Industrial & Heavy Engineering
Engineering and technology partner for industrial machinery OEMs, rotating equipment manufacturers, material handling specialists, power generation companies, and construction equipment producers — across 20 countries.
Engineering Excellence for Industrial and Heavy Engineering — Globally
The Defining Industrial Engineering Challenges — and How EMUG Tech Solves Them
Industrial and heavy engineering organisations face relentless pressure to deliver higher-performance equipment at lower weight, cost, and lead time — while satisfying CE marking, ASME, ISO, and ATEX regulatory requirements and integrating Industry 4.0 digital capabilities into established product lines. EMUG Tech delivers across the full industrial engineering value chain: from concept design and structural analysis through manufacturing engineering, quality systems, regulatory certification, and AI-powered predictive maintenance.
EMUG Tech's industrial engineering teams work inside programmes — NX, Creo, and Solid Edge designers. ANSYS and Abaqus FEA engineers. ASME and EN code specialists. CE marking compliance engineers. ISO 9001 quality auditors. AI and IoT predictive maintenance developers. PLM architects for Teamcenter and Windchill. All in one industrial practice, across all equipment types.
INDUSTRIAL ENGINEERING SOLUTIONS BY DOMAIN
Select a domain tab to explore EMUG Tech's engineering scope, simulation capability, standards coverage, and internal links to related services — machinery design, rotating equipment, material handling, power and energy, construction and mining, and quality and compliance.
Industrial Machinery Design
Concept to detailed design in NX, Creo, and Solid Edge. Configure-to-order product family parametric automation. DFM and DFA. Mechanism design and kinematic analysis. Sheet metal, casting, and forging design. Teamcenter and Windchill PLM integration. BOM transfer to SAP manufacturing BOM.
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Rotating Equipment & Pressure Systems
Pumps, compressors, heat exchangers, and pressure vessel design and analysis. ASME VIII Div. 1 and 2, EN 13445. API 610 and 617 compliance. Rotordynamic analysis — critical speed and stability. Fatigue and fracture mechanics. CFD for internal flow. NACE MR0175 sour service requirements.
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Material Handling & Conveyors
Belt, roller, chain, and screw conveyor design. Overhead cranes, hoists, and AGV systems. Structural FEA for heavy handling equipment. Robot OLP for pick-and-place automation. AI predictive maintenance for conveyor drives. CE marking to EN 620 and Machinery Directive 2006/42/EC.
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Power Generation & Energy
Steam and gas turbine structural analysis. Wind turbine components to IEC 61400. Boiler and HRSG pressure part analysis (ASME B31.1, ASME I). Generator structural design. Piping stress analysis (ASME B31.3). ATEX for hazardous area equipment. AI predictive maintenance for power plant rotating machinery.
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Construction & Mining Equipment
Excavators, mobile cranes, and drilling rig structural design. Heavy structural FEA for booms, arms, and chassis. Weld fatigue for off-highway duty cycles. ROPS and FOPS certification (ISO 3471, ISO 3449). CE marking for construction plant. EU Stage V engine emission compliance.
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AI and Industry 4.0
Predictive maintenance AI for rotating equipment — bearings, gearboxes, pumps, and compressors. Computer vision quality inspection for manufactured components. Digital twin for equipment performance. IoT sensor integration and Azure/AWS IIoT platform. Production scheduling optimisation ML. Engineering process automation.
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CE Marking & Quality Systems
CE marking — Machinery, LVD, EMC, PED, and ATEX Directives. ATEX and IECEx type examination for explosive atmosphere. ISO 9001:2015 gap assessment and QMS implementation. ISO 55001 asset management. EN ISO 13849 and IEC 62061 functional safety. HALT and HASS reliability testing. Technical file and Declaration of Conformity.
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GLOBAL INDUSTRIAL ENGINEERING REACH
Industrial OEMs Engineering Firms and Manufacturers Served Across Equipment Types
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Industrial Product Development and Engineering Programmes Delivered Globally
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Countries Across Europe Asia-Pacific the Middle East Americas and Africa
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The EMUG PRIME Industrial Engagement Model — How EMUG Tech Delivers Industrial Programmes
PRIME aligns every industrial engineering programme to the applicable codes and standards, certification schedule, and manufacturing readiness — engineering outcomes and quality KPIs tracked from first day of engagement.
