This introductory course in Environmental Health and Safety Management (EHSM) provides an overview of the impact of physical, biological, and chemical hazards on our environment and human health. Specifically, it focuses on critical topics such as water and air pollution, land management, hazardous materials, worker rights, and regulatory oversight. Further, the course distinguishes between historical and current events that have prompted current legislation and best practices to minimize pollution and resource use, encourage worker health and rights, and create more sustainable societal practices. (CSU)

Industrial sustainability focuses on the study of raw materials and chemicals used in industrial activities, their movement through the industrial process, and the evaluation of their impact on the environment. Topics will include evaluating environmental impacts, resource management and reduction, waste recycling, reuse and reduction, life cycle assessment of products, and sustainable procurement and distribution, renewable energy, green building, corporate social responsibility, and the applicable regulations and standards. (CSU)

Runoff Sampling for Construction provides basic understanding of sampling protocol generally associated with runoff sample collection under the Construction General Permit (CGP), but also for runoff sample collection in general. Attendance will involve online and in-person events, including hands-on sampling practice. The course will benefit those assigned to sample stormwater runoff that may not have a strong stormwater background. The course may also be used as credit for ongoing education for those performing stormwater sampling or reviewing sampling results and protocols. (CSU)

Best Management Practices (BMPs) for Construction provides a comprehensive understanding of erosion and sediment control for construction runoff, and for other construction pollutant sources, following municipal and general construction permit requirements. Students review the predominant erosion and sediment control BMPs for construction runoff before discharging to city stormwater collection systems or waterbodies. BMPs for other construction water quality pollutants such as metals and petroleum hydrocarbons will be introduced. The course distinguishes between BMP major categories such as erosion, sedimentation, and concentrated flow. Students will achieve a better understanding of installing or implementing BMPs as well as inspecting construction BMPs. Common errors in construction BMP installation and implementation will be highlighted. The BMPs for Construction course will benefit those working directly within or contracted to construction projects and provide knowledge for reviewing construction BMP plans, as well as improve inspectors' background to assess BMP implementation. The course may be used as credit for on-going education for those performing BMP implementation or reviewing BMP plans and protocols. (CSU)

Study of the acute and chronic health effects produced by exposure to chemical, physical, and biological agents. Topics include routes of entry, toxic effects, risk evaluation, permissible exposure limits, medical surveillance, control methods for reducing exposure, and using Safety Data Sheets (SDS) to develop strategies to reduce worker exposure. (CSU)

Overview of the elements which are incorporated in a comprehensive general industrial safety program. Emphasizes methods used to reduce accidents/injuries through the application of workplace health protection and safety fundamentals. Topics include protocols, safety audits, data collection and analysis techniques, interpretation of safety data, safety inspections, development and implementation of safety programs, worker education, and the essentials of Personal Protective Equipment (PPE). (CSU)

An overview of laboratory safety management which may be performed by a safety technician in biotechnology, chemical manufacturing, university and private laboratory settings. Topics include recognition, evaluation and control of laboratory hazards associated with chemicals, radioactive materials, lasers, animals, laboratory equipment, and biological materials. Emphasis will be on environmental health and safety management duties performed in laboratory settings. (CSU)

Introduction to California and Federal (Cal/OSHA and Fed/OSHA) construction safety standards and regulations. Integrated study of hazard recognition and abatement principles related to the construction worksite. Topics include: compliance issues and challenges facing safety professionals including mishap and case study analysis; California and Federal construction safety standards; worksite inspection; interfacing with compliance officials; vertical and horizontal standards; and common construction industry compliance issues. (CSU)

Overview of hazardous waste regulations with an emphasis on generator compliance, site investigation, remediation, permitting, enforcement, and liability. Explains the hazardous waste regulatory framework and the types of environmental resources available; develops research skills in the hazardous waste area; and provides hands-on application of the regulations at the technician level. Topics include proper methods of preparing a hazardous waste manifest, labeling of storage containers, sampling and analysis, preparing an Environmental Audit, and selecting environmental consultants. (CSU)

