Supports the design, specification, procurement, and execution of static equipment, rotating equipment, and package units for chemical and industrial process plants. Responsibilities include preparing technical specifications and data sheets, evaluating vendor proposals, reviewing documentation, performing equipment calculations, coordinating multidisciplinary design activities, troubleshooting equipment, supporting field work, and participating in HAZOP and design reviews. The role requires travel of up to 20% for project support, inspections, and site visits.
Senior Mechanical Engineer
Work Arrangement: Hybrid — four days per week in the office and one day working remotely.
About us:
thyssenkrupp nucera offers world-leading technologies for high-efficiency electrolysis plants in both chlor-alkali and green hydrogen applications. As part of thyssenkrupp’s Decarbon Technologies segment, the company brings extensive engineering, procurement, and construction expertise in electrochemical plants, supported by a strong track record of more than 600 successfully installed projects with a total rating of over 10 gigawatts. Building on more than 50 years of chlor-alkali experience, thyssenkrupp nucera is expanding water electrolysis technology to produce green hydrogen at industrial scale for green value chains and an industry powered by clean energy.
Job Summary:
thyssenkrupp nucera is seeking a Senior Mechanical Engineer experienced with static equipment,
rotating equipment, and/or package units to support the design, specification, and execution of
engineering tasks in a multi-discipline team environment. The role focuses on delivering engineering
solutions for static equipment, rotating equipment, and package units. This includes tanks, vessels,
pumps, compressors, and various package units commonly found in chlorine plants, for small to
medium-sized projects. The position is based in Houston, TX, and may require up to 20% domestic and
international travel for project support, vendor inspections, and site visits.
Key Responsibilities:
- Support the design and selection of for static equipment, rotating equipment, and package units, ensuring compliance with project specifications, industry standards, and regulatory requirements.
- Prepare technical specifications, data sheets, and requisition packages for equipment.
- Evaluate vendor proposals and provide technical recommendations for procurement decisions.
- Coordinate with multidisciplinary teams to integrate equipment into overall plant designs.
- Perform engineering calculations and analysis related to equipment performance and reliability.
- Assist in troubleshooting equipment issues and support field activities, including installation,commissioning, and maintenance.
- Review vendor drawings and documentation for compliance with project requirements.
- Participate in HAZOP, design reviews, and operability assessments to enhance equipment reliability and performance.
- Bachelor of Science degree from an ABET accredited program in Mechanical Engineering, required.
Required Qualifications:
- Minimum of 4 years of experience in equipment engineering within power, petrochemical, chemical plants, or heavy industrial process industries.
- Passed Fundamentals of Engineering (FE) Exam in the Mechanical discipline, or willingness to sit exam.
- Engineer-in-Training (EIT) certification, or ability to obtain certification, for the Mechanical discipline.
- Knowledge of relevant industry codes and standards, including API, ANSI, ASME, and ISO.
- Experience with equipment design, specification, operation, and troubleshooting.
- Proficiency in AutoCAD and engineering software for equipment specification.
- Strong analytical, problem-solving, and communication skills.
- Ability to work independently with minimal supervision and collaborate effectively in a teamenvironment.
- Proficiency in Microsoft Office and remote collaboration tools.
- NCEES Record.
- Model Law Engineer (MLE) designation on NCEES record.
- Professional Engineer (PE) licensure in the Mechanical discipline with ability to obtain additional licenses.
- Prolonged periods of sitting at a desk and working on a computer.
- Must be able to lift up to 15 pounds occasionally.
- Ability to travel and work on-site as needed, including industrial plant environments
What We Offer:
thyssenkrupp nucera USA offers a competitive total rewards package designed to support employees’ health, financial well-being, and work-life balance. Benefits available to eligible employees may include:
- Medical, dental, and vision insurance
- Employer-sponsored retirement plan
- Paid time off and company-paid holidays
- Short- and long-term disability coverage
- Life and accidental death and dismemberment insurance
Our Commitment to Diversity: thyssenkrupp nucera USA is an equal opportunity employer. We consider qualified applicants for employment without regard to race, color, religion, sex, national origin, age, disability, genetic information, sexual orientation, gender identity, protected veteran status, or any other characteristic protected by applicable law.
Similar Jobs
Computer Vision • Hardware • Machine Learning • Robotics • Software
Lead the design, analysis, prototyping, testing, and documentation of rotary and linear actuators for humanoid robots. Collaborate cross-functionally, mentor junior engineers, perform FEA and DVP&R, create GD&T drawings and BOMs, support pilot builds, and optimize designs for scalability and design for manufacture and assembly.
Top Skills:
Bill Of Materials (Bom)CadCreoDfmaDvp&RElectromechanical PackagingFeaGd&TLinear TransmissionsMotor Control SystemsNxPcb LayoutPlanetary GearsRoboticsSolidworks
Manufacturing
Leads complex mechanical automation, configurator, CAD, product-platforming, and engineering workflow initiatives from architecture through deployment and lifecycle support. Establishes automation standards, validation methods, reusable frameworks, and configuration practices while resolving integration and data issues. Manages large technical projects, influences cross-functional stakeholders, mentors engineers, and advances scalable engineering automation across product families.
Top Skills:
APIsCadConfiguration PlatformsEngineering Data Management SystemsPdmPlmScriptingSystems Integration
Professional Services • Consulting
Own mechanical engineering for purpose-built factory machinery, automated cells, tooling, and electromechanical subsystems from concept through installation. Design precision mechanisms, integrate motion hardware and controls, and retrofit inspection equipment. Collaborate with software engineers, machinists, vendors, and multidisciplinary teams. Spend most of the week designing, with remaining time dedicated to assembly, validation, and laboratory debugging.
Top Skills:
3D CadAutomationCreoElectromechanical SystemsGd&TMulti-Axis Motion SystemsNxOpticsPrecision MechanismsRoboticsSolidworks
What you need to know about the Austin Tech Scene
Austin has a diverse and thriving tech ecosystem thanks to home-grown companies like Dell and major campuses for IBM, AMD and Apple. The state’s flagship university, the University of Texas at Austin, is known for its engineering school, and the city is known for its annual South by Southwest tech and media conference. Austin’s tech scene spans many verticals, but it’s particularly known for hardware, including semiconductors, as well as AI, biotechnology and cloud computing. And its food and music scene, low taxes and favorable climate has made the city a destination for tech workers from across the country.
Key Facts About Austin Tech
- Number of Tech Workers: 180,500; 13.7% of overall workforce (2024 CompTIA survey)
- Major Tech Employers: Dell, IBM, AMD, Apple, Alphabet
- Key Industries: Artificial intelligence, hardware, cloud computing, software, healthtech
- Funding Landscape: $4.5 billion in VC funding in 2024 (Pitchbook)
- Notable Investors: Live Oak Ventures, Austin Ventures, Hinge Capital, Gigafund, KdT Ventures, Next Coast Ventures, Silverton Partners
- Research Centers and Universities: University of Texas, Southwestern University, Texas State University, Center for Complex Quantum Systems, Oden Institute for Computational Engineering and Sciences, Texas Advanced Computing Center
