Design Engineer

Technoforce Solutions; Nashik District; On-site; INR 600,000 - 1,200,000; Full time

Job summary

Technoforce Solutions in Nashik is seeking a Mechanical Design Engineer to design pressure vessels, reactors, and heat exchangers in line with codes and customer specs. You will perform calculations, create 3D models, and produce detailed drawings for safe, reliable equipment.

The role requires proficiency in Solid Edge, PV Elite, and STAAD.Pro, with strong problem-solving and communication skills. Collaboration with production and quality teams is essential.

Qualifications

• Strong fundamentals in mechanical engineering and design principles.
• Ability to interpret engineering codes, standards, and customer specifications.
• Practical understanding of fabrication, welding, machining, and assembly processes.
• Ability to independently execute assigned design activities within agreed timelines.
• Willingness to learn new engineering tools, technologies, and design methodologies.
• Proactive approach to problem-solving, cost optimisation, and continuous improvement.

Responsibilities

• Design static equipment such as pressure vessels, reactors, and heat exchangers in accordance with applicable codes, standards, customer specifications, and project requirements.
• Perform mechanical design calculations, evaluate design requirements, and prepare technical documentation to ensure the safety, reliability, and performance of equipment.
• Optimise equipment and component designs to improve cost-effectiveness, material utilisation, manufacturability, and standardisation.
• Perform FEA or first-principles engineering calculations wherever conventional code formulae are not applicable or detailed stress analysis is required.
• Perform structural analysis and design of equipment supporting structures using STAAD.Pro, considering applicable loading conditions and design standards.
• Develop 3D models, assembly models, general arrangement drawings, and detailed manufacturing drawings using appropriate CAD software.
• Apply engineering knowledge to the design of rotary equipment components, considering strength, functionality, manufacturing feasibility, and operational requirements.
• Establish and maintain internal design standards, calculation templates, and standard component designs to improve engineering efficiency and consistency.
• Coordinate with production and fabrication teams to ensure designs are practical, fabrication-friendly, and easy to assemble.
• Resolve design-related technical queries arising during manufacturing and incorporate necessary engineering modifications.
• Work collaboratively with cross-functional teams to ensure timely completion of design activities and project deliverables.
• Review engineering drawings, calculations, and design documents to ensure accuracy, completeness, and compliance with project requirements.

Skills

Mechanical design

Pressure vessel design

Analytical thinking

Problem solving

Communication skills

Engineering calculations

Independent execution

Tools

Solid Edge

PV Elite

STAAD.Pro

FEA software

Job description

Role & responsibilities

• Awareness of ASME codes, standards, specifications, and applicable engineering practices.
• Good knowledge of the design of pressure vessels, reactors, and heat exchangers.
• Good knowledge of the design of equipment supporting structures, platforms, and steel structures.
• Knowledge of mechanical design of rotary equipment components and parts.
• Proficiency in 3D modelling software, preferably Solid Edge.
• Working knowledge of pressure vessel design software such as PV Elite.
• Knowledge of Finite Element Analysis (FEA) and structural analysis tools.
• Working knowledge of STAAD.Pro for structural analysis and design.
• Good analytical, problem-solving, and engineering calculation skills.
• Decent verbal and written communication skills.
• Ability to coordinate effectively with design, production, quality, and project teams.

Key Responsibilities

1. Design static equipment such as pressure vessels, reactors, and heat exchangers in accordance with applicable codes, standards, customer specifications, and project requirements.
2. Perform mechanical design calculations, evaluate design requirements, and prepare technical documentation to ensure the safety, reliability, and performance of equipment.
3. Optimise equipment and component designs to improve cost-effectiveness, material utilisation, manufacturability, and standardisation.
4. Perform FEA or first-principles engineering calculations wherever conventional code formulae are not applicable or detailed stress analysis is required.
5. Perform structural analysis and design of equipment supporting structures using STAAD.Pro, considering applicable loading conditions and design standards.
6. Develop 3D models, assembly models, general arrangement drawings, and detailed manufacturing drawings using appropriate CAD software.
7. Apply engineering knowledge to the design of rotary equipment components, considering strength, functionality, manufacturing feasibility, and operational requirements.
8. Establish and maintain internal design standards, calculation templates, and standard component designs to improve engineering efficiency and consistency.
9. Coordinate with production and fabrication teams to ensure designs are practical, fabrication-friendly, and easy to assemble.
10. Resolve design-related technical queries arising during manufacturing and incorporate necessary engineering modifications.
11. Work collaboratively with cross-functional teams to ensure timely completion of design activities and project deliverables.
12. Review engineering drawings, calculations, and design documents to ensure accuracy, completeness, and compliance with project requirements.

Expected Competencies

• Strong fundamentals in mechanical engineering and design principles.
• Ability to interpret engineering codes, standards, and customer specifications.
• Practical understanding of fabrication, welding, machining, and assembly processes.
• Ability to independently execute assigned design activities within agreed timelines.
• Willingness to learn new engineering tools, technologies, and design methodologies.
• A proactive approach to problem-solving, cost optimisation, and continuous improvement.

Performance Expectations

• Accurate and timely completion of design calculations and drawings.
• Compliance with applicable codes, standards, and customer specifications.
• Reduction of design errors, manufacturing rework, and unnecessary material consumption.
• Improvement in design standardisation and engineering efficiency.Effective coordination with production and other departments.
• Timely resolution of design-related manufacturing issues.