ArrowCore Group
3D (Mechanical) Design Engineer
ArrowCore Group, Austin, TX, United States
Title: 3D (Mechanical) Design Engineer
Location: Austin, TX
Duration: 6+ Mos CTH
Summary:
Our direct client is seeking a talented and detail-oriented 3D Design Engineer to join our team. This role focuses on designing and assembling 3D components for cutting-edge projects, including server rack systems, liquid cooling infrastructure, and power distribution systems. The position offers the opportunity to develop scalable designs that support innovative data hall-level projects. Candidates must demonstrate expertise in CAD software (CATIA 3D Experience and SolidWorks) and possess a strong technical background in manufacturability and system integration.
Key Responsibilities:
- Utilize **CATIA 3D Experience** and **SolidWorks** to design parts, assemblies, and mechanisms optimized for manufacturability and assembly.
- Integrate and fit 3D components with precision, focusing on server rack systems and ensuring seamless alignment.
- Develop detailed models for liquid cooling systems, including:
- Coolant distribution manifolds (CDM)
- Tubing
- Connections
- Design and optimize power distribution components such as:
- Power shelves
- Busbars
- Collaborate with cross-functional teams to ensure designs meet technical requirements and project goals.
- Create detailed documentation, including technical drawings, assembly guides, and specifications.
- (Preferred) Perform 3D simulations for design analysis and validation.
Qualifications:
- Proficiency in **CATIA 3D Experience** and **SolidWorks**.
- Extensive experience in fitting and assembling complex 3D components.
- Foundational knowledge of liquid cooling systems (CDM, tubing, connections).
- Familiarity with power distribution systems (power shelves, busbars).
- Basic understanding of electrical systems (AC/DC).
- (Preferred) Knowledge of Open Compute Project (OCP) standards.
- (Preferred) Experience with 3D simulation tools for design validation.
- Strong attention to detail, problem-solving skills, and ability to optimize designs for manufacturability.
Location: Austin, TX
Duration: 6+ Mos CTH
Summary:
Our direct client is seeking a talented and detail-oriented 3D Design Engineer to join our team. This role focuses on designing and assembling 3D components for cutting-edge projects, including server rack systems, liquid cooling infrastructure, and power distribution systems. The position offers the opportunity to develop scalable designs that support innovative data hall-level projects. Candidates must demonstrate expertise in CAD software (CATIA 3D Experience and SolidWorks) and possess a strong technical background in manufacturability and system integration.
Key Responsibilities:
- Utilize **CATIA 3D Experience** and **SolidWorks** to design parts, assemblies, and mechanisms optimized for manufacturability and assembly.
- Integrate and fit 3D components with precision, focusing on server rack systems and ensuring seamless alignment.
- Develop detailed models for liquid cooling systems, including:
- Coolant distribution manifolds (CDM)
- Tubing
- Connections
- Design and optimize power distribution components such as:
- Power shelves
- Busbars
- Collaborate with cross-functional teams to ensure designs meet technical requirements and project goals.
- Create detailed documentation, including technical drawings, assembly guides, and specifications.
- (Preferred) Perform 3D simulations for design analysis and validation.
Qualifications:
- Proficiency in **CATIA 3D Experience** and **SolidWorks**.
- Extensive experience in fitting and assembling complex 3D components.
- Foundational knowledge of liquid cooling systems (CDM, tubing, connections).
- Familiarity with power distribution systems (power shelves, busbars).
- Basic understanding of electrical systems (AC/DC).
- (Preferred) Knowledge of Open Compute Project (OCP) standards.
- (Preferred) Experience with 3D simulation tools for design validation.
- Strong attention to detail, problem-solving skills, and ability to optimize designs for manufacturability.