1
PROFILE
Industrial programme context and requirements scoping — product type (pressure vessel, rotating equipment, heavy machinery, material handling, power generation, construction plant), applicable codes and standards (ASME, EN, CE marking directives, ATEX, API), PLM environment (Teamcenter, Windchill, SAP), and programme timeline. Defining engineering KPIs — structural safety factors, weight targets, manufacturing cost, certification schedule, and OEE or reliability targets.
2
RESOLVE
Engineering design and analysis — concept design and design trade studies, material and process selection, 3D CAD design in NX, Creo, or Solid Edge, structural FEA (ANSYS, Abaqus, Nastran), thermal and CFD analysis, fatigue and fracture mechanics, mechanism and kinematic analysis, and design optimisation for weight, cost, and manufacturability. CE marking essential requirements compliance mapped at design stage.
3
INTEGRATE
Digital engineering and system integration — PLM implementation connecting CAD design to Teamcenter or Windchill EBOM, engineering change management workflow, BOM transfer to SAP manufacturing, digital thread from design to production and service, IoT and Industry 4.0 integration for connected equipment, AI predictive maintenance platform setup, and SCADA/PLC integration for automation and control systems.
4
MANUFACTURE
Manufacturing engineering and quality — tooling design, jigs and fixture design, manufacturing simulation (DELMIA), NC/CNC programming, weld procedure specification, quality control plan, PFMEA, first article inspection, ISO 9001 quality management implementation, ASME code stamp documentation, and CE marking technical file compilation and declaration of conformity preparation.
5
ENABLE
Commissioning, certification, and lifecycle support — CE marking technical file submission and notified body coordination, ASME pressure test and third-party verification, ATEX type examination, ISO 9001 certification readiness audit, SAP PM asset master data setup, predictive maintenance AI programme deployment, technical documentation (operation manuals, spare parts list, maintenance procedures), and sustenance engineering for in-service equipment.
INDUSTRIAL ENGINEERING DOMAIN CAPABILITIES
Industrial Machinery Design
Rotating Equipment Engineering
Pressure Vessels ASME VIII
Material Handling Systems
Power Generation Equipment
Construction & Mining Equipment
CE Marking & Machinery Directive
ISO 9001 Quality Systems
FEA Structural Analysis
ATEX & IECEx Equipment
Predictive Maintenance AI
Digital Twin & Industry 4.0
Industrial Machinery Design
Rotating Equipment Engineering
Pressure Vessels ASME VIII
Material Handling Systems
Power Generation Equipment
Construction & Mining Equipment
CE Marking & Machinery Directive
ISO 9001 Quality Systems
FEA Structural Analysis
ATEX & IECEx Equipment
Predictive Maintenance AI
Digital Twin & Industry 4.0
Industrial Engineering Challenges We Solve
Industrial and heavy engineering organisations face relentless pressure to deliver higher-performance equipment at lower weight, cost, and lead time — while satisfying CE marking, ASME, ISO, and ATEX regulatory requirements and integrating Industry 4.0 digital capabilities into established product lines. EMUG Tech delivers across the full industrial engineering value chain. Hover each challenge to see how.
01 — Product Design
Complex machinery design and engineer-to-order product families
EMUG Tech delivers industrial machinery design in NX, Creo, and Solid Edge — parametric and configurable product family automation, engineer-to-order variant management, design-for-manufacture and assembly, and PLM integration connecting CAD to Teamcenter EBOM and SAP manufacturing BOM for configure-to-order production.
02 — Structural Integrity
Pressure vessel, rotating equipment, and heavy structure certification
FEA for pressure vessels and heat exchangers (ANSYS, Abaqus — ASME VIII Div. 1 and 2, EN 13445), rotating machinery structural analysis, fatigue and fracture for cyclic loading, seismic analysis for industrial structures, and certification calculation packages for third-party verification authority review.
03 — Regulatory Compliance
CE marking, ATEX, and IECEx certification for industrial equipment
CE marking compliance for Machinery Directive 2006/42/EC, Low Voltage Directive, EMC, and Pressure Equipment Directive. ATEX Directive 2014/34/EU category assessment and type examination. IECEx certification for global explosive atmosphere markets. IEC 62061 and EN ISO 13849 functional safety for machinery safety systems.
