Electrical & Instrumentation Engineer

Pak Beverages (Pvt.) Ltd., a leading name in Pakistan’s beverage and FMCG sector, is seeking an experienced E & I Engineer to support its modern, automation-driven production facilities in Karachi. The role involves maintaining, troubleshooting, and optimizing PLCs, VFDs, servomotors, sensors, and field instruments while ensuring operational continuity, safety compliance, and system reliability. Candidates must have a degree in Electrical, Electronics, or Industrial Engineering, hands-on experience with industrial automation and instrumentation, knowledge of communication protocols, calibration, and troubleshooting, and the ability to work in rotational shifts. Strong technical, analytical, and coordination skills are essential.

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Electrical & Instrumentation Engineer at Pak Beverages (Pvt.) Ltd.

Company Name: Pak Beverages (Pvt.) Ltd.
Position Title: Electrical & Instrumentation Engineer
Location: Karachi (On-site)
Industry: Electrical, Instrumentation, Automation, FMCG Manufacturing
Employment Type: Full-Time
Apply Link:
• Email: hr@pakbev.com
• Official Website: http://pakbev.com/
• Google Form: Click Here

Job Offering Company Introduction

Pak Beverages (Pvt.) Ltd. is one of Pakistan’s well-known names in the beverage and FMCG manufacturing sector, recognized for its commitment to operational excellence, technological advancement, and quality-driven production processes. Over the years, the company has evolved from a traditional plant setup into a modern, fully automated production environment where electrical, instrumentation, and automation systems play a central role in sustaining efficiency and ensuring consistent product quality. With a strong focus on modern engineering principles, Pak Beverages (Pvt.) Ltd. continues to invest in high-performance equipment, digital controls, and advanced industrial technologies that support high-volume manufacturing while maintaining strict quality standards.

The company has built its reputation on reliability, consistency, and continuous improvement. Its operations rely heavily on highly qualified engineering professionals who understand the dynamics of modern control systems, PLC-based automation, industrial instrumentation, and electrical troubleshooting. This focus on technical capability enables Pak Beverages (Pvt.) Ltd. to run its facilities with minimal downtime, faster throughput, and optimized energy usage. As the beverage industry becomes more competitive, the company emphasizes automation as a strategic advantage. For this reason, it continuously seeks motivated engineering professionals who have the passion and expertise to help maintain and further enhance its automation-driven environment.

At the core of its culture, Pak Beverages (Pvt.) Ltd. values discipline, precision, and teamwork. Every department—from production and maintenance to quality assurance and supply chain—operates within a structured management system aligned with international best practices. This approach enables the company to sustain consistency across all product lines and ensure a reliable supply to its nationwide customer base. The engineering department is a critical part of this structure, playing a direct role in keeping the plant running without interruptions, identifying areas of improvement, and implementing technical solutions that support long-term growth.

The organization strongly believes in building the skills and potential of its employees. Engineering staff are encouraged to refine their abilities through hands-on work, exposure to industrial systems, and collaboration with experienced professionals. The company promotes a culture where continuous learning is considered essential, and every engineer is given a chance to enhance both technical and managerial capabilities. Whether it is process troubleshooting, system upgrades, or new technology integration, engineers at Pak Beverages (Pvt.) Ltd. gets the opportunity to work on meaningful and challenging tasks that help them grow.

One of the notable strengths of the company is its strong adherence to health, safety, and workplace discipline. The engineering staff works under well-defined safety protocols and industrial standards, especially when handling automated equipment, electrical systems, and instrumentation devices. This ensures that operations remain safe, efficient, and fully compliant with local and international regulatory requirements. By integrating safety into every stage of its processes, Pak Beverages (Pvt.) Ltd. ensures a secure environment for everyone in the facility.

In addition to safety, the company places strong emphasis on preventive maintenance, real-time monitoring, and accurate documentation. These components form the foundation of its engineering practices and help reduce downtime significantly. This systematic approach allows engineers to address issues before they develop into major breakdowns, and it ensures that machines remain in optimal working condition. Documentation is an equally important part of the engineering workflow, helping maintain traceability and providing a reference for troubleshooting, audits, and future upgrades.

Because the company operates in a high-demand industry, operational continuity is essential. Therefore, engineering teams play a major role in streamlining workflows, implementing advanced automation solutions, and maintaining the reliability of field instruments, PLC controls, VFD systems, sensors, and electrical hardware. With new technological advancements emerging rapidly, Pak Beverages (Pvt.) Ltd. continues to modernize its setup, adopting newer systems that improve overall performance and reduce operational bottlenecks.

