Experience: FIVE or more years of Pressure Vessel related experience .Experience with ASME Section VIII Div. 1, Div. 2, and/or Section XII codes Experience with ASME B31.3 Piping Code required Education: Bachelor in Mechanical Engineering Annual bonus Provident fund Health insurance
Pressure Vessel Engineer(design or production ) Position: Pressure Vessel Design/production Engineer Location: VASANT FABRICATORS PVT LTD,CHHAPI(BANASKANTHA) OR AHMEDABAD,GUJARAT Department: Operations Direct Report: TECHNICAL DIRECTOR Status: Full-Time Purpose: This position is Responsible for conducting all phases of pressure vessel and pressure system (PV/S) design, fabrication, repair, alteration, testing, inspection, and fitness-for-service analysis. Responsibilities: Conducts reviews of vendor drawings, calculations and other documentation. Completes mechanical, thermal, and structural design and related analysis of pressure vessel assemblies identify specific pressure vessel services they have been responsible for such as drums, vessels, columns, column internals, filters and coalesces, storage tanks, storage tank, chemical tank, food grade tanks etc. and be able to demonstrate experience specifying, evaluating bids and reviewing vendor drawings for such equipment Completes testing and submission of pressure vessel components for client approval Prepares and/or assists chief estimator in the preparation of cost estimates, quantity take-offs and equipment count for proposals, forecasts and change orders Design and analysis of composite components Manufacturing support of pressure vessel systems Failure analysis of pressure vessel systems Pressure vessel design and analysis Pressure vessel piping design and analysis Develop and test pressure vessel assemblies under client specifications Physical Requirements: Ability to to wear and properly utilize task specific personal protective equipment (PPE) to work or visit within areas where it is required This includes hard hat, safety glasses, life vest, respirators, ear plugs, steel toed shoes, or other protective equipment as required by the work performed and location the work is being done Ability to sitting for long periods of time, sometimes up to 4-6 hours Ability to tolerate exposure to computer screens and cellular telephone screens Ability to walk, step, climb or otherwise move from one location on the job site to another, and normally involves physically getting into and out of equipment through the use of vertical mounted ladders up to and including 10 or more in height Ability to visually see equipment operations well (either naturally or with corrective lenses) Ability to stand, stoop, kneel, squat, climb, and sit for long periods of time as require by work being performed Ability to complete repetitive movements by feet, shoulders, arms, wrists, hands and back in performance of work Ability to lift 25 lb. objects occasionally Ability to carry 25 lb. objects occasionally Ability to adapt to outdoor conditions and prolonged exposure to sometimes adverse weather conditions Ability to tolerate exposure to working outdoors in all-weather conditions Ability to work more than 40 hours in any given week including weekend assignments and holidays as required Knowledge, Skills, and Abilities: Must possess strong working knowledge of Microsoft Office Suite Products including Word, Excel, Outlook, and Microsoft Project Must possess knowledge of ASME codes, and API standards, such as ASME Section VIII Div1 & 2 codes, API 650/620, API 579 and other industry codes and standards typically used in Pressure Vessel design Must possess broad knowledge of the application of Engineering to plant constructability as applied to construction methods and materials Must be self-motivated, hands on type of personality Musty possess knowledge of non destructive testing (NDT) methods and practices including (VT) visual inspection and taking (UTT) ultrasonic thickness measurements Must possess general understanding of Engineering planning and control methods Must possess 3D modeling skills in software such as SolidWorks, AutoCad Familiarity with Compress design software preferred but not required. Ability to work with minimal direct supervision of day-to-day tasks (issue datasheets, material requisitions, bid evaluations) to meet project goals for cost and schedule Ability to apply flexibility in handling challenging multi-tasking workload Ability to design for manufacture Ability to work with cross-functional, multidisciplinary teams EPC (Engineering, Procurement, Construction) experience is preferred Experience: Three (5) or more years of Pressure Vessel related experience in Oil and Gas industry required Experience participating in model reviews and equipment walk down at vendors shop required Experience coordinating with internal partners, clients, and inspectors to resolve comments resulting from model reviews and equipment walkdowns required Experience with ASME Section VIII Div 1, Div 2, and/or Section XII codes Experience with ASME B31.3 Piping Code required Experience with field installation / commissioning activities for pressure vessels is preferred Licenses or Certifications: OSHA 30/NDT-2 Certification Preferred Education: BE/B-TECH in Mechanical Engineering/industrial engineering Travel: Travel is required on an as needed basis Compensation/Benefits: The Company offers competitive salaries, benefit programs and a high paced professional workplace conducive to professional growth and development.
