The Energy Institute at Salem Community College offers various certifications and courses related to sustainable energy fields like solar photovoltaics, building energy auditing, and green building. It provides BPI and NABCEP certification exam preparation and administers the exams. The career ladder program allows students to take individual courses or work towards certificates and degrees. Course offerings cover topics like solar PV installation, building energy auditing, weatherization, and sustainable construction practices. The goal is to prepare students to enter sustainable energy careers.
Experience ImagineSolar: Hands-on Training at our Solar Lab | Online Solar & ...Alisha Cloud
Learn about ImagineSolar's unique Solar Lab, our online solar and smart grid courses, and our commitment to advancing the transformation of the clean energy industry.
We are the first licensed solar and smart grid school in Texas, and we offer over 200 hours of courses and workshops as well as project consulting, workforce training and custom courses for corporate clients. Our clients include commercial accounts, engineering companies, contractors, project developers, new ventures, utilities, investors, government agencies (all levels), schools and non-profits, as well as individuals who want to build their careers in the Solar and Smart Grid industries.
ImagineSolar has been awarded IREC’s ISPQ Continuing Education Provider Accreditation (#US-0134) for the following courses: PV201, PV320, PV321, and PV330. IREC (Interstate Renewable Energy Council) is the North American Licensee for the ISPQ Standard for Accreditation and Certification of renewable energy and energy efficiency training providers. Additionally, ImagineSolar is also approved by NABCEP (North American Board of Certified Energy Practitioners) to proctor the NABCEP Entry Level Exam. Our courses are in sync with NABCEP’s learning objectives and job task analyses, and are formatted to prepare you for NABCEP's exams for the PV Installation or PV Technical Sales Professional Certifications.
Our online courses feature 6 or 9 months of access to the e-learning campus, instructor support, and ongoing Online LIVE classrooms. These Online LIVE sessions give participants a place to work solar PV system design problems, ask NEC Code questions, and learn about installing grid-tied and off-grid solar PV systems. ImagineSolar Online delivers the flexibility of an online course with the support and camaraderie of a solar campus.
A printed circuit board (PCB) is a fundamental component in modern electronics that serves as a platform for assembling and connecting electronic components. It provides a solid foundation for the interconnection of various electronic elements, including integrated circuits (ICs), resistors, capacitors, and other passive and active components.
The construction of a PCB typically involves a thin board made of non-conductive material, often fiberglass reinforced with epoxy resin or other laminates. The surface of the board is coated with a layer of copper, which serves as the conductive material for the electrical pathways.
PCB design involves a meticulous layout of conductive traces, which form the pathways for electrical signals to flow between components. These traces are usually etched onto the copper layer through a process of chemical etching or mechanical milling. The layout of the traces is determined by the circuit schematic, aiming to minimize signal interference, optimize signal integrity, and ensure efficient electrical connectivity.
In addition to the conductive traces, a PCB features various other elements. These include pads and vias. Pads are small areas of exposed copper where electronic components are soldered onto the board. Vias are holes drilled through the board that connect different layers of the PCB, facilitating the routing of traces between them.
PCBs can have multiple layers, ranging from single-sided boards with components mounted on one side, to double-sided and multi-layer boards, which have components mounted on both sides and multiple layers of conductive traces sandwiched between insulating layers.
The manufacturing process for PCBs involves several steps, including design and layout, fabrication of the board itself, application of the copper layer, etching or milling of the traces, drilling of holes for components and vias, and finally, assembly of components onto the board through soldering or other methods.
PCBs are essential in a wide range of electronic devices, from simple consumer electronics like calculators and remote controls to complex systems like computers, smartphones, and medical equipment. Their compact design, reliability, and scalability make them indispensable in the world of modern electronics, enabling the creation of increasingly sophisticated and efficient electronic devices.
Experience ImagineSolar: Hands-on Training at our Solar Lab | Online Solar & ...Alisha Cloud
Learn about ImagineSolar's unique Solar Lab, our online solar and smart grid courses, and our commitment to advancing the transformation of the clean energy industry.
We are the first licensed solar and smart grid school in Texas, and we offer over 200 hours of courses and workshops as well as project consulting, workforce training and custom courses for corporate clients. Our clients include commercial accounts, engineering companies, contractors, project developers, new ventures, utilities, investors, government agencies (all levels), schools and non-profits, as well as individuals who want to build their careers in the Solar and Smart Grid industries.
