Design Engineer

Srmb Steel; New Town; On-site; INR 800,000 - 1,000,000; Full time

Job summary

SRMB Group in Kolkata seeks a Design Engineer - Steel & Power Projects to lead discipline design and multidisciplinary engineering coordination from concept to handover for integrated steel and power facilities.

You will convert approved design bases into safe, cost‑effective deliverables, manage interfaces, revisions and records, and coordinate BIM/CAD deliverables with civil, structural, mechanical, piping, electrical and instrumentation teams.

Qualifications

• B.E./B.Tech in Civil, Structural, Mechanical, Electrical, Instrumentation, Chemical/Process or related field.
• M.E./M.Tech or BIM/3D platform training preferred.
• Working knowledge of IS/BIS/NBC/IEC/IEEE/ASME/API codes; BIM/3D credentials preferred.

Responsibilities

• Interpret design criteria and project specifications for the assigned package.
• Prepare/verify engineering calculations, data sheets and schedules.
• Develop or review drawings and layouts (P&IDs, SLDs, equipment/piping).
• Coordinate interfaces across disciplines and resolve clashes.
• Support construction/commissioning with as-built records and vendor drawings.

Skills

Multidisciplinary coordination

Clash resolution

CAD/design-tool proficiency

Data accuracy & revision traceability

Education

B.E./B.Tech in Civil/Structural/Mechanical/Electrical/Instrumentation/Process

M.E./M.Tech or postgraduate BIM/design training

Tools

AutoCAD

Revit

Navisworks

Plant 3D

Tekla

STAAD.Pro

ETABS

ETAP

EPLAN

AVEVA

SmartPlant

Job description

About Company

SRMB Group is a 75+ year old Kolkata-headquartered steel and construction materials group with a turnover of over 2,500 crore, 3,000+ employees, and a strong manufacturing base in Eastern India. The Group is strengthening data-led commercial governance, technology adoption, and decision discipline as it prepares for its next phase of growth.

We are looking for Design Engineer - Steel & Power Projects.

Function

Multidisciplinary Engineering Design and Coordination

Level / Grade

Design Engineer / Senior Design Engineer

Reports to

Design Manager / Quality & Engineering Head

Experience

4-8 years

Internal CTC budget

Recommended INR 8.00-10.00 lakh annual CTC

ROLE MANDATE

Execute discipline design and support multidisciplinary engineering coordination from conceptual and basic engineering through detailed engineering, construction support, commissioning and as-built close‑out for integrated steel and power projects. The role converts approved design bases and process requirements into safe, compliant, constructible, cost‑effective and operationally reliable engineering deliverables while maintaining strict control of interfaces, revisions and technical records.

REPORTING & KEY RELATIONSHIPS

Internal interfaces

Design Manager; Quality & Engineering Head; Process, Civil, Structural, Mechanical, Piping, Electrical and Instrumentation teams; PMO; Procurement; Contracts; Construction; Quality; EHS; Commissioning; Operations Readiness and Document Control.

External interfaces

Design consultants, licensors, EPC/EPCM partners, OEMs, vendors, BIM/modeling partners, fabricators, contractors and authorized third‑party reviewers.

People leadership

No fixed direct reports. Coordinates CAD/BIM designers, document controllers, consultant engineers, vendor representatives and site teams for assigned deliverables and interfaces.

1. Job Description

Role Purpose

Execute discipline design and support multidisciplinary engineering coordination from conceptual and basic engineering through detailed engineering, construction support, commissioning and as-built close‑out for integrated steel and power projects. The role converts approved design bases and process requirements into safe, compliant, constructible, cost‑effective and operationally reliable engineering deliverables while maintaining strict control of interfaces, revisions and technical records.

Key Responsibilities

1. Interpret the approved design basis, process criteria, project specifications, statutory requirements, codes, vendor inputs and site constraints for the assigned package.
2. Prepare and check engineering calculations, specifications, data sheets, design notes, BOQs/MTOs, technical requisitions and schedules within delegated authority.
3. Develop or review General Arrangement drawings, P&IDs, Single Line Diagrams, equipment and piping layouts, structural drawings, cable‑routing plans, utility networks and other discipline deliverables relevant to the package.
4. Maintain the assigned deliverable register, input register, interface matrix, comment log and engineering schedule; forecast constraints and elevate risks before construction need dates are affected.
5. Coordinate Civil, Structural, Mechanical, Process, Piping, Electrical, Instrumentation, Utilities and Architectural interfaces and close clashes, omissions, inconsistencies and battery‑limit gaps.
6. Review consultant, licensor, EPC contractor, OEM and vendor drawings/documents for compliance, completeness, maintainability, constructability and interface alignment; issue consolidated comments within the agreed cycle.
7. Participate in 3D/BIM model reviews, clash detection, constructability, technical‑risk, HAZOP/design‑safety and value‑engineering reviews.
8. Support procurement through technical specifications, bid clarification, technical bid evaluation, vendor‑data review and confirmation that purchase requirements reflect the approved design intent.
9. Resolve RFIs and field issues; assess modifications and deviations; and protect design integrity through authorized technical, change and revision control.
10. Support construction, commissioning and handover through site verification, punch resolution, red‑line control, withdrawal of superseded documents and timely, accurate as‑built records.

Critical First-Year Outcomes

1. Approved package design basis, deliverable schedule and interface register aligned to procurement and construction need dates.
2. Accurate, coordinated and constructible AFC/IFC deliverables with no known high‑severity clash released to site.
3. Timely closure of vendor comments, RFIs and field issues without uncontrolled design deviation.
4. Reduced design‑caused rework through disciplined checking, BIM/clash coordination and field feedback.
5. Current red‑lines and complete, traceable as‑built records accepted at system/package handover.

Candidate Profile

Minimum qualification

B.E. / B.Tech in Civil, Structural, Mechanical, Electrical, Instrumentation, Chemical/Process or another discipline relevant to the assigned package.

Preferred qualification

M.E. / M.Tech or postgraduate training in the relevant design discipline, industrial plant engineering, BIM/digital engineering or project engineering is preferred.

Mandatory / preferred credentials

Working knowledge of applicable IS, BIS, NBC, IEC, IEEE, ASME, API and package‑specific codes. Relevant BIM/3D, functional‑safety, chartered‑engineer or OEM/software credentials are preferred.

Industry exposure

Integrated steel, captive power, metals, mining, cement, heavy engineering, process plant or EPC/EPCM engineering.

Greenfield / commissioning

Greenfield or major Brownfield design and site‑engineering exposure covering vendor documents, interfaces, construction queries, commissioning support and as‑built closure.

Digital / software capability

AutoCAD and advanced Excel, plus at least one relevant platform such as Revit, Navisworks, Plant 3D, Tekla, STAAD.Pro, ETABS, ETAP, EPLAN, AVEVA or SmartPlant. EDMS and SAP/ERP exposure is preferred.

Functional and Leadership Competencies

1. Technical depth in one engineering discipline with working knowledge of adjacent steel‑plant and power‑project interfaces.
2. Calculations, specifications, drawings, BOQ/MTO development and disciplined design checking.
3. Multidisciplinary coordination, constructability, clash resolution and site‑engineering support.
4. Code interpretation, design safety, technical‑risk assessment and formal deviation/change control.
5. 3D/BIM and CAD/design‑tool proficiency, EDMS discipline, data accuracy and revision traceability.
6. Value engineering, analytical judgement, planning, ownership, integrity, communication and stakeholder coordination.