By joining Pak Beverages (Pvt.) Ltd., engineering professionals become part of a long-established organization that values integrity, expertise, and innovation. The company continues to expand, offering various growth opportunities to individuals who demonstrate technical strength, dedication, and the ability to work collaboratively under an organized industrial environment. Its emphasis on professional development, exposure to advanced technology, and commitment to excellence make Pak Beverages (Pvt.) Ltd. is an ideal workplace for engineers aspiring to build a solid career in the electrical and industrial automation field.

This new opening for an E & I Engineer represents the company’s ongoing commitment to strengthening its technical team and maintaining high standards across all engineering divisions. With the expansion of operations and increasing reliance on advanced control systems, the role holds significant importance for supporting plant operations, ensuring reliability, and driving continuous improvements.

Job Description

The position of E & I Engineer at Pak Beverages (Pvt.) Ltd. involves a comprehensive set of responsibilities that align with the technical, operational, and safety requirements of a modern industrial environment. This role demands a professional who is not only technically proficient but also capable of working in a dynamic production setup where systems must operate with high precision and minimum downtime. The engineer will play a vital role in maintaining, troubleshooting, and optimizing electrical and instrumentation systems across the facility.

One of the primary responsibilities of the E & I Engineer is to work with industrial sensors, control systems, and automation hardware. The candidate must have hands-on knowledge of different types of sensors and field devices used in industrial automation processes. This includes proximity sensors, pressure transmitters, temperature sensors, limit switches, encoders, load cells, and other field instruments. The engineer will be responsible for ensuring these devices are installed correctly, calibrated regularly, and maintained according to operational requirements.

A major portion of the role involves working with PLCs, VFDs, and industrial networks. The engineer must have an in-depth understanding of PLC-based control systems, including logic flows, I/O mapping, troubleshooting techniques, and backup management. Familiarity with PLC programming is preferred, as it allows the engineer to contribute to system improvements, modifications, and upgrades as needed. The engineer will also work on troubleshooting PLC faults, addressing communication breakdowns, and ensuring smooth interaction between different system components.

The position also requires practical experience with VFDs and servomotor systems. The engineer will be responsible for diagnosing VFD faults, monitoring performance, and making configuration adjustments when needed. Knowledge of how VFDs control motor speed, torque, and energy consumption is essential. Understanding servomotors and their integration with control systems also plays an important role in supporting high-precision machinery within the facility.

Industrial communication protocols are another significant part of the job. The candidate should be familiar with fieldbus communication systems such as Modbus, Profibus, and other related protocols. These networks serve as the backbone of communication between devices, controllers, and SCADA systems. The ability to diagnose communication failures, connection issues, and system conflicts is crucial to maintaining operational continuity.

The E & I Engineer will also be responsible for analyzing and understanding engineering documentation. This includes reading and interpreting I/O wiring diagrams, schematics, control drawings, layout diagrams, instrument data sheets, terminal layouts, and system architecture documents. A clear understanding of these documents ensures accurate troubleshooting, installation accuracy, and coordinated work with other engineering teams.

Troubleshooting remains one of the central tasks in this role. The engineer must have a strong analytical ability to troubleshoot electrical, instrumentation, and automation problems. This includes identifying root causes, implementing corrective actions, and ensuring preventive measures are documented and followed. Troubleshooting tasks may include addressing signal faults, repairing wiring issues, verifying loop calibrations, testing PLC I/O cards, examining power distribution faults, and resolving communication errors between devices.

Another major area of responsibility is instrument calibration. The engineer must have solid knowledge of calibration techniques for pressure gauges, flow meters, transmitters, temperature sensors, and other field instruments. Proper calibration ensures accuracy, reliability, and compliance with operational standards. The E & I Engineer will document calibration results, maintain calibration records, and ensure all equipment meets performance requirements.

The engineer must also support continuous improvement initiatives within the plant. This includes identifying opportunities for energy savings, optimizing control logic, enhancing system reliability, and contributing ideas for new automation solutions. The role encourages innovation, allowing the engineer to explore practical ways to improve efficiency and reduce operational risks.

Since the company follows an organized shift-based system, the candidate must be willing to work in three rotational shifts. This ensures round-the-clock engineering support and immediate response to any technical issues that arise during production. Shift engineers collaborate closely with maintenance teams, production operators, and senior engineering staff to maintain plant stability.

Documentation is another crucial part of the job. The engineer must maintain detailed records of faults, maintenance activities, calibration logs, system upgrades, and preventive maintenance schedules. Proper documentation ensures traceability, supports audits, and helps in future troubleshooting and planning.

In addition to technical tasks, the engineer must maintain coordination with cross-functional teams. This includes working alongside production teams to understand machine performance, collaborating with mechanical teams to manage electromechanical activities, and supporting quality teams with instrumentation requirements. Good communication skills are essential for this role, as clear communication ensures safe and efficient execution of engineering activities.

