Deciding when to take each course in the ERE program can be a daunting task. Be sure to meet with your ERE faculty advisor each semester for useful advice. In addition, many students use the flow chart to assist in deciding what course to take. Advice from previous students is also very helpful. Lastly, the following list gives course selection advice that faculty advisors will generally give students. The list is separated into sections pertinent to the number of ERE units that you have completed. ERE units include all ERE, Math, Physics, Chemistry and Biology courses.
Challenging Four Year Graduation Plan
The ERE faculty has put together a suggested schedule for completing the ERE program in 4 years. This 4-year plan* assumes you are ready to enroll in MATH 109 - Calculus I. Please note that many students take longer than 4 years, as they are not able to successfully complete the suggested number of units each semester. Many students must work outside of school, have family responsibilities, or for some other reason must take a lower unit load.
*All subject specific courses in the 4-year plan at the link above are described in the HSU Office of Registrar's Course Descriptions section for each respective subject here.
Advice for Students with 0-30 Engineering Units
- The ERE Curriculum meets the following General Education (GE) requirements:
- Lower Division Area A Critical Thinking - So ERE students are not required to take Logic, Critical Thinking, Critical Writing, etc.
- Lower Dvision Area A Communications - So ERE students are not required to take COMM 100.
- One Lower Division Area D elective - So ERE students need only take the Institutions courses.
- Area E GE Human Integration - So ERE students are not required to an Area E GE (400) course.
- Additional GE Considerations:
- Engineering majors need only one Area C Upper Division GE course and one Area D Upper Division GE course of the Upper Division GE Component.
- You can plan your GE courses to simultaneously fulfill your Diversity and Common Ground (DCG) requirements by choosing lower division Area C or upper division Area C or D courses that are also Diversity and Common Ground courses. For example: Women, Culture, History (WS 107) fulfills 3 units of the Area C Lower Division requirements, while also counting for 3 units of the Diversity and Common Ground (Domestic) requirements. And Global Awareness (GEOG 300) fulfills 3 units of the Area D Upper Division requirements, while also counting for 3 units of the Diversity and Common Ground (Non-Domestic) requirements. For complete and current information on Area C and D courses that may double count for DCG requirements, see listings in the HSU catalog.
- Don't put off completing the second semester of General Chemistry (CHEM 110). The labs will be difficult to schedule later in your program.
- Take a math class every semester ("Every semester you don't take math is a semester you'll be here longer." ---- Professor Elizabeth Eschenbach).
- Consider a minor in another area. Environmental Resources Engineering graduates have earned minors in areas including Mathematics, Chemistry, Geographic Information Systems, Language, and Environmental Ethics.
- Work with your faculty advisor to develop your individual graduation plan.
Advice for Students with 30-60 Engineering Units
- Start the computational methods series (Computational Methods I, II, and III - ENGR 225, ENGR 325, ENGR 326) after you have completed Statics (ENGR 210). You should take Dynamics (ENGR 211) and Comp Methods I (ENGR 225) at the same time. In ENGR 326 you will design your own project, and you need to have enough engineering background (e.g., ENGR 331-Thermodynamics completed, and enrolled in ENGR 333-Fluid Mechanics) to have an excellent project.
- Complete Fluid Mechanics (ENGR 333) and the Computational Methods III (ENGR 326) as early as possible. Most of the 400-level courses require the skills and knowledge learned in these classes or their prerequisites.
- If you are interested in energy, plan to take General Physics II (PHYX 110) early and to take Electronics & Electronic Instrumentation (PHYX 315) as your Science Elective. PHYX 315 is a required prerequisite for Renewable Energy Power Systems (ENGR 475), and is strongly recommended for the other energy design courses (ENGR 471, ENGR 473, ENGR 477). However, if you do not plan on taking energy design courses and you need some flexibility in your schedule, you can take PHYX 110 later in your program.
- It is important to always keep an up-to-date rÃ©sumÃ©. Services and workshops are available through the Career Center, or ask a professor to look it over for you. A completed rÃ©sumÃ© is one less obstacle when looking for an internship or job.
Advice for Students with 60 or more Engineering Units
Planning for graduation
You should checking that you have fulfilled all the requirements to graduate. To graduate you need to make sure that you have fulfilled three requirements:
Engineer-in-Training (EIT) Exam
Engineering registration (also known as engineer licensing) in the United States is an examination process by which a state's board of engineering licensing determines and certifies that you have achieved a minimum level of competence. The first exam in this process is the Fundamentals of Engineering (FE) Exam (also known as the Engineer-in-Training (EIT) Exam). The FE exam covers basic subjects from mathematics, physics, chemistry and engineering. The exam has recently transitioned to a computer-based exam, and information is available from the National Council of Examiners for Engineering and Surveying (NCEES). Students passing the exam receive their EIT license, the first step in attaining a Professional Engineering license. Keep the following in mind as you prepare for the exam:
Advice for students considering graduate school
You should know why you want to attend graduate school. A masters degree increases your career opportunities, provides you with additional credentials and can allow you to specialize in a field of interest. A doctorate will allow you to further specialize. With a doctorate you can consider a career in research or in academia, where you will teach and do research.
There are two types of Masters Programs: Research Based and Project Based
- A research based masters develops your research skills and prepares you for pursuing a doctorate. It is a good way to test if you like doing research. A disadvantage of a research based masters is that the research may have an indefinite time line. Therefore, it might take you longer than you expect to finish.
- A project based masters will have a well defined project and a more definite time line, but will not provide you with research experience.
Most firms do not prefer a research based masters versus a project based masters, but some doctorate programs may prefer a research based masters degree.
The degrees associated with the research and project based programs vary. The names mean different things at different universities. Some of the potential degrees are:
- Master of Engineering
- Master of Science
- Doctor of Engineering
- Doctor of Science
If you are considering graduate school keep the following in mind.
- Keep your GPA high, especially in your 400-level courses.
- Consider reading a book on preparing for graduate school. Many people find the graduate school experience quite different than undergraduate.
- If you think you may be interested in participating in research, try to get involved with an ERE faculty research project or a summer undergraduate research program, such as the one through the National Science Foundation.
- If you intend to get a Ph.D. in Engineering, take more mathematics and chemistry as an undergraduate. These courses will only help you.
Graduate School Planning and Scheduling
Once you decide you want to go to graduate school do a literature search, pick an area of study, and then ask faculty to help you find programs and people in that area. Identify people with whom you would like to work. Are they doing research that interests you? Visit the Career Center for further information on searching for graduate schools.
Applications for graduate schools are generally due from December 15 through March 1. Applications require a series of steps.
- Take the GRE exam. Many schools require both the General and the Engineering Subject Exam. The General Exam is very similar to the SAT. Be sure to study for the GRE; you can improve you score significantly.
- You will need Letters of Recommendation. Be sure to give your references plenty of time to complete these for you. Remind them a few days before they are due.
- Your application process will likely require a "Statement of Interest". Get help from a professor to create a concise and well formed statement.
Once accepted to a graduate school visit prospective schools, if possible, to meet with faculty AND graduate students. Acceptance letters and coordinated visits usually occur in March and April.