ImagineSolar has been awarded IREC’s ISPQ Continuing Education Provider Accreditation (#US-0134) for the following courses: PV201, PV320, PV321, and PV330. IREC (Interstate Renewable Energy Council) is the North American Licensee for the ISPQ Standard for Accreditation and Certification of renewable energy and energy efficiency training providers. Additionally, ImagineSolar is also approved by NABCEP (North American Board of Certified Energy Practitioners) to proctor the NABCEP Entry Level Exam. Our courses are in sync with NABCEP’s learning objectives and job task analyses, and are formatted to prepare you for NABCEP's exams for the PV Installation or PV Technical Sales Professional Certifications.
Our online courses feature 6 or 9 months of access to the e-learning campus, instructor support, and ongoing Online LIVE classrooms. These Online LIVE sessions give participants a place to work solar PV system design problems, ask NEC Code questions, and learn about installing grid-tied and off-grid solar PV systems. ImagineSolar Online delivers the flexibility of an online course with the support and camaraderie of a solar campus.
A printed circuit board (PCB) is a fundamental component in modern electronics that serves as a platform for assembling and connecting electronic components. It provides a solid foundation for the interconnection of various electronic elements, including integrated circuits (ICs), resistors, capacitors, and other passive and active components.
The construction of a PCB typically involves a thin board made of non-conductive material, often fiberglass reinforced with epoxy resin or other laminates. The surface of the board is coated with a layer of copper, which serves as the conductive material for the electrical pathways.
PCB design involves a meticulous layout of conductive traces, which form the pathways for electrical signals to flow between components. These traces are usually etched onto the copper layer through a process of chemical etching or mechanical milling. The layout of the traces is determined by the circuit schematic, aiming to minimize signal interference, optimize signal integrity, and ensure efficient electrical connectivity.
In addition to the conductive traces, a PCB features various other elements. These include pads and vias. Pads are small areas of exposed copper where electronic components are soldered onto the board. Vias are holes drilled through the board that connect different layers of the PCB, facilitating the routing of traces between them.
PCBs can have multiple layers, ranging from single-sided boards with components mounted on one side, to double-sided and multi-layer boards, which have components mounted on both sides and multiple layers of conductive traces sandwiched between insulating layers.
The manufacturing process for PCBs involves several steps, including design and layout, fabrication of the board itself, application of the copper layer, etching or milling of the traces, drilling of holes for components and vias, and finally, assembly of components onto the board through soldering or other methods.
PCBs are essential in a wide range of electronic devices, from simple consumer electronics like calculators and remote controls to complex systems like computers, smartphones, and medical equipment. Their compact design, reliability, and scalability make them indispensable in the world of modern electronics, enabling the creation of increasingly sophisticated and efficient electronic devices.
Energy audit and career opportunities -EnSaveDharmalingam P
This presentation addresses the general aspects of Energy Management and Energy auditing practices in India and career opportunities for upcoming Engineers(Electrical, Mechanical, Chemical, Civil, Energy )
Business challenges, energy Conservation Act, legal mandates for energy conservation and Carrier opportunities are presented in today's context.
Setty & Associates Net Zero Building AIA CourseJohn Schultz
Real world experience with the planning, approach, design and execution to accurately analyzing and then building one of the largest net zero buildings in the world. This presentation will not focus on theories or policies about net zero but how it can be done in a dense urban environment in Washington, DC. This presentation is about how to execute, be creative and most importantly stress the engineering power generation piece of the puzzle. The building will not sacrifice usage, will not buy “green power” to be successful and is located in a city that will see 100 degree hot humid days as well as sub zero snow filled months. The presentation will cover stakeholder issues, community participation in its success and the engineering behind the school’s M/E/P systems. Several features of this net zero building have not been done before in commercial buildings and in many cases, this building will break new ground for the best in M/E/P engineering systems. From the use of a massive solar array on the school to micro “ORC” power generators to bio-fuel energy extraction systems, the school will deploy sophisticated technology which has to be operated and maintained by the facilities staff.
Introduction on EcoSol Services:
1- Energy & Water Management
2- Renewable Energy (Solar PV systems)
3- Lighting Management Solutions
4- Sustainability and Green Buildings
5- Capacity Building and Trainging
6- Measurement and Verification Services
6. The Energy Institute offers BPI (Building Performance Institute) certification and the NABCEP
(North American Board of Certified Energy Practitioners)
Entry-Level Exam:
• BPI programs include Building Analyst Professional and Envelope Professional
certifications, and
• Solar Photovoltaic (PV) entry-level exam preparation and PV Entry-Level Exam.
BPI and Registered NABCEP Entry-Level Exam Provider
Classes are offered as followed: The SCC Energy Institute offers BPI written examinations in
• Independent study certifications and field examinations for Building Analysts and
• Online Envelope Professionals.
• Formal classroom • BPI Written Examination $200
• Hands-on lab • BPI Field Examination $400
In addition, the Energy Institute is a provider of the NABCEP
Entry-Level Exam.
