SREDA Energy Auditor & Energy Manager Certification Preparation
Price
৳ 20,000.00৳ 18,000.00
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Description
This advanced SREDA Energy Auditor & Energy Manager Certification Preparation course is designed to develop the technical, analytical and practical knowledge required for industrial energy auditing, energy management and certification-oriented examination preparation. Learners will build a structured understanding of energy fundamentals, energy management systems, audit methodology, energy data analysis, thermal systems, electrical systems, utility performance, renewable energy and energy-saving project evaluation.
The course covers SREDA certification fundamentals, energy laws and regulations, energy audit planning, energy balance, SEC, EnPI, benchmarking, Sankey analysis, measurement and verification, boiler and steam systems, furnace and process heating, electrical systems, transformers, motors, power factor, pumps, fans, compressors, chillers, HVAC, WTP, RO, renewable energy, energy-saving calculations, economic evaluation, audit reporting, management presentation and certification examination preparation. The program combines calculation practice, industrial case studies, equipment performance assessment and mock examination preparation.
The course is designed as a preparation program and does not itself issue a government certification. Candidates must independently meet the applicable SREDA eligibility requirements and complete the official certification process. Current requirements, notices, modules and examination arrangements should always be verified from SREDA’s latest official publications.
Target Audience
- Engineers and engineering professionals preparing for SREDA Energy Auditor or Energy Manager certification
- Energy, Utility, Maintenance, Electrical, Mechanical and Production Professionals
- Energy Auditors, Energy Managers and professionals working toward energy-management responsibilities
- Industrial professionals responsible for energy efficiency, energy auditing and cost reduction
- Engineers and technical professionals working with boilers, steam, motors, pumps, compressors, chillers and utility systems
- Professionals seeking advanced knowledge for certification-oriented energy audit and management practice
Course Features
- 📘 Certification Preparation Materials / Technical Resources
- 💻 100% Pre-Recorded Video Course
- 📚 100 Professional Classes Covering Energy Audit & Management
- 🧮 Industrial Calculations, Case Studies & Audit Exercises
- 📱 Learn Anytime, Anywhere, at Your Own Pace
- 📝 Numerical, Scenario-Based, Case Study & Mock Examination Practice
- 🏅 Official Course Certificate upon Successful Completion
Requirements
- Android Mobile
- Laptop
- Internet
Curriculum
- 18 Sections
- 100 Lessons
- 100 Hours
Expand all sectionsCollapse all sections
- SREDA Certification & Energy Management FundamentalsBuild the foundation for certification preparation by understanding the SREDA certification pathway, energy fundamentals and the core principles of industrial energy management.6
- 1.1SREDA Energy Auditor & Energy Manager Certification, Eligibility, Examination & Certification Pathway
- 1.2Energy Fundamentals: Energy, Power, Heat, Work, Fuel, Electricity & Industrial Energy Units
- 1.3Energy Resources, Primary & Secondary Energy, Conventional & Renewable Energy
- 1.4Energy Efficiency, Energy Conservation, Energy Management & Industrial Energy Use
- 1.5Energy Management System, Energy Policy, Objectives, Targets & Improvement Cycle
- 1.6Energy Baseline, EnPI, Energy Performance, Benchmarking & Energy Performance Review
- Energy Laws, Regulations & Energy Audit FrameworkUnderstand the regulatory and professional framework surrounding energy efficiency, energy auditing, designated consumers, auditors and energy managers in Bangladesh.6
- 2.1Bangladesh Energy Efficiency & Conservation Framework and SREDA’s Role
- 2.2Energy Efficiency & Conservation Rules, Energy Audit Regulations & Designated Consumers
- 2.3Energy Auditor, Energy Manager, Energy Audit Scope, Responsibility & Professional Practice
- 2.4Energy Audit Types, Levels, Objectives, Scope & Audit Planning
- 2.5Pre-Audit Meeting, Preliminary Data Collection, Walkthrough Survey & Audit Checklist
- 2.6Energy Audit Measurement Plan, Instrument Selection, Safety & Data Requirements
- Energy Data, Energy Balance & Audit AnalysisDevelop the analytical skills required to collect reliable energy data, establish energy balances and identify major energy users and loss areas.6
- 3.1Industrial Energy Data Sources, Data Collection, Validation & Unit Conversion
- 3.2Energy Consumption Analysis, Production Data, Specific Energy Consumption & Normalization
- 3.3Energy Balance, Material-Energy Balance & Major Energy Users
- 3.4Load Profile, Demand Profile, Energy Trend & Benchmarking
- 3.5Sankey Diagram, Energy Flow, Loss Identification & Energy Conservation Opportunities
- 3.6Energy Audit Measurements, Instrument Data, Uncertainty, Accuracy & Data Interpretation