The E & I Engineer will also participate in safety compliance activities. This includes following lockout-tagout (LOTO) procedures, adhering to electrical safety guidelines, and ensuring safe handling of high-voltage equipment. Safety remains an essential part of every engineering activity, and the company expects engineers to strictly observe safety protocols at all times.

Overall, this role requires a technically strong engineer who can maintain the integrity of electrical and instrumentation systems, support automation infrastructure, and contribute to operational excellence. By joining Pak Beverages (Pvt.) Ltd., the E & I Engineer will be exposed to modern industrial technologies, challenging tasks, and continuous learning opportunities that can help build a strong career in industrial automation.

Eligibility Criteria

The ideal candidate for the E & I Engineer role at Pak Beverages (Pvt.) Ltd. should possess a well-rounded combination of technical knowledge, hands-on experience, and the ability to work in a structured industrial environment. The eligibility criteria ensure that the selected candidate has the competence and readiness to take on engineering responsibilities in a demanding production facility.

The first and most essential requirement is an educational background in Electrical Engineering, Electronics Engineering, Industrial Electronics, or a closely related field. A solid academic foundation helps the engineer understand the core principles of electrical circuits, control systems, industrial automation, and instrumentation. While certifications are not mandatory, additional training in PLCs, instrumentation, industrial networks, or automation systems is considered an advantage.

Practical experience with sensors, field devices, and instrumentation is a key requirement. The candidate should be familiar with the selection, installation, troubleshooting, and calibration of different types of industrial instruments. This includes pressure transmitters, temperature sensors, limit switches, flow meters, level sensors, and proximity sensors. The ability to diagnose faulty readings, signal loss, calibration drift, or wiring issues is crucial for maintaining system integrity.

Strong knowledge of PLC-based control systems is one of the most important eligibility criteria. Candidates should understand PLC hardware, I/O modules, communication interfaces, ladder logic basics, and troubleshooting techniques. Experience with reviewing logic diagrams, interpreting rung structures, and identifying faulty I/O points is necessary. Candidates with PLC programming experience will be preferred, as programming skills allow participation in logic modifications, system upgrades, and process improvements.

Knowledge of VFDs and servomotor systems is also required. The candidate should understand how VFDs operate, how to configure parameters, monitor diagnostics, and address frequent fault codes. Troubleshooting experience with motor drives, soft starters, and servo control systems helps maintain machine reliability. Understanding motor control fundamentals and variable-speed applications is essential for supporting production machinery.

Familiarity with industrial communication protocols such as Modbus, Profibus, and Ethernet-based systems is also a key requirement. The candidate should be able to diagnose communication faults, check wiring continuity, verify device addressing, and manage network configurations. Understanding the basics of how devices exchange signals and data ensures smooth interaction between sensors, controllers, and automation systems.

A strong understanding of engineering drawings is necessary. This includes reading and interpreting I/O wiring diagrams, control schematics, instrument data sheets, panel layouts, and loop drawings. Engineers who understand documentation can troubleshoot issues faster, coordinate system changes effectively, and communicate clearly with other technical departments.

The ability to troubleshoot electrical and instrumentation faults is one of the most critical skills required for the role. The candidate must be able to logically evaluate problems, analyze symptoms, identify root causes, and implement corrective actions. Troubleshooting tasks may include diagnosing faulty inputs, identifying wiring breakdowns, testing loops, reviewing PLC diagnostics, and resolving communication errors. A systematic approach to troubleshooting is essential, as it reduces downtime and ensures reliable system performance.

Knowledge of field instrument calibration is also important. The candidate should understand calibration methods for pressure, temperature, flow, and level instruments. Calibration requires precision, accuracy, documentation, and adherence to standard procedures. A candidate with strong calibration experience ensures that instruments continue performing within required tolerances.

The engineer must also have good communication and coordination skills. The role involves working closely with production, mechanical, and quality teams. Clear communication ensures safe execution of engineering activities and smooth coordination during maintenance tasks or shutdowns.

The ability to work under pressure and in rotational shifts is required. Production facilities operate continuously, and engineering support must be available at all times. The candidate should be physically fit, punctual, and capable of working in a fast-paced industrial environment.

Candidates who demonstrate commitment to safety practices, preventive maintenance, and continuous improvement will be preferred. Awareness of safety procedures, such as lockout-tagout, electrical safety guidelines, and personal protective equipment usage, is essential for working safely in an industrial environment.

Above all, the candidate must demonstrate a professional attitude, willingness to learn, and readiness to adapt to new technologies. Pak Beverages (Pvt.) Ltd. values employees who show initiative, discipline, and dedication to maintaining high engineering standards.