• NABCEP Entry-Level Exam $150
For more information or to schedule a test, contact: Raymond Constantine, Director of the Energy Institute, P: 856.351.2604
E: constant@salemcc.edu
7. The Energy Institute's career-ladder model enables students to work toward entering the
sustainable energy field as quickly and easily as possible. All courses taken at the lower
levels may be
applied to
certificates and
or a degree
program at higher
levels of the ladder.
There is no
duplication of
effort or time.
Since the program
is designed to
meet students'
needs at all points
alongthe career ladder (from noncredit modules through associate degree and beyond),
students may "jump on" at any point. Likewise, they may "jump off" when they have
reached their desired career goal.
8. LIST OF SUSTAINABLE ENERGY TECHNOLOGY COURSES:
SET 101 │ SET 150 │ SET 151 │ SET 160 │ SET 161 │ SET 170 │ SET 180
│ SET 181 │ SET 190 │ SET 200 │ SET 210 │ SET 220 │ SET 225
► SET 101 - Energy, the Environment and Society:
Provides an overview of the ways modern society utilizes and converts
energy in its quest for technological and economic advancement.
► SET 150 Solar Photovoltaic Electric Systems:
This course provides students planning to enter the solar field with
the knowledge necessary to take the NABCEP Photovoltaic or PV Entry-
Level Exam.
► SET 151 Advanced Photovoltaic Installer:
Covers the NABCEP Photovoltaic Installer Job-Task Analysis, also meets
the education requirements of the NABCEP Installer certification.
(Prerequisites: SET 150 and a passing score on the NABCEP PV
entry-level exam.)
► SET 160 Building Energy Audit Technology (BPI Building Analyst):
Provides students with the knowledge and skills necessary to take the
Building Performance Institute’s (BPI) Building Analyst written and
field exams.
► SET 161 Building Envelope Technology (BPI Certification):
An Envelope Professional conducts energy audits and implements the
energy conservation measures that result from the various whole-house
testing procedures with the blower door and CAZ tests.
(Prerequisite: SET 160)
9. LIST OF SUSTAINABLE ENERGY TECHNOLOGY COURSES:
SET 101 │ SET 150 │ SET 151 │ SET 160 │ SET 161 │ SET 170 │ SET 180
│ SET 181 │ SET 190 │ SET 200 │ SET 210 │ SET 220 │ SET 225
► SET 170 Weatherization Building Science:
Provides the basic weatherization building science skills to prepare
students to take the U.S. Department of Energy, National Renewable
Energy Laboratory (USDOE, NREL) National Worker Certification tests
for weatherization systems workers.
► SET 180 Green Building Technology:
Is designed to enlighten students to the current green building
technologies and to help them realize the impact and applications of
green building as a practice.
► SET 181 Sustainable Building Design and Practices:
Familiarizes students with green construction methods and benefits in
applying the Leadership in Energy and Environmental Design (LEED)
principles.
► SET 190 Construction Safety Management:
Provides an overview of fundamentals of Safety Management Principles,
including a detailed review of OSHA regulations and standards
pertinent to energy auditors, solar system installers, green builders
and weatherization technicians
10. LIST OF SUSTAINABLE ENERGY TECHNOLOGY COURSES:
SET 101 │ SET 150 │ SET 151 │ SET 160 │ SET 161 │ SET 170 │ SET 180
│ SET 181 │ SET 190 │ SET 200 │ SET 210 │ SET 220 │ SET 225
► SET 200 Sustainable Energy Internship:
Provides students the opportunity to experience the energy field.
Building on classroom knowledge, students further develop their
practical skills in a real-world context.
► SET 210 Wind Energy Technology:
The course introduces the students to the details of various types of
commercial wind technology available in the marketplace today as well
as acquaints them with the fundamental theory and physics behind wind
energy generation.
► SET 220 Photovoltaic Solar Technology:
The course provides a foundation in how to perform a site assessment,
how to select favorable locations, how to estimate a photovoltaic (PV)
system’s expected performance, how to perform economic analysis of PV
systems, how modules and inverters work and the major components
required for interconnecting a PV system to the grid.
► SET 225 Advanced Solar Thermal Installer:
Covers the NABCEP Solar Thermal Installer Job-Task Analysis, and meets
the education requirements of the NABCEP Installer certification.
Prerequisites: SET 150 and passing score on the NABCEP
Photovoltaic entry-level exam.
18. “We are like tenant farmers chopping down the fence
around our house for fuel when we should be using
Nature’s inexhaustible sources of energy – sun, wind, and
tide. I’d put my money on the sun and solar energy. What a
source of power! I hope we don’t have to wait until oil and
coal run out before we tackle that.” - Thomas Edison, 1931