- Energy Audit Economics & Energy-Saving OpportunitiesLearn how to convert identified energy-saving opportunities into technically and financially evaluated improvement projects.6
- 4.1Energy Conservation Measures, Opportunity Identification & Technical Evaluation
- 4.2Energy Savings Calculation, Baseline, Savings Potential & Avoided Energy
- 4.3Energy Savings Calculation, Baseline, Savings Potential & Avoided Energy
- 4.4Investment, Simple Payback, ROI, NPV, IRR & Life-Cycle Cost
- 4.5Energy Project Prioritization, Feasibility, Implementation Planning & Risk
- 4.6Energy Audit Report, Recommendations, Action Plan & Management Presentation
- Systems Boiler & Combustion SystemsDevelop advanced knowledge of boiler energy performance, combustion efficiency, heat balance and practical thermal energy-saving opportunities.5
- 5.1Boiler Fundamentals, Boiler Types, Components, Operating Parameters & Energy Flow
- 5.2Boiler Efficiency, Direct & Indirect Methods, Heat Balance & Fuel-to-Steam Performance
- 5.3Combustion, Excess Air, Flue Gas Analysis, Stack Temperature & Combustion Losses
- 5.4Boiler Blowdown, Feedwater, Economizer, Air Preheater & Heat Recovery
- 5.5Boiler Efficiency Improvement, Fuel Saving, Condensate Recovery & Energy-Saving Measures
- Steam & Thermal DistributionUnderstand steam generation, distribution, condensate systems and common thermal losses throughout industrial steam networks.5
- 6.1Steam Properties, Steam Generation, Distribution & Condensate System
- 6.2Steam Trap, Steam Leakage, Flash Steam, Pressure Reduction & Steam Loss
- 6.3Steam Pipe Insulation, Heat Loss, Surface Temperature & Insulation Economics
- 6.4Waste Heat Recovery, Heat Exchanger, Economizer & Thermal Integration
- 6.5Thermal Energy Audit, Heat Balance, Loss Analysis & Energy Conservation Measures
- Furnace, Kiln, Dryer & Process HeatingCategory Description Develop practical energy-audit skills for process-heating systems and identify combustion, heat-transfer and exhaust-loss reduction opportunities.5
- 7.1Furnace & Process Heating Energy Performance
- 7.2Furnace Combustion, Heat Transfer, Flue Gas & Thermal Losses
- 7.3Kiln, Dryer, Oven & Process Thermal Energy Efficiency
- 7.4Waste Heat, Exhaust Heat Recovery & Process Heat Optimization
- 7.5Thermal System Energy-Saving Projects, Savings Calculation & Payback
- Electrical Energy FundamentalsElectrical Energy, Power, Demand, Power Factor & Energy Consumption4
- Transformer, Motor & Electrical DistributionLearn how transformers, motors and electrical distribution systems affect industrial energy consumption and how their performance can be improved.5
- 9.1Transformer Efficiency, Loading, Losses & Energy-Saving Opportunities
- 9.2Motor Efficiency, Loading, Oversizing, Motor Losses & Replacement Analysis
- 9.3Electrical Distribution Losses, Cable, Busbar, Switchgear & System Optimization
- 9.4Motor System Energy Audit, Operating Point & Efficiency Improvement
- 9.5Power Factor Improvement, Capacitor Bank, APFC & Reactive Power Management
- Electrical Energy AuditDevelop a systematic approach to auditing electrical loads and identifying energy-saving opportunities through measurement, analysis and economic evaluation.5
- 10.1Electrical Energy Audit Planning, Measurement & Load Analysis
- 10.2Motor, Transformer & Distribution System Audit
- 10.3Variable Frequency Drive, Speed Control & Electrical Energy Savings
- 10.4Lighting System, LED, Controls, Daylight & Lighting Energy Efficiency
- 10.5Electrical Energy-Saving Projects, Savings Calculation & Economic Evaluation
- Pump, Fan & Blower SystemsUnderstand the performance of fluid and air-moving systems and identify inefficient operating conditions and practical optimization opportunities.5
- 11.1Pump Fundamentals, Flow, Head, Efficiency & Power
- 11.2Pump System Audit, System Curve, Throttling, Bypass & Oversizing
- 11.3Pump Energy Optimization, VFD, Impeller Trimming & Operating Point
- 11.4Fan & Blower Performance, Airflow, Pressure, Efficiency & Fan Laws
- 11.5Fan/Blower Energy Audit, Control Optimization & Energy Savings
- Compressed Air SystemsDevelop the ability to evaluate compressor performance, air demand, leakage, pressure and system controls for energy-efficiency improvement.5
- 12.1Compressor Types, Operating Principles & System Performance
- 12.2Compressor Energy Consumption, Specific Power & Part-Load Performance
- 12.3Compressed-Air Leakage, Pressure Optimization & Demand Reduction
- 12.4Compressed-Air Leakage, Pressure Optimization & Demand Reduction
- 12.5Compressed-Air Energy Audit & Energy-Saving Opportunities
- Chiller, HVAC & Cooling SystemsLearn how to assess chiller, cooling-tower, chilled-water and HVAC performance and identify energy optimization opportunities.5
- 13.1Refrigeration Cycle, Chiller Types & Cooling System Fundamentals
- 13.2Chiller Performance, COP, kW/TR, Capacity & Efficiency
- 13.3Cooling Tower, Condenser, Chilled-Water System & Delta-T Analysis
- 13.4Cooling Tower, Condenser, Chilled-Water System & Delta-T Analysis