04 — Asset Reliability
Predictive maintenance and asset performance optimisation
AI-powered predictive maintenance for rotating equipment — bearings, gearboxes, pumps, compressors — using vibration, temperature, and acoustic sensor data. Digital twin of critical equipment for performance monitoring. SAP PM and EAM integration for work order management. ISO 55001 asset management framework aligned to maintenance programmes.
05 — Quality Systems
ISO 9001 certification and process quality for industrial manufacturers
ISO 9001:2015 gap assessment, QMS implementation, and certification readiness. Process audit for manufacturing operations. Supplier quality development programme. CE marking technical file compilation. IEC 61508 functional safety verification for safety-critical industrial control systems. HALT and HASS reliability testing programme support.
06 — Digital Engineering
Industry 4.0 digital transformation for industrial manufacturers
PLM digital thread connecting product design to manufacturing and service. AI for manufacturing quality inspection and production scheduling optimisation. RPA and intelligent automation eliminating manual engineering data workflows. Engineering process automation for drawing, BOM, and document management. SAP integration for engineering-to-manufacturing data handover.
Industrial Engineering Technology Ecosystem
CAD Platforms
- Siemens NX
- PTC Creo Parametric
- Solid Edge
- SolidWorks
- CATIA V5
Simulation
- ANSYS Mechanical
- Abaqus / Standard
- MSC Nastran
- ANSYS Fluent / CFX
- nCode DesignLife
PLM & ERP
- Teamcenter
- Windchill PDMLink
- SAP S/4HANA
- SAP PM / EAM
- SAP PP / QM
Standards
- ISO 9001:2015
- ASME VIII Div 1 & 2
- CE Marking Directives
- ATEX / IECEx
- ISO 55001 Asset Mgmt
Digital & AI
- PyTorch / TensorFlow
- OpenCV / YOLO
- Azure / AWS IoT
- Power BI / Grafana
- UiPath / Power Automate
EMUG Tech's industrial capability covers all major equipment categories — industrial machinery, rotating equipment, material handling, power generation, construction and mining plant, and process equipment — across all major global industrial markets.
INDUSTRIAL SECTOR COVERAGE
Industrial Machinery & OEMs
General industrial machinery design in NX, Creo, and Solid Edge. Configure-to-order product family automation. PLM implementation (Teamcenter, Windchill). SAP BOM integration for manufacturing. CE marking Machinery Directive compliance. ISO 9001 quality systems.
Pumps, Compressors & Rotating Equipment
Centrifugal and reciprocating pump design and analysis. Industrial compressor structural engineering. Heat exchanger and pressure vessel design (ASME VIII, EN 13445). API 610, 617, 682 compliance. Rotordynamic analysis. NACE sour service materials.
Power Generation & Energy
Steam and gas turbine structural analysis. Wind turbine component design to IEC 61400. Boiler and HRSG pressure analysis (ASME Section I, B31.1). Nuclear plant mechanical components. Solar mounting structures. AI predictive maintenance for power plant assets.
Construction, Mining & Off-Highway
Excavator, crane, and drilling rig structural design. Heavy FEA for booms, arms, and chassis. Weld fatigue for severe duty cycles. ROPS and FOPS certification. CE marking for construction plant. EU Stage V engine compliance support.
Process Plant & Chemical Engineering
Process equipment design — reactors, columns, and vessels. Piping stress analysis (ASME B31.3, EN 13480). ATEX certification for explosive atmosphere plant equipment. IECEx for global ATEX-equivalent markets. PED conformity assessment for pressure-bearing process equipment.
