Join L&T’s Heavy Engineering division in Hazira, Surat, as a Project Engineer – Production Engineering. Drive automation projects, support IoT and digital transformation, and gain hands-on experience in control panel design and PLC programming.
Job Details
| Job Title | Project Engineer – Production Engineering |
|---|---|
| Company | L&T (Larsen & Toubro) |
| Location | Hazira (Surat), India |
| Job Type | Full-Time |
| Job Reference | Engg. – Production(MFG. TECH.)LNT/-/1248019 |
| Posted On | 31 Dec 2024 |
| End Date | 29 Jun 2025 |
| Required Experience | 0 – 1 year |
| Minimum Qualification | Bachelor of Engineering (BE) |
Role Responsibilities
- Automation Projects:
- Design and develop automation projects for the Heavy Manufacturing industry.
- Support IoT, Digitalization, and Digital Transformation projects.
- Control Panel Design & System Integration:
- Design Electrical Panels (LT) and integrate industrial systems.
- Program PLC, develop applications for automation projects.
- Commissioning & Training:
- Oversee the commissioning of projects.
- Provide training and prepare operation and maintenance manuals.
Mandatory Skills
- Industrial Processes & Controls:
- Knowledge of industrial processes and control mechanisms.
- Expertise in EPD (Electrical Panel Design) and industrial wiring.
- PLC Programming & Control Systems:
- Experience in PLC programming with skills in data handling, signal processing, interrupts, PID instructions, and troubleshooting.
- Ability to work with AC drives and servo drives.
- Sensor & Actuator Knowledge:
- Familiarity with sensors (Positional, Flow, Temperature, Pressure, Level).
- Know-how of actuators (relays, contactors, motors, solenoids).
- HMI & SCADA Applications:
- Proficiency in HMI programming, tag generation, UI development.
- Experience with SCADA systems, including tag generation and protocols.
- Safety Standards:
- Knowledge of industrial safety and related devices, both human and machine safety.
- Project Management & Execution:
- Strong communication, leadership, and project planning skills.
Preferable Skills
- Advanced Automation:
- Experience with IIoT, SoC-based controllers, SBCs, and advanced sensors.
- Understanding of AI/ML, RPA, API integration.
- Programming & Data Science:
- Knowledge of Python, VB, C#, and basics of data science.
- Communication Protocols:
- Familiarity with Modbus, MQTT, and other communication protocols.
- Hydraulics & Pneumatics:
- Experience designing hydraulic and pneumatic control systems.
- Vendor Development:
- Coordination with vendors for technical assessment, IP protection, and vendor development.
Why L&T?
L&T offers a challenging and dynamic work environment where you can leverage your technical expertise in automation, control systems, and digital transformation. Be part of Larsen & Toubro, a leading name in the Heavy Engineering sector, with ample growth opportunities and hands-on experience in cutting-edge industrial projects.
Ready to Join?
Apply now and become part of L&T’s innovative engineering team in Surat.
This job posting for a Project Engineer – Production Engineering Department in the heavy manufacturing industry is designed for individuals with a strong background in automation, industrial controls, and electrical systems. While it specifies 3-6 years of experience, you can still prepare for future roles or internships by focusing on the following:
Key Skills and Knowledge Areas to Prepare For:
Mandatory Skills
- Industrial Processes & Control Mechanisms:
- Understand various industrial processes and their control mechanisms (e.g., closed-loop control, process automation).
- Electrical Panel Design & Wiring:
- Learn how to design EPD (Electrical Panels), including LT panel designing and wiring.
- Practice using CAD software for electrical drafting.
- PLC Programming & System Integration:
- Learn how to program PLCs (Programmable Logic Controllers), including basic instructions, data handling, and analog signal processing.
- Understand PLC wiring, installation, and troubleshooting.
- Mitsubishi PLC knowledge (GX Works) is a plus, so familiarize yourself with their software.
- HMI Development & SCADA Systems:
- Learn how to create HMI (Human Machine Interface) programs and develop tags, UI, and protocols for communication.
- Study the basics of SCADA systems and how to create applications for industrial automation.
- Industrial Sensors & Actuators:
- Familiarize yourself with different industrial sensors (e.g., temperature, pressure, level sensors) and their applications in automation.
- Understand the selection and interfacing of actuators like relays, contactors, and motors (e.g., servo motors).
- AC Drives and Servo Drives:
- Study the working of AC variable frequency drives (VFDs) and servo drives, including installation, wiring, and parameter settings.
- Industrial Safety:
- Learn about safety systems, including human and machine safety devices, and how they apply to industrial environments.
- Troubleshooting in a Shop-Floor Environment:
- Understand how to troubleshoot issues that arise during automation system integration and implementation.
Preferable Skills
- Automation & IIoT:
- Explore Industrial Internet of Things (IIoT) and how it interfaces with controllers, sensors, and other equipment.
- Data Science & Digital Transformation:
- Learn the basics of data science and digital transformation as it relates to manufacturing, including how data can be used for predictive maintenance, process optimization, etc.
- Programming Languages:
- Learn basic programming in Python, VB, or C# for automation, data processing, or system integration tasks.
- Communication Protocols:
- Familiarize yourself with industrial communication protocols like Modbus (RS-485, TCP/IP) and MQTT for data exchange between devices.
- AI/ML in Manufacturing:
- Learn the basics of Artificial Intelligence (AI), Machine Learning (ML), Robotic Process Automation (RPA), and API integration.
- Hydraulic & Pneumatic Systems:
- Study the design and operation of hydraulic and pneumatic systems in manufacturing processes.
- Welding & Fabrication:
- Understand the different types of welding and fabrication processes used in manufacturing.
- Vendor Coordination & Technical Assessment:
- Understand how to work with vendors for technical assessments and how to navigate legal aspects like Intellectual Property (IP) protection.
How to Prepare:
- Online Learning Platforms:
- Use platforms like Coursera, Udemy, and LinkedIn Learning to take courses on automation, PLC programming, HMI development, industrial safety, and other relevant topics.
- Hands-on Practice:
- Try building small PLC projects or experiment with open-source automation platforms like Arduino or Raspberry Pi for practical exposure.
- Set up basic sensor integration and motor control systems to understand real-world applications.
- Understand Industry Standards:
- Familiarize yourself with national and international standards for industrial automation and control systems, especially those that relate to electrical safety and panel design.
- Case Studies:
- Study case studies in digital transformation and IoT applications within the manufacturing industry to understand how businesses are using these technologies to optimize processes.
- Certifications:
- Consider pursuing certifications in PLC programming, industrial automation, and HMI/SCADA systems from reputable institutions or manufacturers like Siemens, Rockwell, or Mitsubishi.
Preparing for Interviews:
- Technical Questions: Be ready to answer questions about PLC programming, control panel design, sensor and actuator selection, troubleshooting methods, and industrial safety protocols.
- Problem-solving: Expect case-based questions that test your ability to integrate automation systems and solve real-world production issues.
- Communication & Teamwork: Prepare to discuss how you work with vendors, senior management, and cross-functional teams to complete projects.
- Project Planning & Execution: Be ready to explain how you would approach an automation project from inception to commissioning, including timelines, risks, and challenges.
By focusing on these technical skills and knowledge areas, you’ll be well-prepared to pursue roles in automation and production engineering. Let me know if you need further guidance or specific resources to enhance your preparation!
