Course Details Sign Up
Overview PG-312 Course Description: Course Outline: Learning Objectives: Benefit for Attendee: Course Introduction: Course Summary: An Introduction to Primary Wastewater Treatment
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video
Self-StudyNone
None
Civil & Environmental Engineers, Technicians
& Construction Professionals
Experience Level Course ID PDH Credits Author
2
J. Paul Guyer, P.E., R.A.
Wastewater treatment is usually characterized as consisting of four sequential processes: preliminary, primary, secondary and tertiary treatment. This course will introduce you to processes and equipment for primary treatment of wastewater. You will be introduced to descriptions, functions and design considerations for sedimentation tanks and clarifiers, chemical precipitation, and Imhoff tanks. You will learn how the primary treatment processes work together with the preliminary, secondary, tertiary and sludge handling processes to form a complete wastewater treatment plant.
1. General considerations
2. Primary sedimentation
3. Sedimentation design features
4. Chemical precipitation
5. Imhoff tanks
6. Sludge characteristics
7. References
At the conclusion of this course, the student will be able to:
Intended Audience:
This course is intended for Civil and Environmental Engineers, Technicians and Construction Professionals wanting an introduction to the processes, equipment and design considerations for the second phase of wastewater treatment….primary treatment.
This course will give Civil and Environmental Engineers, Technicians and Construction Professionals an introduction to the processes, equipment and design considerations for primary treatment of wastewater.
This is an introduction to design parameters and methods, equipment and processes for the primary treatment of wastewater.
This course will give you an introduction to the processes, equipment, and design.
Course Details Sign Up
Overview PG-313 Course Description: Course Outline: Benefit for Attendee: Course Introduction: Course Summary: An Introduction to Secondary Wastewater Treatment
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video
Self-StudyNone
None
Civil, Environmental & Mechanical Engineers, Technicians
& Construction Professionals
Experience Level Course ID PDH Credits Author
2
J. Paul Guyer, P.E., R.A.
Wastewater treatment is usually characterized as consisting of four sequential processes: preliminary, primary, secondary and tertiary treatment. This course will introduce you to processes and equipment for secondary treatment of wastewater. You will be introduced to descriptions, functions and design considerations for trickling filter plants, activated sludge plants, and wastewater treatment ponds. You will be introduced to special considerations for wastewater treatment plants in hot and cold climates. You will learn how the secondary treatment processes work together with the preliminary, primary, tertiary and sludge handling processes to form a complete wastewater treatment plant.
1. General considerations
2. Trickling filter plants
3. Activated sludge plants
4. Wastewater treatment ponds
5. Sewage treatment in hot climates
6. Special considerations for cold climates
7. References
Learning Objectives:
At the conclusion of this course, the student will be able to:
Intended Audience:
This course is intended for Civil, Environmental and Mechanical Engineers, Technicians and Construction Professionals wanting an introduction to the processes, equipment and design considerations for the third phase of wastewater treatment….secondary treatment.
This course will give Civil, Environmental and Mechanical Engineers, Technicians and Construction Professionals an introduction to the processes, equipment and design considerations for primary treatment of wastewater.
This is an introduction to design parameters and methods, equipment and processes for the secondary treatment of wastewater.
This course will give you an introduction to the processes, equipment, and design.
Course Details Sign Up
Design
Your Solar Roof - Part One Overview JC-101 Course Description:
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video Self-Study
None
None
Architects, Environmental Engineers,
Contractors, Solar Installers
Experience Level Course ID PDH Credits Author
1
John-Ross Cromer, P.E.
Design Your Solar Roof Part One is a one-hour introduction to solar design that places you behind the desk of a professional solar installer. Learn site evaluations fundamentals including performance estimation, economic payback calculations, and array layouts. Complete the hour by navigating a site survey and array layout considerations.
Part of a four-hour introduction to solar that is no ordinary introduction. Even solar field professionals will benefit from the design fundamentals discussed. Solar power is only 3% of the USA's electricity market and less than half of that is rooftop solar. But many buildings have the potential to generate more power than they consume. Learn the latest in design practices while learning how to best implement renewables on a home or business.
Course Outline:
1. PERFORMANCE ESTIMATION
2. ECONOMIC CALCULATIONS
3. ARRAY LAYOUT
4. REMOTE SITE ASSESSMENT
Learning Objectives:
Upon completion of this course, the student will be able to:
• Estimate solar array production and compare it against facility energy use.