- 13.5Chiller/HVAC Audit, Control Optimization & Energy-Saving Measures
- Water, WTP, RO & Utility SystemsUnderstand the relationship between water consumption and energy use and assess major water-treatment and utility systems for efficiency.5
- 14.1Water-Energy Nexus, Water Consumption & Energy Intensity
- 14.2WTP, Pumping, Treatment & Utility Energy Performance
- 14.3RO System Recovery, High-Pressure Pump, Specific Energy & Optimization
- 14.4Cooling Water, Boiler Feedwater, Process Water & Utility Loss Reduction
- 14.5Water-Energy Audit, Efficiency Improvement & Saving Opportunities
- Renewable Energy & Sustainable Energy OpportunitiesExplore renewable-energy opportunities that can complement industrial energy-efficiency strategies and evaluate their technical and economic potential.4
- Energy Audit Fieldwork & Professional ReportingEnergy Audit Fieldwork & Professional Reporting8
- 16.1Complete Industrial Energy Audit Workflow: Pre-Audit to Final Report
- 16.2Walkthrough Survey, Major Energy Users, Loss Identification & Opportunity Register
- 16.3Industrial Energy Audit Case Study: Electrical & Thermal Systems
- 16.4Equipment Performance Assessment: Boiler, Motor, Pump, Compressor & Chiller
- 16.5Energy Conservation Opportunity Evaluation & Project Prioritization
- 16.6Complete Energy Audit Report: Findings, Savings, Investment & Recommendations
- 16.7Energy Audit Calculations, Data Analysis, Benchmarking & Energy Balance
- 16.8Management Presentation, Technical Defense & Energy-Saving Action Plan
- Calculation & Certification Examination PreparationStrengthen the numerical and analytical skills required to solve energy-audit calculations, equipment-performance problems and project-evaluation questions under examination conditions.6
- 17.1Energy, Power, Heat, Fuel, Efficiency & Unit Conversion Calculations
- 17.2Boiler, Combustion, Steam & Thermal Energy Calculations
- 17.3Motor, Transformer, Power Factor, Demand & Electrical Energy Calculations
- 17.4Pump, Fan, Compressor & Chiller Performance Calculations
- 17.5Energy Savings, Payback, ROI, NPV, IRR & Project Evaluation Calculations
- 17.6Energy Balance, Sankey, SEC, EnPI, Benchmarking & M&V Calculations
- Certification Examination & Final AssessmentBring together the complete preparation through paper-wise revision, numerical practice, case studies, mock certification examination, weakness analysis and final viva-oriented readiness.9
- 18.1Paper 2 Examination Preparation: Thermal Energy Efficiency
- 18.1Paper 1 Examination Preparation: Energy Management & Energy Audit
- 18.2Paper 3 Examination Preparation: Electrical Energy Efficiency
- 18.3Paper 4 Examination Preparation: Equipment & Utility Performance
- 18.4Energy Audit Case-Based Examination & Problem-Solving Practice
- 18.5Written Questions, Numerical Problems, Case Studies & Scenario-Based Questions
- 18.6Mock Certification Examination: Complete SREDA-Oriented Assessment
- 18.7Mock Result Analysis, Weak-Area Correction & Examination Revision
- 18.8Final Energy Audit Case Study, Viva Preparation & Certification Readiness
FAQs
It is best suited to learners with an engineering, technical or energy-related background because the course includes industrial calculations, energy auditing, equipment performance analysis and financial evaluation. Beginners with sufficient technical fundamentals can still follow the course progressively.
Yes. The curriculum is designed around certification-oriented preparation, including energy audit methodology, thermal and electrical efficiency, equipment performance, calculations, case studies and mock examinations. SREDA publishes its own official modules, examination notices and question papers, which should be used alongside this course.
Yes. The curriculum includes energy management systems, energy policy, objectives, targets, EnPI, energy performance review, management reporting and energy-improvement planning, together with the broader technical foundation required for industrial energy management.
You will develop practical skills in energy data collection, energy balance, audit measurement, equipment performance assessment, energy-saving calculations, project economics, M&V, audit reporting and management presentation.
Yes. Experienced professionals can use the course to strengthen their energy-audit methodology, calculation skills and understanding of major industrial energy systems while preparing for certification-oriented assessments.
Government certification depends on the applicable SREDA eligibility requirements, official application process and examination/certification requirements. SREDA continues to publish certification notices, examination information and results through its official channels.
Instructor
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Engineer (Technical Management & developments) | MSc in EEE II Skills Trainer | Writer | Volunteer
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Price
৳ 20,000.00৳ 18,000.00
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