Requirements and applications of federal, state and local hazardous materials laws and Requirements and applications of federal, state and local hazardous materials laws and regulations. Emphasizes program compliance with OSHA (Occupational Health and Safety Administration) Hazard Communication Plan, EPA (Environmental Protection Agency) Community Right-To-Know, Department of Transportation, Proposition 65, and Emergency Response Plan. Includes the legal framework of hazardous materials laws and requirements and step-by-step program development: written plan, obtaining/interpreting MSDS (Material Safety Data Sheets), labeling, emergency responders site map, shipping, handling, and training. Students will develop plans related to hazardous materials management through hands-on program development: DEH/HMD (Department of Environmental Health/Hazardous Materials Division) Hazardous Material Business Plan, OSHA Hazardous Communication Plan, components of CalARP (California Accidental Release Prevention) and RMP (Risk Management Plan), and planning and reporting functions. (CSU)

Introduction to the principles of anticipating, recognizing, evaluating, and controlling biological, chemical, and physical hazards in occupational settings. Examination of the historical development of industrial hygiene and occupational health and safety as professional disciplines. Emphasis on basic physiological processes and the health effects associated with occupational exposures. Includes an overview of occupational health and safety programs and applicable government regulations. Covers industrial hygiene monitoring and sampling techniques for airborne chemical contaminants and physical hazards such as noise, heat, and ionizing and non-ionizing radiation. (CSU)

Study of how accidents and incidents occur in the occupational health and safety environment. Instruction in the establishment and maintenance of safety programs and comprehensive analysis of occupational health programs with an emphasis on safety program management. Topics include: planning approaches to safety and health management used by international, national and local regulatory agencies, insurance companies, and professional societies; risk management; worker compensation; and employee accommodations in the workplace. Students will develop plans related to safety and risk management. (CSU)

Overview of water/wastewater regulations with an emphasis on federal, state and local regulatory standards. Integrated study of the principles of wastewater and stormwater management including hydrology, water distribution, wastewater collection, stormwater management, and overall safe drinking water issues. (CSU)

Overview of air quality regulations with an emphasis on federal, state and local requirements. Integrated study of the principles of air permits and permit compliance including source testing, emission reduction, inspections, monitoring, stationary and mobile sources, air toxics, new equipment shakedown, and overall global air quality issues. (CSU)

Stormwater Runoff Management Regulatory Concepts introduces the background and regulations applicable in stormwater management to workers, managers, and inspectors in industrial, construction, agriculture, tribal and municipal industries. Coursework covers fundamental stormwater rules and regulations, and educational measures behind stormwater and watershed management. Applications include understanding stormwater permit requirements, concepts of water quality, and recognizing Best Management Practices (BMPs) in field settings. The course provides entry-level coursework in stormwater management for those entering or working in stormwater positions and background knowledge for those seeking State or nationwide certifications such as Qualified SWPPP Developer (QSD), Qualified SWPPP Practitioner (QSP), or Qualified Industrial SWPPP Practitioner (QISP). (CSU)

Stormwater Runoff Management Technical Background provides background knowledge in stormwater management for managers and inspectors in industrial, construction, agriculture, tribal and municipal operations. Coursework covers a brief review of stormwater regulations and introduces the applicable technical math, water quality, and chemistry contexts for understanding stormwater runoff. Applications include understanding units of concentrations and loadings applied to Best Management Practices (BMPs) in field settings. The course provides entry-level coursework for stormwater management and reporting, and skills for those seeking or pursuing positions in stormwater such as Qualified SWPPP Developer (QSD), Qualified SWPPP Practitioner (QSP), or Qualified Industrial SWPPP Practitioner (QISP). (CSU)

Stormwater Runoff Management Construction Inspections provides applicable skills in stormwater management to inspectors in construction and municipal enforcement. Coursework covers a review of stormwater rules and regulations and applying Best Management Practices (BMPs) in field settings. The Stormwater Runoff Management Construction Inspections course provides knowledge and skills to inspect to Construction BMPs for erosion, sedimentation and construction materials and wastes. (CSU)

