2 Opening(s)
3.0 Year(s) To 5.0 Year(s)
1.80 LPA TO 2.40 LPA
Responsibilities
Set daily/weekly/monthly objectives and communicate them to employees
Organize workflow by assigning responsibilities and preparing schedules
Oversee and coach employees
Ensure the safe use of equipment and schedule regular maintenance
Check production output according to specifications
Submit reports on performance and progress
Identify issues in efficiency and suggest improvements
Train new employees on how to safely use machinery and ...
1 Opening(s)
3.0 Year(s) To 7.0 Year(s)
3.60 LPA TO 4.20 LPA
A production engineer makes manufacturing processes safe, fast, and cost-effective. They design and improve workflows, fix line problems, schedule equipment maintenance, enforce quality and safety rules, and help teams meet daily production goals. [1, 2, 3, 4]
Core Responsibilities
Process Planning: Design manufacturing workflows and write clear standard operating procedures.
Line Monitoring: Track ...
- Production Engineer
- Production Executive
- Manufacturing Engineer
- Process Engineer
- Plant Engineer
- Production Officer
- Production Supervisor
- Production Incharge
- Industrial Engineer
- Operations Engineer
- Manufacturing Operations
- Production Planning
- Production Monitoring
- Process Optimization
- Production Control
- Machine Operations
3 Opening(s)
1.0 Year(s) To 3.0 Year(s)
1.44 LPA TO 1.80 LPA
Job Description:
Operate the DCS (Distributed Control System) for plants startup and shutdown operations in order to meet Company’s objectives and production targets.
Monitor and control all process parameter conditions such as flow rates, pressures, temperatures, levels, etc, through displays, graphics and trend logs.
Communicate with field operators for parameter ...
2 Opening(s)
15.0 Year(s) To 20.0 Year(s)
15.00 LPA TO 20.00 LPA
An effective job title wiil typically include a general term, the level of experience and any special requirements. The general term will optimize your job title to show up in a general search for jobs of the same nature. The level of experience will help you attract the most qualified ...
1 Opening(s)
2.0 Year(s) To 5.0 Year(s)
2.16 LPA TO 2.40 LPA
A Control Room Operator (CRO) / Assistant Engineer manages, monitors, and optimizes industrial, power plant, or facility control systems to ensure safe and continuous operations. [1]
Job Overview
Role Type: Technical / Operations / Engineering
Reports To: Production Supervisor, Chief Engineer, or Plant Manager
Primary Objective: Monitor automated systems from a central control room, ...
- Cro
- Control Room Operator
- Central Room Operator
- Control Room Officer
- Cro Engineer
- Cro Assistant Engineer
- Assistant Engineer
- Asst. Engineer
- Junior Engineer
- Jr. Engineer
- Assistant Control Room Operator
- Control Room Engineer
- Plant Control Room Operator
- Process Control Room Operator
- Shift Control Room Operator
- Control Panel Operator
- Plant Operator
- Process Operator
- Shift Operator
- Operations Engineer
- Plant Operations Engineer
- Process Engineer
1 Opening(s)
2.0 Year(s) To 5.0 Year(s)
3.00 LPA TO 4.20 LPA
A CNC Machine Incharge, also known as a CNC Supervisor or Production Supervisor for CNC/VMC machining, is responsible for overseeing the operation and maintenance of CNC machines, managing a team of operators, and ensuring efficient and high-quality production. They are involved in planning, executing, and monitoring machining operations, as well as troubleshooting ...
1 Opening(s)
3.0 Year(s) To 5.0 Year(s)
3.00 LPA TO 3.60 LPA
A Production Supervisor in a foundry plant manages daily metal casting operations. They lead floor staff, troubleshoot equipment (furnaces, molding lines), schedule shifts, and analyze production records to minimize downtime and casting defects while strictly enforcing safety and quality standards.
Key Responsibilities
Production Management: Oversee daily melting, sand preparation, molding, pouring, and ...