A production manager for pressure vessels oversees daily shop floor operations, managing staff to ensure safety, quality, and adherence to code standards (like ASME) throughout the fabrication process, from material preparation to final delivery . Key responsibilities include managing production schedules, implementing quality control procedures, ensuring compliance with industry codes and safety guidelines, improving production processes, and leading the production team to meet targets and deadlines. Key Responsibilities Production Planning & Scheduling: Develop and manage production schedules from order receipt to delivery, ensuring efficient workflow and timely completion of projects. Shop Floor Management: Oversee daily operations, supervise production teams (supervisors, engineers, technicians), assign tasks, and monitor progress. Quality Assurance: Implement and maintain strict quality control processes, conduct inspections, and ensure pressure vessels meet all required specifications and safety standards. Code & Safety Compliance: Ensure all production activities, from material handling to welding and assembly, adhere to relevant codes (e.g., ASME Section VIII), industry standards, and health and safety regulations. Process Improvement: Identify and implement process improvements to enhance product quality, increase efficiency, reduce downtime, and foster continuous improvement. Team Leadership: Motivate and guide the production team, ensuring high morale and efficient collaboration to meet daily and project targets. Issue Resolution: Promptly address production issues, delays, or defects to minimize disruption and maintain production flow. Reporting & Documentation: Maintain records, track key performance indicators (KPIs), and provide regular reports on production output and performance to management. Required Skills & Knowledge Technical Expertise: In-depth knowledge of pressure vessel fabrication processes, welding, material preparation, and inspections. Code Compliance: Familiarity with pressure vessel codes (e.g., ASME Section VIII), fabrication standards, and non-destructive testing (NDT) procedures. Leadership & Management: Strong leadership, organizational, and problem-solving skills to effectively manage people and processes. Quality Control: Expertise in quality assurance and quality control processes for heavy fabrication. Software Proficiency: Familiarity with MS Office, Enterprise Resource Planning (ERP) systems, and production planning tools. Communication: Excellent communication skills to collaborate with various stakeholders, including quality control, engineering, and production staff. Preferred candidate profile strong candidate for a Pressure Vessel Production Manager possesses a Bachelor's degree in Mechanical or Industrial Engineering, 5-10 years of fabrication and vessel manufacturing experience, deep knowledge of ASME codes, welding, and metal fabrication processes, proven leadership and project management skills, proficiency with quality systems (like ISO) and safety regulations, and strong communication and problem-solving abilities . Education & Experience Education: A Bachelor's degree in Mechanical or Industrial Engineering is highly preferred. Experience: At least 5-10 years of experience in heavy fabrication, with a specific focus on pressure vessel manufacturing, is required. Supervisory Experience: A proven track record of at least 2-5 years in a management or supervisory role is essential. Technical Skills & Knowledge Pressure Vessel Manufacturing: Deep understanding of the entire process, including design (e.g., ASME Section VIII), materials, and welding procedures. Welding and Fabrication: Strong knowledge of welding, metal fabrication, and machining. Quality Management: Proficiency with quality standards, such as ISO 9001, and experience with quality control systems. Health & Safety: In-depth understanding of safety regulations and best practices in a manufacturing environment. Process Optimization: Familiarity with lean manufacturing principles and continuous improvement methodologies. Soft Skills Leadership & Management: Ability to inspire, motivate, and effectively manage a team. Problem-Solving: Strong analytical and decision-making skills to identify and resolve production challenges. Communication: Excellent interpersonal and communication skills for collaborating with teams and stakeholders. Organizational Skills: Exceptional ability to manage production schedules, workflows, and time effectively. Software & Tools Production Management Software: Familiarity with ERP systems and other industry-specific tools is a plus. MS Office: Proficiency in Microsoft Office Suite, particularly Excel, for reporting and data analysis.
A Design Engineer for pressure vessels and tanks is responsible for the design, analysis, and documentation of equipment that holds fluids or gases under pressure . Key duties include creating detailed drawings using CAD software, performing design calculations, selecting materials, and ensuring compliance with industry codes like ASME. This role requires collaboration with various teams, including manufacturing, procurement, and clients, to deliver safe and reliable products. Key responsibilities Design and analysis: Perform mechanical, thermal, and structural design and analysis for pressure vessels, storage tanks, and other related static equipment. Drafting and documentation: Create detailed design calculations, fabrication drawings, 3D models (using software like AutoCAD or SolidWorks), and Bills of Materials (BOMs). Code compliance: Ensure all designs adhere to relevant industry standards and regulations (e.g., ASME, API, PD5500) and safety rules. Material selection: Select appropriate materials, thickness, and welding procedures based on design specifications and operating conditions. Collaboration: Work with cross-functional teams, including project managers, clients, and other engineers, to define requirements and solve problems. Technical support: Provide technical support during fabrication, inspection, and testing phases. Review and revision: Review vendor drawings, calculations, and other documents. Revise designs based on feedback from clients, manufacturing, or testing. Qualifications and skills Education: Bachelor's degree in Mechanical Engineering is typically required. A Master's degree and/or Professional Engineer (PE) license is often preferred. Experience: Several years of experience in pressure vessel design are often required. Technical skills: Strong knowledge of pressure vessel design codes (e.g., ASME Section VIII) and international codes. Proficiency with CAD software (e.g., AutoCAD, SolidWorks). Familiarity with welding procedures and testing requirements. Soft skills: Strong communication, problem-solving, and analytical skills are essential.