Thermal Engineering (CE100SF RM 3875)

Position: Thermal Engineering (CE100SF RM 3875)

Shift timing : 9 to 6 pm
Work Mode : WFO
Relevant Experience required : 10 +years’ experience with the design and development of complex instrumentation. Medical device preferred but not required. Willing to consider other regulated industries.
Education Required : Bachelor’s degree in mechanical engineering or related required.

Must have skills:

• Thermal Management & engineering in complex assembly
• Agile/Scrum methodologies
• 3D CAD (NX preferred)
• PLM systems
• DfSS methodologies
• Manufacturing methods including plastic injection moulding, sheet metal, castings, machining
• Building intellectual property and innovation
• New product development life cycle
• Excellent verbal & communication skills

Responsibilities

• You will drive engineering changes with a thorough understanding of Siemens internal quality procedures.
• You will be responsible for the quality of designs and work delivered to the sub-system and integration teams
• You will ensure technical and root cause problem solving by applying concepts, techniques and process’ within the scope of thermal and environmental management
• You will ensure compliance of all verification and testing procedures within project deliverables
• You will constantly work within a complex organization of sub-system teams and functions including electrical, systems, reliability, software, firmware, etc

Experience:

• You possess expertise in thermal management concepts, components, and environmental engineering for highly complex instrumentation and equipment
• You have a solid grasp of thermal engineering principles, including convection, conduction, and their practical applications
• You are knowledgeable about energy conservation and acoustic design considerations
• You have extensive design experience with thermal hardware, including thermoelectric devices (Peltier chips), heaters, cooled compartments, and thermal sensors
• You will understand the value of simulation and how to close simulation gaps by defining experiments
• You will have an extensive history of building best practices in designs, instrumentation, lab procedures, analytical tools, and documentation
• You will have experience with instrumentation, data acquisition, and uncertainty analysis
• You have a strong history of building effective engineering teams and organizational structures
• You will have a history of building intellectual property and innovation
• You will have a successful track record to new product development projects
• You will have exposure to Agile/Scrum methodologies
• You will have proficiency in 3D CAD (NX preferred) and PLM systems
• You will have working knowledge of DfSS methodologies
• You will have a strong understanding of manufacturing methods including plastic injection moulding, sheet metal, castings, machining, etc.

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