2 Opening(s)
1.0 Year(s) To 2.0 Year(s)
1.80 LPA TO 2.40 LPA
A CNC Operator sets up, programs, and operates Computer Numerical Control machines to fabricate precision parts. Responsibilities include translating technical drawings into machine codes, loading raw materials, monitoring cuts, inspecting finished products for quality, and performing routine equipment maintenance.
Here is a comprehensive job description template you can adapt for your ...
1 Opening(s)
2.0 Year(s) To 5.0 Year(s)
2.40 LPA TO 4.20 LPA
Machine Setup & Alignment:
Align web and flange plates accurately on the machine bed using guide rollers and hydraulic clamping systems.
Set up welding heads, ground connections, and wire feeds for the Submerged Arc Welding (SAW) process.
Parameter Configuration & Operation:
Input and adjust operational parameters via the PLC / HMI panel (such as ...
- Core Job Role Keywords: Ptw Machine Operator (pull-through / Portal Type Welding) Saw Operator (submerged Arc Welding) Heavy Structural Welder / Automation Operator H-beam / I-beam Assembly & Welding Operator Technical & Operational Keywords: Submerged Arc Welding (saw) Process Plc / Hmi Touch Screen Machine Control Welding Parameters (voltage
- Amperage
- Travel Speed
- Wire Feed) Flux Recovery & Management Systems Hydraulic Clamping & Web-flange Alignment Automated Gantry Welding Lines Engineering & Quality Keywords: Structural Steel Fabrication Drawings & Symbols Weld Bead Profile Inspection & Penetration Check Pre-engineered Building (peb) Components Overhead Cranes & Heavy Material Handling Maintenance & Safety Keywords: Contact Tip & Nozzle Maintenance Slag & Flux Clearing Shop-floor Safety & Welding Ppe (auto-darkening Helmets
- Shields) Part 2: Job Description (jd) Company: Prakash Metallics Pvt. Ltd. (or Similar Heavy Steel / Peb Manufacturing Units) Functional Area: Production / Heavy Fabrication / Structural Steel Manufacturing Position: Ptw Machine Operator (pull-through Welding / Submerged Arc Welding) Reports To: Production Supervisor / Shift In-charge 1. Job Purpose To Set Up
- Operate
- And Monitor The Automated Pull-through Welding (ptw) / Portal Type Welding Machine Utilizing Submerged Arc Welding (saw) Technology To Produce High-strength Structural H-beams And I-beams Efficiently
- Ensuring Strict Compliance With Engineering Drawings
- Quality Standards
- And Safety Regulations. 2. Key Responsibilities & Duties Machine Setup & Alignment: Align Web And Flange Plates Accurately On The Machine Bed Using Guide Rollers And Hydraulic Clamping Systems. Set Up Welding Heads
- Ground Connections
- And Wire Feeds For The Submerged Arc Welding (saw) Process. Parameter Configuration & Operation: Input And Adjust Operational Parameters Via The Plc / Hmi Panel (such As Welding Current/amperage
- Arc Voltage
- And Pull-through Travel Speed) According To Material Thickness. Monitor The Continuous Automated Welding Run To Ensure Smooth
- Uniform Bead Formation Without Arc Breaks. Flux & Wire Management: Monitor And Manage The Continuous Wire Feed Mechanisms And Electrode Spools. Operate And Maintain The Flux Recovery System To Recycle Unspent Flux And Clear Slag Effectively. Quality & Inspection: Inspect Finished H/i-beams For Correct Alignment
- Dimensional Accuracy
- Lack Of Distortion
- And Flawless Weld Penetration/bead Profile. Coordinate With Quality Control Inspectors For Destructive/non-destructive Testing Preparation Where Required. Routine Maintenance & Housekeeping: Perform Routine Pre- And Post-shift Machine Inspections. Clean Flux Hoppers
- Clear Slag/debris
- And Replace Worn-out Contact Tips Or Welding Consumables Proactively. Safety Compliance: Follow All Industrial Safety Rules
- Use Mandated Welding Ppe (helmets
- Protective Clothing
- Heat-resistant Gloves
- Safety Boots)
- And Ensure A Hazard-free Work Zone