Cryogenic Design & Engineering

Lead the design and engineering of cryogenic equipment, systems, packages, and process plants.

Develop conceptual and detailed designs based on customer/process requirements.

Perform and review engineering calculations related to:

Heat transfer

Thermodynamics

Pressure drop

Fluid flow

Refrigeration/cooling requirements

Equipment sizing

Pressure vessel design

Piping and system design

Thermal insulation and heat leak

Design and review cryogenic systems for applications involving LNG, LOX, LIN, LAR, CO, hydrogen, helium, and other cryogenic/low-temperature fluids, as applicable.

Develop equipment specifications, datasheets, design calculations, and technical documentation.

Review PFDs, P&IDs;, GA drawings, fabrication drawings, piping layouts, and equipment arrangements.

Ensure designs consider operability, maintainability, safety, manufacturability, and lifecycle cost.

1. Cryogenic Equipment

Provide technical leadership in the design and development of equipment such as: Cryogenic storage tanks and vessels

Vacuum-insulated vessels

Cryogenic piping systems

Vaporizers

Heat exchangers

Cold boxes

Cryogenic pumps

Pressure-build-up systems

Gasification systems

LNG/LCNG systems

Cryogenic transfer systems

Vacuum systems

Cryogenic valves and accessories

Skid-mounted cryogenic packages

Process cooling/refrigeration systems

1. R&D; and Recent Product Development

Lead the R&D; roadmap for new cryogenic products and technologies. Identify opportunities for new products based on market and customer requirements.

Convert concepts into engineering prototypes and commercially viable products.

Lead product development from concept design prototype testing validation productionization.

Develop engineering solutions for technically challenging and customized applications.

Conduct feasibility studies and technical evaluations for new products.

Lead design improvements to existing products for performance, reliability, safety, and cost reduction.

Develop and maintain product design standards and engineering specifications.

Protect and develop the organization's technical know-how and intellectual property.

1. Thermal & Cryogenic Analysis

Perform/review thermal calculations and heat-leak analysis. Evaluate insulation systems and vacuum performance.

Analyze cryogenic operating conditions and temperature gradients.

Review thermal contraction/expansion and associated design considerations.





Evaluate material compatibility at cryogenic temperatures.

Optimize system efficiency and minimize heat ingress.

Use analytical tools and simulation software where appropriate.

1. Pressure Vessel & Mechanical Design

Lead design activities for pressure vessels and cryogenic equipment. Review vessel design calculations and mechanical integrity requirements.

Ensure appropriate material selection for low-temperature service.

Review nozzle loads, supports, foundations, lifting arrangements, and transportation considerations.

Ensure designs comply with applicable pressure-vessel and mechanical design codes.

1. Codes, Standards & Compliance

Ensure engineering designs comply with applicable national and international standards, including, as relevant:

ASME Section VIII

ASME B31.3

EN/ISO standards

API standards, where applicable

CGA standards

NFPA requirements, where applicable

PESO / statutory Indian requirements

Customer-specific engineering standards

Applicable cryogenic safety standards

Review code requirements and ensure appropriate documentation for design approval, inspection, testing, and certification.

1. Design Review & Technical Governance

Conduct formal design reviews at various stages of product/project development. Review and approve engineering calculations and drawings within delegated authority.

Establish engineering design standards, checklists, templates, and procedures.

Ensure proper design verification and validation.

Identify technical risks and implement appropriate mitigation measures.

Ensure configuration and engineering change management is properly controlled.

1. Manufacturing & Project Support

Work closely with Manufacturing, Quality, Procurement, Production, and Project teams. Provide engineering support during fabrication and assembly.

Resolve manufacturing and site-related design issues.

Review deviations and propose technically appropriate solutions.

Support inspection, testing, FAT, commissioning, and performance validation.





Provide technical assistance during installation and commissioning of cryogenic systems.

1. Vendor & Customer Technical Coordination

Evaluate technical offers from equipment and component suppliers. Review vendor drawings, calculations, datasheets, and technical documents.

Participate in technical negotiations with vendors.

Interact with customers, consultants, inspection agencies, and statutory authorities.

Lead technical discussions for customized and complex cryogenic applications.

Provide technical presentations and engineering clarifications to customers.

R&D; / Innovation Responsibilities

Develop an annual R&D; and product-development plan.

Identify opportunities for cost reduction, energy efficiency, performance enhancement, and product standardization.

Lead technology evaluation and feasibility studies.

Develop prototypes and test procedures.

Establish product validation and qualification criteria.

Analyze test results and implement design improvements.

Support patent/IP development wherever applicable.

Maintain technical documentation and lessons learned from R&D; activities.

Software & Engineering Tools

Essential / Preferred:

AutoCAD

SolidWorks / Inventor / Creo or equivalent 3D CAD software

ANSYS or equivalent simulation tools

Aspen HYSYS / Aspen Plus or equivalent process simulation tools

MATLAB / engineering calculation tools, where applicable

MS Excel advanced engineering calculations

FEA / CFD tools advantageous

Technical Competencies

Strong knowledge of

Cryogenic Engineering

Thermodynamics

Heat Transfer

Fluid Mechanics

Pressure Vessel Design

Cryogenic Piping

Vacuum Technology

Thermal Insulation

Low-Temperature Materials

Refrigeration & Gas Processing

Process Equipment Design

Mechanical Design

Product Development

Engineering Calculations

Prototype Development & Testing

Design Optimization

Failure Analysis & Troubleshooting

Personality Traits

1. Managerial Skill
2. Decision making Ability
3. Effective Planning & execution
4. Interpersonal Skills
5. Communication Skills

Keywords

Cryogenic Engineering

Thermodynamics

Heat Transfer

Fluid Mechanics

Pressure Vessel Design

Cryogenic Piping

Vacuum Technology

Thermal Insulation

Low-Temperature Materials

Refrigeration & Gas Processing

Process Equipment Design

Mechanical Design

Product Development

Engineering Calculations

Prototype Development & Testing

Design Optimization

Failure Analysis & Troubleshooting

📌 Senior Manager Design - Cryogenics & R&D (Chandigarh)
🏢 A reputed company in Delhi NCR
📍 Chandigarh