Have Knowledge Of":
- Print orientation
- Layer configuration
- Support structures
- Infill strategies
- Wall thickness
- Material selection
- Print temperature and environmental considerations
- Dimensional accuracy
- Post-processing
- Surface finishing
- Strength and structural considerations
- Design-for-additive-manufacturing principles
Then "Experience with nylon, carbon-fiber reinforced materials, engineering polymers, ABS, PETG, PLA, advanced resins, or other performance-oriented materials is a plus."
We can include that as a separate
- .
**Precision Prototyping & Specialized Components Experience**: heading "Experience developing functional, precision-oriented prototypes and components is highly desirable." Then "Candidates should be comfortable working with components that may require:" list:
- Complex or unconventional geometries
- Lightweight construction
- Internal channels or cavities
- Tight dimensional requirements
- Specific fit or interface requirements
- Structural strength
- Heat or environmental resistance
- Repeatable production
- Post-processing and finishing
- Integration with other mechanical components
Then "Experience developing small, detailed, highly engineered components is particularly valuable."
**Reverse Engineering & Design Development**: heading "Experience working from existing physical components is highly desirable." Then "Candidates May Be Required To" list:
- Take measurements from existing components.
- Recreate components in CAD.
- Develop replacement or modified designs.
- Improve existing designs.
- Create prototypes based on physical references.
- Iterate designs based on fit and function.
- Maintain accurate design revisions.
Then "Candidates should demonstrate the ability to use practical measurements and observations to develop an accurate digital model."
**Education & Experience**: heading "A technical degree, CAD certification, additive manufacturing certification, or formal technical training is preferred but may be substituted with relevant professional experience." Then "Preferred Experience 3+ years of relevant professional experience in 3D printing, additive manufacturing, CAD design, rapid prototyping, product design, or a related technical field. Candidates with strong hands-on experience and demonstrated proficiency may be considered based on their practical capabilities and previous work."
We could combine into
or
. Probably is fine.
**Security / Background Requirements**: heading "Depending on the specific assignment and contract requirements, the selected candidate may be required to:" list:
- Pass a background investigation.
- Meet U.S. citizenship or other contract-specific eligibility requirements.
- Comply with applicable government contracting, export-control, safety, and technical requirements.
Then "Specific requirements will be determined by the applicable program and contract."
**Preferred Qualifications**: heading list:
- Professional experience designing functional components for additive manufacturing.
- Experience taking a project from initial concept through finished prototype.
- Experience with precision or performance-oriented components.
- Experience designing complex geometries.
- Experience with lightweight or optimized component design.
- Experience with engineering-grade polymers or composite materials.
- Experience with multiple additive manufacturing technologies.
- Experience with reverse engineering.
- Experience with rapid prototyping and iterative product development.
- Experience with dimensional inspection and quality verification.
- Experience designing components that interface with existing mechanical systems.
- Portfolio demonstrating previous CAD and 3D-printing projects.
**Core Competencies**: list:
- 3
for prose. We need to decide what constitutes a list. Many bullet-like sentences separated by periods. We could convert each sentence into
for section headings. We could have multiple sections like Responsibilities, Requirements (maybe with sub-sections as ? Not allowed? The instruction only says use for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule). It doesn't forbid other headings, but to be safe we could use for each major section and maybe use
? Not allowed? The instruction only says use for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule). It doesn't forbid other headings, but to be safe we could use for each major section and maybe use
for each major section and maybe use
for sub-sections. However we need to keep structure clear. We could have sections: About the role, Responsibilities, Requirements (with sub-sections as
paragraphs). But we risk losing clarity. However instruction: "Prefer a few substantive sections over many thin ones." So maybe combine all requirement-like content into a single Requirements section, using
- for each distinct requirement bullet. But many are paragraphs.
We could break into sub-sections using
for each like Required Qualifications, CAD Design Requirements, etc. That would be many sections but each has substantive content. The instruction says prefer few substantive sections over many thin ones, but we can still have multiple if each is substantive. However we need to avoid creating sections with filler. Each of those sub-sections has real content. Thus we could output:
About the role
...
Responsibilities
- ...
Required Qualifications
- ...
CAD Design Requirements
- ...
3D Printing / Additive Manufacturing Requirements
- ...
Precision Prototyping & Specialized Components Experience
- ...
Reverse Engineering & Design Development
- ...
Education & Experience
...
Preferred Experience
...
Security / Background Requirements
...
Preferred Qualifications
- ...
Core Competencies
- ...
