⚠️Only available for residents of Dallas, TX, USA⚠️
Our client is a multinational company specializing in information technology (IT), business process outsourcing (BPO), and consulting services.
Global Presence: Operates in over 90 countries with delivery centers worldwide.
Employees: Over 160,000 professionals globally.
Services and Offerings
- IT Services: Software development, IT consulting, cloud services, data analytics, and cybersecurity.
- Digital Transformation: AI/ML integration, IoT solutions, and blockchain services.
- Telecom Solutions: A significant focus area, including 5G technology and network transformation.
- Enterprise Solutions: ERP (Enterprise Resource Planning) systems, CRM (Customer Relationship Management), and supply chain solutions.
- BPO Services: Customer service, finance and accounting outsourcing, and HR services.
The company is known for its innovation in digital transformation, cloud computing, and AI-driven solutions.
Key Partnerships
Strategic alliances with companies such as:
- Microsoft
- Amazon Web Services (AWS)
- Google Cloud
- SAP
- Oracle
Customer: Flowserve (Manufacturing customer)
Job Title: Reliability Analysis Engineer
Location: Dallas, TX
Remote/Onsite: Day 1 onsite at customer location
Only Contracting: $66/hr
Acceptable Visa: USC/GC/H1 (No Transfer)
JD:
- Design for reliability through statistical approach.
- New Product has completed successfully 200 hours of endurance testing
- New Product in operation at field site currently
- Criticality of reliability and uptime is value driver for customer and most important
- Identify process conditions and possible related loading conditions or environmental which lead to failure modes
- The product has several system elements and part of a large system.
- Much data has been gathered but the product has been operating for small amount of time relatively. Expected to run much longer (order of magnitude) than what it has already.
- There have been a couple of events that have caused stoppage of operation to date. So limited data points.
- Using the data available and ongoing data from field, using statistical analysis identify modes of failure and life expectation with confidence levels through weibul approach and reliability software tools such as reliasoft.
- After output of analysis give input to key design improvement and future testing approach including HALT.