WHY EMUG TECH FOR INDUSTRIAL AND HEAVY ENGINEERING
Engineering Solutions by Sector — Select a Domain
Product Design Engineering
- Industrial machinery concept and detailed design
- Configure-to-order product family parametric design
- Engineer-to-order custom machine design
- Design for manufacture and assembly (DFM/DFA)
- 3D CAD modelling — NX, Creo, Solid Edge, SolidWorks
- Mechanism design and kinematic analysis
- Sheet metal, casting, and forging design
Analysis and Simulation
- Static and dynamic structural FEA — ANSYS, Abaqus
- Modal and harmonic response analysis
- Thermal analysis — steady state and transient
- Fatigue life prediction — nCode DesignLife
- Tolerance stack-up and GD&T
- CFD for fluid equipment — ANSYS Fluent
PLM and Digital Engineering
- Teamcenter and Windchill PLM implementation
- Engineering BOM to SAP manufacturing BOM
- Engineering change management workflow
- Drawing and document management
- Digital thread — design to manufacturing
NX / Creo
Teamcenter
ANSYS
Abaqus
Equipment Design Scope
- Centrifugal and reciprocating pumps design and analysis
- Industrial compressors — radial and axial stage design
- Gearboxes, couplings, and drive train engineering
- Heat exchangers — shell & tube, plate, air-cooled
- Pressure vessels and reactors — ASME VIII, EN 13445
- Turbines — steam, gas, and hydro turbine analysis
- Fans, blowers, and centrifugal separators
Simulation and Integrity
- Rotordynamic analysis — critical speed, stability
- Vibration analysis — modal, harmonic, transient
- Fatigue and fracture mechanics for pressure equipment
- CFD for internal flow in pumps and compressors
- Thermal-structural analysis for high-temperature equipment
- Finite element analysis for ASME code compliance
Standards and Codes
- ASME VIII Div. 1 and Div. 2 pressure vessel code
- EN 13445 unfired pressure vessels
- API 610 centrifugal pumps for petroleum
- API 617 axial and centrifugal compressors
- ISO 10816 / ISO 20816 vibration evaluation
- NACE MR0175 sour service requirements
ASME VIII
API 610
EN 13445
ISO 10816
System Design Scope
- Conveyor systems — belt, roller, chain, and screw
- Automated guided vehicles (AGV) and robotic systems
- Cranes, hoists, and overhead lifting equipment
- Warehouse racking, shelving, and storage systems
- Packaging and palletising machinery design
- Industrial sorting and distribution systems
- Pneumatic and hydraulic conveying system design
Automation and AI
- PLC and SCADA integration for material handling control
- Robot offline programming (OLP) for pick-and-place
- AI-powered throughput and scheduling optimisation
- Conveyor system digital twin for performance monitoring
- Predictive maintenance for conveyor drives and rollers
- IoT sensor integration for real-time condition monitoring
Standards
- EN 620 continuous conveyors — safety
- EN 619 continuous handling equipment
- FEM rules for lifting equipment
- CE marking — Machinery Directive 2006/42/EC
- ISO 4301 cranes — classification
- OSHA 1910 material handling equipment
CE Marking
EN 620
FEM Rules
ISO 4301
Equipment Design Scope
- Power generation turbines — steam, gas, hydro
- Wind turbine structural components and nacelle design
- Generator and motor structural design and analysis
- Boilers, heat recovery steam generators (HRSG)
- Nuclear plant mechanical component design
- Solar mounting structures and tracker design
- Transformer and electrical switchgear enclosures
Analysis and Simulation
- Turbine blade FEA — creep, thermal, and vibration
- Boiler pressure part analysis — ASME B31.1
- Wind turbine structural — IEC 61400 load cases
- Seismic analysis for power plant structures
- CFD for combustion, heat transfer, and flow systems
- Fatigue assessment for cyclic thermal loading
Standards and Compliance
- ASME B31.1 power piping code
- ASME B31.3 process piping
- IEC 61400 wind turbines
- IEEE standards for generators
- PED 2014/68/EU for power plant pressure equipment
- ATEX for hazardous area electrical equipment
ASME B31.1
IEC 61400
PED 2014/68
ATEX
Equipment Design Scope
- Excavators, bulldozers, and earthmoving equipment
- Mobile cranes and all-terrain lifting equipment
- Drilling rigs and mining machinery design
- Concrete mixing and batching equipment
- Aggregate crushing and screening equipment
- Road making, paving, and compaction equipment
- Underground mining vehicles and support equipment
Structural Analysis
- Heavy structural FEA — booms, arms, chassis
- Weld fatigue and fracture for high-cycle applications