• Consider an array layout strategy to benefit density, aesthetics, or safe installation.
Benefit for Attendee:
This course will give Architects, Engineers, Contractors, and Solar Installers an introduction to Learn solar power fundamentals as well as design techniques.
Course Details Sign Up
Design
Your Solar Roof - Part Two Overview JC-102 Course Description:
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video Self-Study
None
None
Architects, Environmental Engineers,
Contractors, Solar Installers
Experience Level Course ID PDH Credits Author
1
John-Ross Cromer, P.E.
The second part of a four-hour introduction to solar, expand upon site survey skills to complete a preliminary design, focusing on three-dimensional shade analysis, determining the final circuit configurations, and develop an interconnection strategy. Complete enough the site survey information to develop project documentation necessary for permitting.
Course Outline:
1. SHADE ANALYSIS
2. INVERTER SIZING
3. INTERCONNECTION
4. PROJECT DOCUMENTATION
Learning Objectives:
Upon completion of this course, the student will be able to:
• Understand 3D shade analysis techniques to understand irregular object shading (such as trees) can be modeled into performance estimating.
• Use manufacturer sizing tools to finalize designs and convert them into a material list for bidding.
Benefit for Attendee:
This course will give Architects, Engineers, Contractors, and Solar Installers an introductory course designed for experienced building professionals and is essential for any architect, engineer, project manager, or contractor interested in adding solar power to their existing skillset.
Course Details Sign Up
Design
Your Solar Roof - Part Three Overview JC-103 Course Description:
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video Self-Study
None
None
Architects, Environmental Engineers,
Contractors, Solar Installers
Experience Level Course ID PDH Credits Author
1
John-Ross Cromer, P.E.
Part three of a four-hour introduction to solar design, this class will cover details such as finalizing the system one-line diagram, determining racking components, as well as final design notes such as aesthetics, internal conduit runs, and computer-assisted design capabilities. By this point in the program, you will understand terms and components, as well as how complete project permit documents are assembled.
Course Outline:
1. FINALIZING DESIGN
2. RACKING SIZING
3. AESTHETIC CONSIDERATIONS
4. INTERNAL CONDUIT RUNS
5. SOLAR FINAL NOTES
6. CAD CONCLUSIONS
Learning Objectives:
Upon completion of this course, the student will be able to:
• Walkthrough the site evaluation process to develop a computer-generated single line diagram.
• Learn cable management techniques to improve construction and operational safety.
Benefit for Attendee:
This course will give Architects, Engineers, Contractors, and Solar Installers an introduction to Learn the latest in design practices while learning how to best implement renewables on a home or business.
Course Details Sign Up
Design
Your Solar Roof - Part Four Overview JC-104 Course Description:
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video Self-Study
None
None
Architects, Environmental Engineers,
Contractors, Solar Installers
Experience Level Course ID PDH Credits Author
1
John-Ross Cromer, P.E.
Part four of the Design Your Solar Roof program, which places you behind the desk of a professional solar installer, focuses on battery sizing and load control fundamentals.
Multiple strategies are discussed to implement cost-effective onsite power management projects on-site even in regions where solar buyback rates are low. Many buildings can take advantage of smaller purpose-built systems designed for commercial demand management or grid backup power. Learn the latest in design practices while learning how to best implement renewables on a home or business.
Course Outline:
1. BATTERIES SIZING
2. MODELING DEMAND
3. LOAD CONTROL
Learning Objectives:
Upon completion of this course, the student will be able to:
• Evaluate right-sizing to optimize utility rate structures for onsite renewables and storage.
• Understand how digital controls and monitoring can add value to energy infrastructure and planning.
Benefit for Attendee:
This is an introductory course designed for experienced building professionals and is essential for any architect, engineer, project manager, or contractor interested in adding solar power to their existing skillset.
Course Details Sign Up
An
Introduction to Dewatering
& Groundwater Control Systems (Installation and Operation) Overview PG-306 Course Description: Course Outline: Learning Objectives: Benefit for Attendee: Course Introduction: Course Summary:
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video
Self-StudyNone
None
Civil & Environmental Engineers, and other Design & Construction Professionals
Experience Level Course ID PDH Credits Author
2
J. Paul Guyer, P.E., R.A.
This course provides an introduction to the installation and operation of groundwater control and dewatering systems for a variety of infrastructure features and projects.