- . For paragraphs that are not list-like, we use
. Let's extract each section's content. **About the role**: we have the Position Summary paragraph. Use that as
. **Responsibilities**: we have the list above. **Required Qualifications**: list of bullet-like sentences under "Required Qualifications". Let's extract: - Professional experience with 3D printing / additive manufacturing. - Demonstrated ability to create and modify 3D CAD models. - Hands-on experience operating and troubleshooting 3D printers. - Ability to prepare CAD files for additive manufacturing. - Working knowledge of additive manufacturing processes, materials, tolerances, and print parameters. - Ability to design functional components rather than solely producing basic or decorative prints. - Ability to work from concepts, sketches, drawings, measurements, photographs, or existing components. - Understanding of how CAD design decisions affect printability, strength, weight, fit, and functionality. - Strong attention to detail and ability to produce accurate, repeatable components. - Strong troubleshooting and problem-solving skills. - Ability to work independently and manage multiple design and prototyping requirements. **CAD Design Requirements**: heading "Experience with one or more of the following CAD platforms is highly desirable:" then list: - SolidWorks - Fusion 360 - AutoCAD - Siemens NX - CATIA - Onshape - Other comparable professional 3D CAD software Then "Candidates Should Be Capable Of" list: - Creating detailed 3D models. - Designing mechanical components. - Creating assemblies. - Modifying existing designs. - Working from physical measurements. - Developing complex geometries. - Designing specifically for additive manufacturing. - Creating lightweight or optimized structures. - Incorporating dimensional requirements and tolerances. - Developing multiple design iterations. - Preparing models for production and prototyping. We could combine these into one list under CAD Design Requirements. **3D Printing / Additive Manufacturing Requirements**: heading "Hands-on experience with professional or advanced 3D printing systems is highly desirable." Then "Experience With One Or More Of The Following": - FDM / FFF - SLA / Resin - SLS - Composite 3D printing - Engineering-grade 3D printing - Large-format 3D printing - Multi-material printing - Advanced polymer printing Then "Candidates Should Have Knowledge Of": - Print orientation - Layer configuration - Support structures - Infill strategies - Wall thickness - Material selection - Print temperature and environmental considerations - Dimensional accuracy - Post-processing - Surface finishing - Strength and structural considerations - Design-for-additive-manufacturing principles Then "Experience with nylon, carbon-fiber reinforced materials, engineering polymers, ABS, PETG, PLA, advanced resins, or other performance-oriented materials is a plus." We can include that as a separate
- .
**Precision Prototyping & Specialized Components Experience**: heading "Experience developing functional, precision-oriented prototypes and components is highly desirable." Then "Candidates should be comfortable working with components that may require:" list:
- Complex or unconventional geometries
- Lightweight construction
- Internal channels or cavities
- Tight dimensional requirements
- Specific fit or interface requirements
- Structural strength
- Heat or environmental resistance
- Repeatable production
- Post-processing and finishing
- Integration with other mechanical components
Then "Experience developing small, detailed, highly engineered components is particularly valuable."
**Reverse Engineering & Design Development**: heading "Experience working from existing physical components is highly desirable." Then "Candidates May Be Required To" list:
- Take measurements from existing components.
- Recreate components in CAD.
- Develop replacement or modified designs.
- Improve existing designs.
- Create prototypes based on physical references.
- Iterate designs based on fit and function.
- Maintain accurate design revisions.
Then "Candidates should demonstrate the ability to use practical measurements and observations to develop an accurate digital model."
**Education & Experience**: heading "A technical degree, CAD certification, additive manufacturing certification, or formal technical training is preferred but may be substituted with relevant professional experience." Then "Preferred Experience 3+ years of relevant professional experience in 3D printing, additive manufacturing, CAD design, rapid prototyping, product design, or a related technical field. Candidates with strong hands-on experience and demonstrated proficiency may be considered based on their practical capabilities and previous work."
We could combine into
or
- . Probably
is fine. **Security / Background Requirements**: heading "Depending on the specific assignment and contract requirements, the selected candidate may be required to:" list: - Pass a background investigation. - Meet U.S. citizenship or other contract-specific eligibility requirements. - Comply with applicable government contracting, export-control, safety, and technical requirements. Then "Specific requirements will be determined by the applicable program and contract." **Preferred Qualifications**: heading list: - Professional experience designing functional components for additive manufacturing. - Experience taking a project from initial concept through finished prototype. - Experience with precision or performance-oriented components. - Experience designing complex geometries. - Experience with lightweight or optimized component design. - Experience with engineering-grade polymers or composite materials. - Experience with multiple additive manufacturing technologies. - Experience with reverse engineering. - Experience with rapid prototyping and iterative product development. - Experience with dimensional inspection and quality verification. - Experience designing components that interface with existing mechanical systems. - Portfolio demonstrating previous CAD and 3D-printing projects. **Core Competencies**: list: - 3