- Soil-structure interaction — bucket and blade forces
- Hydraulic cylinder and actuator analysis
- Dynamic load analysis for off-highway duty cycles
- ROPS/FOPS structural certification (ISO 3449, ISO 3471)
Standards and Certification
- CE marking — Machinery Directive for construction plant
- ISO 3449 FOPS falling object protection
- ISO 3471 ROPS rollover protection
- EN 13001 crane design requirements
- ISO 11684 safety signs and hazard pictorials
- EU Stage V engine emission compliance
ISO 3471 ROPS
CE Marking
EN 13001
Stage V
Quality Systems
- ISO 9001:2015 gap assessment and QMS implementation
- ISO 14001 environmental management system
- ISO 45001 occupational health and safety management
- ISO 55001 asset management system design
- Process audit for manufacturing operations
- Supplier quality audit and development programme
- First article inspection and quality control plans
CE Marking and Regulatory
- Machinery Directive 2006/42/EC — essential requirements
- Low Voltage Directive 2014/35/EU
- EMC Directive 2014/30/EU
- Pressure Equipment Directive 2014/68/EU
- ATEX Directive — explosive atmosphere equipment
- IECEx — global explosive atmosphere certification
- Technical file and declaration of conformity
Safety and Functional Safety
- EN ISO 13849 — safety-related control systems PLr
- IEC 62061 — safety of machinery SIL assessment
- IEC 61508 — functional safety SIL 1-4
- HALT and HASS reliability testing
- PFMEA for manufacturing process control
- Environmental and vibration testing (IEC 60068)
ISO 9001
CE Marking
EN ISO 13849
IEC 61508
Frequently Asked Questions
Answers from EMUG Tech's Industrial & Heavy Engineering Practice.
EMUG Tech delivers end-to-end industrial and heavy engineering across six domain clusters: industrial machinery and equipment design in NX, Creo, and Solid Edge with PLM integration; rotating equipment engineering — pumps, compressors, heat exchangers, and pressure vessels with ASME and API code compliance; material handling systems — conveyors, cranes, AGV, and automation; power generation and energy equipment — turbines, boilers, wind turbines, and generators; construction and mining equipment — heavy structural FEA, ROPS/FOPS, and CE marking; and quality systems — ISO 9001, CE marking, ATEX, IEC 61508 functional safety, and HALT reliability testing. Delivery from Hyderabad, Germany, and Dubai across 20 countries.
EMUG Tech delivers industrial engineering across all major CAD platforms: Siemens NX (NX Open C++ and Python automation for parametric and configurable product families), PTC Creo (Creo Toolkit C/C++ for engineer-to-order automation and knowledge-driven design), Solid Edge (.NET API automation for drawing, BOM, and sheet metal), and SolidWorks. PLM implementation covers Teamcenter — EBOM/MBOM management, engineering change workflow, and SAP integration; Windchill PDMLink — for Creo-centric environments; and SAP PM/EAM for maintenance and asset lifecycle management. Configure-to-order product family automation eliminating manual BOM re-entry is an EMUG Tech industrial specialty.
EMUG Tech delivers FEA and CFD simulation for industrial equipment: static and dynamic structural analysis (ANSYS Mechanical, Abaqus/Standard) for machinery frames, pressure vessels, heat exchangers, and rotating equipment; modal and harmonic response for vibration-sensitive equipment; fatigue and fracture mechanics for cyclic loading (nCode DesignLife, FEMFAT); CFD for flow equipment, heat transfer, and combustion (ANSYS Fluent, CFX); thermal-structural analysis for high-temperature equipment; rotordynamic analysis for pumps, compressors, and turbines; and seismic analysis for industrial structures. Analysis outputs are formatted to ASME, API, and EN code requirements for third-party verification.
EMUG Tech delivers CE marking compliance for all applicable EU directives for industrial products: Machinery Directive 2006/42/EC — essential health and safety requirement compliance assessment, risk assessment to EN ISO 12100, technical file compilation, and Declaration of Conformity; Low Voltage Directive 2014/35/EU — electrical safety compliance; EMC Directive 2014/30/EU — electromagnetic compatibility; Pressure Equipment Directive 2014/68/EU — conformity assessment for pressure-bearing equipment; and ATEX Directive 2014/34/EU for explosive atmosphere equipment, with IECEx certification for global markets. Notified body coordination for Category III and IV PED products and ATEX type examination.