1. INSTALLATION OF DEWATERING AND GROUNDWATER CONTROL SYSTEMS
2. OPERATION AND PERFORMANCE CONTROL
3. CONTRACT SPECIFICATIONS
At the conclusion of this course, the student will be able to:
Intended Audience:
This course is intended for Civil and Environmental Engineers and other Design and Construction Professionals wanting an introduction to dewatering and groundwater control systems installation and operation.
This course will give Environmental and Civil Engineers and others, the information about the requirements for operation and installation of groundwater control and dewatering systems and equipment.
This course provides introductory installation and operation information about groundwater control and dewatering systems.
This course will give you an introduction to systems that will help you to address groundwater control and dewatering issues that may be encountered on a variety of infrastructure projects.
Course Details Sign Up
An
Introduction to Field
Pumping Tests for Dewatering and Groundwater Control Overview PG-319 Course Description: Course Outline: Learning Objectives: Benefit for Attendee: Course Introduction: Course Summary: This course includes a multiple-choice quiz at the end, which is designed to enhance the understanding of course materials.
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Self-Study
None
None
Civil & Environmental Engineers, and other Design & Construction Professionals
Experience Level Course ID PDH Credits Author
2
J. Paul Guyer, P.E., R.A.
This course provides an introduction to conducting field pumping tests for design and installation of dewatering and groundwater control systems for excavation and other work associated with the construction of buildings and other infrastructure.
1. GENERAL
2. PUMPING TEST EQUIPMENT AND PROCEDURES
3. EQUILIBRIUM PUMPING TEST
4. NONEQUILIBRIUM PUMPING TEST
At the conclusion of this course, the student will be able to:
Intended Audience:
This course is intended for Civil and Environmental Engineers and other Design and Construction Professionals wanting an introduction to dewatering and groundwater control systems installation and operation.
This course will give Environmental and Civil Engineers and others information about the requirements for pumping tests necessary for groundwater control and dewatering systems and equipment.
This course provides introductory information about equilibrium and nonequilibrium groundwater control pumping tests
This course will give you an introduction to pumping tests that will help you to address groundwater control and dewatering issues that may be encountered on a variety of infrastructure projects.
Course Details Sign Up
Overview PG-311 Course Description: Course Outline: Learning Objectives: Intended Audience: Course Introduction: Course Summary: An Introduction to Solar Collectors & Solar Photovoltaic Systems
Instructional Method Advanced Preparation Program Prerequisites Course Intended For:
Video
Self-StudyNone
None
Environmental Engineers, Architects, &
other Building Design, & Construction Professionals
Experience Level Course ID PDH Credits Author
2
J. Paul Guyer, P.E., R.A.
This course presents design criteria and costs analysis methods for the sizing and justification of solar heat collectors for space heating and cooling of buildings and domestic hot water (DHW) heating. Information is presented to enable Engineers to understand solar space conditioning and water heating systems and conduct feasibility studies based on solar collector performance, site location, and economics. Both retrofit and new installations are considered.
1. INTRODUCTION
a. SCOPE
b. RELATED CRITERIA
c. SOLAR ENERGY
2. FLAT PLATE SOLAR COLLECTORS
a. COLLECTORS
b. ENERGY STORAGE AND AUXILIARY HEAT
c. DOMESTIC HOT WATER SYSTEMS (DHW)
d. THERMOSYPHON, BATCH, AND INTEGRAL COLLECTOR SYSTEMS
e. SPACE HEATING AND DHW SYSTEMS
f. PASSIVE SYSTEMS
g. SOLAR COOLING SYSTEMS
h. SYSTEM CONTROLS
At the conclusion of this course, the student will be able to:
This course is intended for Engineers, Architects, and other Building Design and Construction Professionals who want to learn about the basic technology of solar collectors and how they can be employed to power space heating and cooling and domestic hot water heating systems for buildings.
This course will introduce you to solar collectors, energy storage and auxiliary heating systems, passive solar heating, and solar-powered cooling systems.
Upon completion of this course, you will have an understanding of the standards and performance criteria for solar heating systems, solar radiation, and its collection, important collector features, freeze protection, air, and liquid collectors, collector fluids, and solar-powered cooling systems.