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Temp Computer Aided Design Jobs in Norfolk, VA (NOW HIRING)

Perform construction layout; * Assist with office tasks including, but not limited to CAD drafting, data download, deed and map research, and filing; * Maintain survey equipment and initiate repairs ...

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Temp Computer Aided Design information

What is a temp computer aided design?

Temp Computer Aided Design (CAD) jobs are temporary positions where professionals use software to create technical drawings, models, or plans for a variety of industries such as architecture, engineering, or manufacturing. These roles typically involve assisting with design projects for a set period, often to cover increased workload or specific projects. Temp CAD professionals must be proficient in CAD software and able to quickly adapt to different team workflows and project requirements. Such positions can be a great way to gain experience, build a portfolio, and network within the industry.

What are the key skills and qualifications needed to thrive as a temp computer aided design professional?

To thrive as a Temp Computer Aided Design professional, you need proficiency in drafting, technical drawing, and a solid understanding of engineering or architectural principles, typically supported by relevant coursework or an associate degree. Familiarity with industry-standard CAD software like AutoCAD, SolidWorks, or Revit is essential, and certifications in these tools can be advantageous. Attention to detail, effective time management, and the ability to communicate technical information clearly are crucial soft skills. These capabilities ensure accurate and timely design deliverables, seamless collaboration with project teams, and successful adaptation to short-term assignments.

What are some common challenges faced by temp computer aided design professionals, and how can they be managed?

Temp CAD professionals often encounter the challenge of quickly adapting to new project requirements and unfamiliar company standards. They may need to learn different CAD software versions or workflows in a short timeframe, while collaborating with permanent team members who have established routines. To manage these challenges, it's helpful to communicate proactively with supervisors, seek clarification on project expectations early, and leverage any onboarding resources provided. Staying organized and being flexible can also help temp CAD professionals integrate smoothly and contribute effectively to diverse teams.

What is the difference between Temp Computer Aided Design vs Temp Drafting Technician?

AspectTemp Computer Aided DesignTemp Drafting Technician
CredentialsCAD certification, technical diplomaDrafting certification, technical diploma
Work EnvironmentDesign offices, engineering firmsArchitectural, engineering, manufacturing settings
Industry UsageDesign and engineering projectsConstruction, manufacturing, architecture

Temp Computer Aided Design professionals focus on creating detailed 3D models and technical drawings using CAD software, often for engineering or product design. Temp Drafting Technicians typically produce 2D drawings and sketches for construction or manufacturing. While both roles require technical drafting skills and certifications, CAD specialists tend to work on complex digital models, whereas drafting technicians focus on precise 2D documentation.

Can you work remotely as a Temp Computer Aided Design?

Temp Computer Aided Design (CAD) roles can sometimes be performed remotely, especially if the job involves using CAD software like AutoCAD or SolidWorks on a computer. However, remote work availability depends on the employer’s policies, project requirements, and whether on-site collaboration is necessary. Candidates should verify remote options with the hiring company during the application process.

What jobs can you do with computer-aided design?

A Temp Computer Aided Design (CAD) professional can work in fields such as architecture, engineering, product design, and manufacturing, creating detailed technical drawings and 3D models using CAD software like AutoCAD or SolidWorks. These roles often require knowledge of design principles, technical standards, and proficiency with CAD tools, and may involve collaboration with engineers, architects, or production teams.

What are the most commonly searched types of Computer Aided Design jobs in Norfolk, VA?

The most popular types of Computer Aided Design jobs in Norfolk, VA are:

What cities near Norfolk, VA are hiring for Temp Computer Aided Design jobs?

Cities near Norfolk, VA with the most Temp Computer Aided Design job openings:

(C) Senior Electrical CAD Designer

The McHenry Management Group, Inc

Newport News, VA • On-site

Full-time

Re-posted 14 days ago


Job description

Job Type
Full-time
Description
Background check and drug screening are requirements of this position. Contingent on client approval.
• The Senior Electrical CAD Designer will support the development of 2D shipboard electrical power and control schematics, automation diagrams, and associated documentation.
• This role is focused on delivering clear, detailed, and standards-compliant CAD deliverables that support engineering design, vendor interfacing, fabrication, and installation for shipboard systems.
Requirements
CAD Drafting & Documentation
• Produce 2D shipboard power and control schematics (single-line diagrams, wiring diagrams, panel layouts) that reflect engineering intent, vessel architecture, and installation requirements.
• Develop PLC system schematics, including I/O layout, power feeds, reference designators, signal sets, and interface points with power and control systems.
Implement and maintain strict drafting standards and best practices such as:
• Layer management, line types, fonts, and text styles
• Drawing organization, annotation clarity, and scale consistency
• Use of viewports, title blocks, and reference callouts for fabrication and installation readiness
• Generate and revise CAD drawings based on engineering review comments, change requests, and vendor data.
Standards Compliance & Quality
• Organize and maintain clean, consistent CAD deliverables that support electrical design and installation across shipboard zones.
• Ensure drawings are suitable for fabrication and installation teams with accurate detail, notes, and dimensions.
• Adhere to internal company CAD standards and electrical drafting conventions tailored for marine power and control systems.
Coordination & Support
• Work closely with electrical engineers and automation engineers to interpret design requirements, schematics, and specification inputs.
• Support design reviews by preparing updated CAD deliverables and incorporating feedback from multidisciplinary teams.
• Communicate technical questions and suggestions clearly to engineering staff to resolve drawing ambiguities.
Physical Job Requirements
1. Perform onboard field verification and redline walkdowns of drawings and installations
2. Climb ladders and access multiple levels of the vessel for layout validation
3. Enter confined or congested areas (cableways, piping routes, structural zones)
4. Stand and walk for moderate durations during surveys and coordination efforts
5. Carry laptops, drawing sets, or tablets (10-15 lbs) onboard
6. Work in low-light, high-noise, or restricted-access areas as required
7. Wear required PPE and safely navigate active shipyard and vessel environments
Education/Certification Requirements:
• Demonstrated experience producing shipboard electrical power and control schematics and related technical drawings.
• Strong proficiency in 2D CAD software, such as AutoCAD or equivalent, with a track record of producing high-quality electrical schematic and detail drawings.
• Solid understanding of drafting standards and practices, including effective layer management, line types, plotting, use of viewports, and drawing to scale.
• Ability to produce clear, consistent, and well-organized electrical drawings that support construction and installation activities.
Preferred
• Hands-on experience or familiarity with PLCs and associated hardware, including schematic development for inputs, outputs, power, and control interfaces.
• Background working in marine or industrial environments with multidisciplinary engineering teams.
• Familiarity with electrical schematic conventions used for power distribution, control logic, and automation documentation.