ASQF Level 3

Course Overview

The AGLAS Energy Systems Technologist course prepares learners for advanced technical roles in the design, analysis, integration, and management of renewable and clean energy systems. This program emphasizes a strong foundation in engineering principles, hands-on problem-solving, and the use of industry-standard tools and software. Graduates will be equipped to drive innovation and efficiency in Bangladesh’s evolving energy sector, supporting sustainable development goals and the transition to clean energy.

Course Objectives

Graduates will be able to:

  • Analyze and solve complex technical problems in renewable and clean energy systems using advanced theoretical and engineering principles.

  • Evaluate and design electrical and mechanical components and systems for various energy applications.

  • Prepare technical graphics, schematics, and documentation to engineering and architectural standards using industry-specific software.

  • Troubleshoot and test electrical/mechanical components and systems using advanced equipment and methodologies.

  • Assemble, test, and optimize working prototypes and subsystems for sustainable energy solutions.

  • Integrate renewable and clean energy technologies (solar, wind, geothermal, nuclear, etc.) into new and existing system designs.

  • Adhere to legal, regulatory, and health & safety standards in all technical work.

  • Contribute to the financial and technical planning of sustainable construction and energy projects.

  • Apply environmental management principles and professional ethics in all aspects of work.

  • Utilize networking, instrumentation, and control technologies to monitor and optimize energy systems.

  • Implement and manage smart grid, smart meter, and emerging technologies for efficient energy distribution.

  • Retrofit and upgrade conventional systems with green energy management techniques.

Course Structure (Unit-Based)

Unit 1: Advanced Principles of Renewable and Clean Energy Systems

  • Theoretical foundations of renewable (solar, wind, geothermal, hydro) and clean (nuclear, hydrogen) energy

  • System integration and hybrid energy solutions

  • Bangladesh’s energy landscape and policy context

Unit 2: Engineering Analysis of Energy Systems

  • Electrical and mechanical engineering principles applied to energy systems

  • Component and process analysis: motors, generators, inverters, turbines, heat exchangers

  • System modeling and simulation

Unit 3: Technical Documentation & Industry Software

  • Engineering drawing standards (IEC, ISO, local codes)

  • Use of AutoCAD, SolidWorks, and energy modeling software

  • Preparation of schematics, wiring diagrams, and system layouts

  • Technical reporting and documentation best practices

Unit 4: Troubleshooting and Testing Techniques

  • Diagnostic tools and test equipment (multimeters, oscilloscopes, thermal cameras, data loggers)

  • Troubleshooting electrical and mechanical faults in conventional and renewable systems

  • Root cause analysis and corrective action planning

Unit 5: Prototyping, Assembly, and Integration

  • Assembly of working prototypes and subsystems for solar, wind, and hybrid systems

  • System integration: combining renewable sources with conventional infrastructure

  • Testing, commissioning, and performance optimization

Unit 6: Legal, Regulatory, and Safety Standards

  • National and international codes (BSTI, BNBC, IEC, IEEE)

  • Health & safety practices for energy system installation and maintenance

  • Environmental regulations and compliance

Unit 7: Financial and Project Planning

  • Technical and financial feasibility studies for energy projects

  • Budgeting, cost estimation, and resource allocation

  • Project management fundamentals for sustainable construction and development

Unit 8: Environmental Management and Professional Ethics

  • Environmental impact assessment (EIA) for energy projects

  • Sustainable development and green building standards

  • Ethics in engineering and environmental management

Unit 9: Instrumentation, Networking, and Control Systems

  • Instrumentation for monitoring energy systems (sensors, PLCs, SCADA)

  • Networking basics: data communication, IoT, remote monitoring

  • Smart meters, smart grids, and digital integration for energy management

Unit 10: Green Energy Management and Retrofitting

  • Strategies for optimizing generation, capture, storage, and distribution of energy

  • Retrofitting and upgrading existing systems for efficiency and emissions reduction

  • Case studies: successful retrofits in Bangladesh and globally

Training Methodology

  • Advanced Lectures: In-depth exploration of engineering concepts and real-world applications

  • Software Workshops: Hands-on training with AutoCAD, SolidWorks, and energy modeling tools

  • Laboratory Sessions: Prototyping, testing, and troubleshooting exercises

  • Group Projects: Design and integration of renewable energy systems for local scenarios

  • Case Study Analysis: Review of successful projects and lessons learned in Bangladesh and abroad

  • Seminars & Guest Lectures: Insights from industry experts and practitioners

Assessment Methods

  • Technical Assignments: Design projects, system analysis, and simulation tasks

  • Software-Based Assessments: CAD drawings, energy modeling, and documentation exercises

  • Practical Exams: Troubleshooting, assembly, and testing of energy systems

  • Group Presentations: Project planning, financial analysis, and technical reporting

  • Final Written Exam: Comprehensive assessment of theoretical and applied knowledge

Program Highlights

  • Focus on Bangladesh’s renewable energy sector and local regulatory framework

  • Integration of cutting-edge technologies: smart grids, IoT, digital energy management

  • Emphasis on both technical and professional skills for leadership roles

  • Pathway to supervisory, design, and project management positions in the energy sector

Employment Opportunities

Graduates may work as:

  • Energy Systems Technologists

  • Renewable Energy Project Engineers

  • Energy Auditors and Consultants

  • Technical Specialists in Smart Grids and Digital Energy Management

  • Project Coordinators for Sustainable Construction

  • Facility Managers for energy-efficient buildings

  • Technical Trainers and Supervisors

Employers include:

  • Renewable energy companies

  • Engineering and construction firms

  • Utility providers and smart grid operators

  • NGOs and development agencies

  • Government and regulatory bodies