EMUG Tech delivers Industry 4.0 digital transformation for industrial manufacturers: AI predictive maintenance for rotating equipment — bearings, gearboxes, pumps, compressors — using vibration, current, temperature, and acoustic sensor data with 20 to 40 percent unplanned downtime reduction; AI-powered quality inspection using computer vision for manufactured component defect detection; production scheduling optimisation using machine learning; digital twin of critical plant equipment using IoT sensor data and simulation models; engineering process automation eliminating manual drawing, BOM, and document workflows using RPA and Python automation; and SAP PM/EAM integration for maintenance work order management.
EMUG Tech delivers ISO 9001:2015 quality system services: gap assessment identifying all clause gaps before the certification body audit; QMS documentation — quality manual, procedures, and work instructions; process audit for manufacturing operations identifying efficiency and quality improvement opportunities; supplier quality audit and development for new supplier qualification and ongoing supplier performance; internal audit programme design and auditor training; first article inspection coordination; ISO 14001 environmental management system integration; ISO 45001 occupational health and safety; and ISO 55001 asset management system aligned to SAP PM maintenance programmes.
EMUG Tech’s power generation and energy engineering covers: steam and gas turbine component structural design and analysis — blade FEA, creep assessment, thermal fatigue; wind turbine structural components — tower, nacelle, rotor hub, and blade structural analysis to IEC 61400 load cases; boiler and HRSG pressure part analysis to ASME B31.1 and ASME Section I; generator and motor structural design and rotor dynamics; solar mounting structure design and analysis; pressure vessel and heat exchanger design to ASME VIII and EN 13445; piping stress analysis to ASME B31.3; and predictive maintenance AI for power plant rotating machinery condition monitoring.
EMUG Tech delivers industrial and heavy engineering programmes across 20 countries: Europe — Germany, France, UK, Netherlands, Sweden, Italy, Spain, Czech Republic, Poland; Asia-Pacific — India, Japan, South Korea, China, Malaysia, Thailand; Middle East — UAE, Saudi Arabia, Qatar; Americas — USA, Canada, Mexico, Brazil; Africa — South Africa, Nigeria, Kenya. Engineering delivery from Hyderabad (India), Germany, and Dubai with on-site programme support at industrial OEM and engineering firm facilities globally. Sector coverage: industrial machinery, pumps and compressors, material handling, power generation, construction and mining equipment, and process plant engineering.
30+ Industrial Clients. 100+ Equipment Programmes. 20 Countries.
Connect with EMUG Tech's industrial engineering specialists to discuss your programme requirements — machinery design, rotating equipment, material handling, power generation, CE marking, quality systems, or PLM and digital engineering backbone.
Advancing industries requires reimagining how products are designed, built and optimized at scale.
Automotive & Mobility
Engineering solutions for electric vehicles, connected mobility platforms, and next-generation automotive product development.
Aerospace & Defense
Advanced engineering support for aerospace and defense programs, ensuring safety, precision, and performance.
Industrial & Heavy Engineering
Engineering expertise for heavy machinery, industrial equipment, and complex mechanical systems development.
Manufacturing & Smart Factory
Smart manufacturing solutions enabling Industry 4.0 automation, digital factories, and efficient production systems.
Energy & Sustainability
Engineering solutions supporting renewable energy systems, sustainable infrastructure, and efficient power technologies.
Rail, Transportation & Infrastructure
Engineering services for rail systems, transportation networks, and large-scale infrastructure development projects.
Consumer Products & Appliances
Product engineering for consumer electronics and appliances focused on innovation, quality, and reliability.
Hi-Tech, Electronics & Semiconductors
Engineering solutions for semiconductor technologies, electronics design, and high-tech product innovation.
Aerospace Manufacturing & MRO
Engineering support for aerospace manufacturing, maintenance, repair, and aircraft lifecycle management.
Emerging & Future Industries
Engineering and digital innovation enabling next-generation technologies and future-focused industry development.
Designed Right. Built Tough. Certified. Connected.
Partner with EMUG Tech to deliver your industrial and heavy engineering programme from machinery design and rotating equipment through material handling, power generation, construction plant, CE marking, and ISO 9001 quality systems, across 20 countries using the EMUG PRIME Industrial Engagement Model.
