Mechanical Engineer, Infrastructure Programs

Tesla Inc

Austin, TX

JOB DETAILS
SKILLS
Alternative Energy, American National Standards Institute (ANSI), AutoCAD, Biotech and Pharmaceutical, Blowers, Building Codes, Building Permits, Communication Skills, Conservation, Construction, Construction Drawings, Construction Support, Cost Estimates, Cross-Functional, Design Services, Engineering Procurement and Construction (EPC/EPCC/EPCM), HVAC, Heat Exchanger, Infrastructure Construction, Instrumentation, Manufacturing, Mechanical Design, Mechanical Engineering, Mentoring, Microsoft Office, Multitasking, National Fire Protection Association (NFPA), Netscape IFC (Internet Foundation Classes), Network Operations Center, Plumbing, Problem Solving Skills, Professional Engineer, Project Estimates, Project Execution, Project Planning, Project/Program Management, Pumps, Research & Development (R&D), Restaurant, Sustainability, Technical/Engineering Design
LOCATION
Austin, TX
POSTED
30+ days ago

Tesla is revolutionizing energy sustainability through cutting-edge engineering. Were seeking a Senior Mechanical Engineer to lead mechanical design efforts for groundbreaking Engineering-Procurement-Construction EPC projects. This role is pivotal in developing next-generation production infrastructure enabling unprecedented manufacturing scale and efficiency. If you thrive in fast-paced environments and are passionate about solving complex challenges this is your chance to shape the future of sustainable energy. The position is in Houston TX or Austin TX.

In this role, you will be asked to be the primary mechanical engineering lead for the design and engineering efforts to support construction of infrastructure development from concept level to production. Lead all mechanical design and concept evaluations and decisions leading to completion of construction drawings for permit and construction execution. Includes wet cooling water and dry air systems.

Manage multiple projects throughout planning, design, bid, and construction phases. Interface with external Engineering Procurement and Construction EPC firms during bid and project execution phases as needed to ensure that designs and specifications meet our Engineering Standards. Drive support staff, internal and 3rd-party engineers.

Key Responsibilities:

  • Make technical assumptions, think independently to complete assigned work, and draw conclusions based on engineering judgement
  • Effectively and proactively communicate project needs, changes, and status to internal and external team members
  • Develop and mentor less experienced engineering staff
  • Present design concepts and progress at project milestones (30, 60, 90 IFC design reviews) to stakeholders and multi-discipline teams
  • Able to develop quantity take-offs and assist with cost estimating for projects in short time frames
  • Apply engineering fundamentals and a broad set of mechanical engineering tools to solve technical problems and create novel detailed designs for a wide range of mechanical and process systems

Requirements:

  • Bachelors Degree in Mechanical Engineering or equivalent experience
  • Minimum 10 years of HVAC and Process Systems design experience
  • Registered and in good standing as a Professional Engineer (PE) with active NCEES record and ability to acquire State PE license
  • Professional design experience in a wide range of project types, including: • Industrial cooling tower systems • Chiller plants • Boiler plants • Office mission critical/data centers • Restaurant high tech/R&D • Bio-tech/pharmaceutical and industrial
  • Fundamental understanding of mechanical systems, including: • Dehumidification Units • Air Scrubbers • Dust Collectors • Heat Exchangers (shell/tube/plate/frame/brazed fin) • Chillers • Cooling Towers • Pumps • Compressors • Process gas/fluid systems • Air Handling Units • Terminal Units • Fans • Blowers • Pumps • Control Valves and Instrumentation • Hazardous Exhaust • Dehumidification Units • Heat Recovery Systems

Advanced Requirements:

  • Advanced knowledge of engineering design principles and applicable design guides and standards related to assigned engineering discipline, including: • International Codes Council (ICC) Suite of Codes • Codes (including Building Mechanical, Plumbing, Energy Conservation, Fuel Gas, and Fire Codes) • ASHRAE Handbooks and Standards • SMACNA Standards • NFPA Standards related to ASME & ANSI codes
  • Proficient in the use of various computer programs, such as: • HVAC load calculations in HAP • Microsoft Office Suite • Bluebeam • AutoCAD • Revit • Revisto • Navisworks

About the Company

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Tesla Inc