Engineering Manager

Job highlights

• Job_Description":" . We are seeking an Engineering Manager with 12+ years of experience to lead multidisciplinary engineering activities across Piping,Mechanical,Civil/Structural,Electrical,and Instrumentation
• Preferred / Advantageous
• . - . 12 + years of\ progressive engineering experience . - .

Job_Description":"

We are seeking an Engineering Manager with 12+ years of experience to lead multidisciplinary engineering activities across Piping, Mechanical, Civil/Structural, Electrical, and Instrumentation. The role is responsible for overseeing engineering planning, execution, and quality while ensuring effective interdisciplinary coordination, timely project delivery, budget control, and compliance with international standards and client specifications. The Engineering Manager will serve as the technical authority on projects and play a key role in strengthening Sayantrik\position as a trusted engineering partner in the Energy, Power, and Chemicals sectors.

Requirements

**KEY RESPONSIBILITES:

**Engineering Leadership & Technical Authority

- Act as the overall\ technical head for all active and upcoming projects across Energy, Power, and\ Chemical sectors.

- Establish and enforce\ engineering standards, design philosophies, and best practices across all\ disciplines.

- Review and approve critical\ engineering deliverables including design basis, equipment datasheets,\ P&IDs, layout drawings, and specifications.

- Provide technical direction\ during FEED, detailed engineering, and PMC phases of projects.

- Drive innovation in\ engineering processes, tools, and methodologies to improve efficiency and\ quality.

****Multidisciplinary Coordination & Integration

- Oversee inter-discipline\ checks (IDC) and ensure all interfaces are resolved before drawing issue.

- Chair engineering\ coordination meetings and ensure timely resolution of cross-discipline\ technical queries.

- Manage 3D model reviews and\ ensure clash-free, constructable designs are delivered to clients.

- Ensure design integration\ between process, engineering, and vendor packages.

****Project\ Execution & Delivery Management

- Own the Master Deliverable\ Register (MDR) and ensure all engineering milestones are met per project\ schedule.

- Manage engineering manhour\ budgets, resource allocation, and utilization across all disciplines.

- Monitor project progress\ through weekly engineering status reports and flag risks to management\ proactively.

- Coordinate with Project\ Managers and PMC teams to align engineering deliverables with procurement and\ construction schedules.

- Lead value engineering\ exercises to optimize design without compromising safety or quality.

****Client &\ Stakeholder Management

- Serve as the primary\ technical point of contact for key clients during project execution.

- Lead and attend client\ technical review meetings, HAZOP sessions, and design review workshops.

- Manage client technical\ queries (TQs), site query responses (SQRs), and variation orders (VOs)\ effectively.

- Build and maintain strong\ long-term relationships with clients, contractors, and technology licensors.

- Support business\ development by contributing to technical proposals, capability presentations,\ and bid reviews.

****Quality, HSE\ & Regulatory Compliance

**- Ensure all engineering\ outputs comply with applicable international codes (ASME, API, IEC, IS, EN) and\ client standards.

- Implement and maintain the\ companys Quality Management System (QMS) across engineering functions.

- Conduct internal technical\ audits and lead corrective action reviews for engineering non-conformances.

- Champion HAZOP, SIL, and\ risk review participation for all safety-critical projects.

- Ensure HSE considerations\ are embedded into all design activities from concept to handover.

****People Management & Capability Building

- Lead, mentor, and develop a\ team of engineers across all disciplines.

- Conduct regular performance\ reviews and provide structured feedback aligned to the company KPI framework.

- Identify skill gaps and\ develop targeted training plans echnical, software, and behavioral.

- Build a culture of\ engineering excellence, ownership, and continuous improvement within the team.

- Support recruitment of\ senior engineers and discipline leads in coordination with HR.

**QUALIFICATION &\ EXPERIENCE

- B.E. / B.Tech in\ Mechanical, Chemical, or Civil Engineering from a recognized university.

- 12 + years of\ progressive engineering experience

- Minimum 5 years in a\ lead or management role overseeing multidisciplinary teams.

- Significant exposure\ to at least two of the three sectors: Energy, Power, or Chemicals.

- Demonstrated\ experience managing engineering teams across multiple disciplines.

- Strong working\ knowledge of FEED and detailed engineering workflows in an EPC / consultancy\ environment.

- Proven track record\ of delivering projects on schedule and within budget.

**Preferred / Advantageous

- M.Tech / M.E. in Process /\ Mechanical / Chemical Engineering, or MBA in Project Management.

- Chartered Engineer (CE)\ status or equivalent professional certification (IE, ASME, IChemE).

- Experience working with\ international clients or on overseas project assignments.

- Familiarity with HAZOP\ facilitation, SIL assessment, and safety case preparation.

- Prior experience in pre-bid\ engineering, proposal preparation, and techno-commercial discussions.

**Technical expertise

**Sector Knowledge

- **Energy:

Onshore /\ offshore oil & gas processing, gas compression, LNG, pipeline systems.

- **Power:

Thermal\ power plants, combined cycle (CCGT), renewable energy (solar / wind BOP),\ substations.

- **Chemicals:

Petrochemicals,\ specialty chemicals, fertilizers, polymer plants, solvent recovery.

**Engineering Disciplines

- **Piping:

Piping\ system design, stress analysis, ASME B31.3 / B31.1 / B31.8, pipe support\ engineering.

- **Mechanical:

Static and\ rotating equipment \pressure vessels, heat exchangers, pumps, compressors,\ ASME Sec VIII.

- **Civil / Structural:

RCC/steel\ structures, equipment foundations, pipe racks, seismic design per IS/AISC.

- **Electrical:

HV/LV\ systems, load flow, cable sizing, hazardous area classification (IEC 60079).

- **Instrumentation &\ Control:

Control\ philosophy, instrument datasheets, SCADA/DCS integration, SIL/SIS systems.

**Codes & Standards

- ASME B31.1, B31.3, B31.8,\ Section II, Section VIII; API 650, 610, 670; IEC 60034, 60079; IS 875, IS 2911;\ EN 13480.******************************************************