Stormwater Runoff Management Post-Construction Best Management Practices (BMPs) Inspections provides applicable skills in stormwater management to municipal inspectors for stormwater post-construction BMPs. Coursework covers a review of stormwater rules/regulations, inspection demands of various post-construction BMP operations, and common inspection form completion. Applications include understanding Municipal Separate Storm SEWR System (MS4) permit requirements, principles of hydraulic and water quality mechanisms for post-construction BMPs and inspecting toward effective operational BMPs during storms. The course provides knowledge and skills to meet goals and expectations of post-construction BMP inspections. (CSU)

Erosion and Sedimentation Concepts applies to construction, agricultural and other sites with an emphasis on erosion control, Best Management Practice (BMP) selection, and site inspections. The course describes regulations supported by erosion and sedimentation theory and practices/controls and demanding the understanding of the various aspects of erosion and sedimentation theory. Primary topics and applications involve erosion and sedimentation historically in agriculture and the transitional application into construction and watershed management. (CSU)

Erosion and Sedimentation Calculations applies to construction, agricultural and other land uses with an emphasis on erosion control calculation, sediment load calculations, and Best Management Practice (BMP) design. The course involves calculations evolving from erosion and sedimentation theory and transitioning to erosion and sediment control. Erosion and sedimentation calculation scenarios are reviewed in agriculture and the transitional application into construction. (CSU)

Stormwater Quality Concepts applies to construction, industrial and agricultural operations and watershed/land use management impacts on water quality, aquatic life, and water resources. The course covers regulations behind water quality standards, pollutant sources, and runoff theory. Topics support holistic watershed management, including water quality loading patterns from municipal, agricultural, commercial, and other natural and developed land use runoff for regulatory Waste Load Allocations and Total Maximum Daily Loads. (CSU)

Stormwater Quality Calculations applies to construction, industrial, municipal, tribal, and agricultural operations, as well as overall watershed and land use management with an emphasis on water quality BMP design/selection and water quality pollutant loading calculations. The course involves calculations, models and regulations behind water quality standards, pollutant sources and details runoff theory and understanding of the various aspects of pollutant build-up and wash-off theory. Special topics include water quality loading patterns from natural and developed land use runoff, as well as the impact to living organisms and aquatic environments. (CSU)

Instruction in safety and emergency response to chemical and physical exposures in industrial and field settings. Topics include: hazard analysis; contingency planning; housekeeping and safety practices including proper use and selection of PPE (Personal Protective Equipment); site control and evaluation; handling drums and containers; field sampling and monitoring; proper use of instruments; incident response planning; emergency response including field exercises in the use of PAPR (Powered Air Purifying Respirator) and SCBA (Self Contained Breathing Apparatus); and an overview of the ICS (Incident Command System). Satisfies requirements for generalized employee training under OSHA (Occupational Health and Safety Administration) [29 CFR 1910.120] and Title 8, California Code of Regulations [5192 (e) (3) (A)]. (CSU)

Practical application of principles and procedures learned in the classroom to various phases of Environmental Health and Safety Management (EHSM). Work experience will be paid or volunteer positions at local industries or governmental agencies that regulate environmental industries. Placement assistance will be provided, but students are required to select and secure a placement site. Minimum of one unit of work experience is required to complete the EHSM certificate/degree. Occupational cooperative work experience credit may accrue at the rate of one to 8 units per semester for a total of sixteen units, and students must work 54 paid hours or unpaid hours per unit earned. May be taken for a maximum of 8 units in EHSM. 54 hours paid or unpaid work experience per unit, 1-4 units. (CSU)

Field experiences will enhance student abilities to perform various Environmental Health and Safety Management (EHSM) applications under the direction of a qualified EHS professional. Applied experience will provide students with important workplace critical thinking, written and verbal communication, and technical skills difficult to learn in the classroom environment. (CSU)