Academic Advising Notes: Computer Technology Path, Transfer Planning, and Financial Aid
Current Student Profile and Context
Student has AP credits in Chemistry and Spanish; also has a math credit from Central Washington University. AP credits are awaiting transfer and must be transferred in before they affect course placement. Transcript sent roughly two weeks ago; transfer credit review can take about 2-3 months. Recommendation: avoid enrolling in the three courses that may be impacted until transfer status is clarified.
English placement: student has a positive result for English 101 placement (HE score of 6). English 101 placement confirmed as acceptable.
Math placement/credit: AP Math credit exists, but there is ambiguity about which exact math course it satisfies. Math 100T is mentioned, but there may be a hold until AP/college credits transfer. Precaution: avoid math courses until transfer is confirmed.
Degree interests: considering Computer Technology (CTC) sequence with a hardware emphasis, plus related IT/network admin activities. Discussion of two related degrees:
Electronics Technology: hardware-focused, two-year program, generally non-transferable to a 4-year, with strong hands-on hardware repair/diagnosis roles.
Computer Technology (network admin/IT focus): more software and network-oriented, potential for transfer via AS/AA pathways; also includes hardware components but leads toward IT/network administration jobs.
Internship context: internship with the DOT influenced preference toward hands-on hardware work rather than pure software.
Career goals and expectations: aim toward roles like hardware installation, data center support, IT infrastructure, and potential roles at big tech companies (e.g., Microsoft) or other large employers. Emphasis on hands-on, on-site hardware work rather than exclusively coding.
Transfer goals: dream to transfer to a larger university (e.g., University of Washington). Past credits from Wenatchi Valley College did not transfer cleanly, prompting consideration of a two-year transfer path to minimize retracing courses.
Advising emphasis: clarify transfer options (AA vs AS), align courses to transfer requirements, and plan for a bachelor’s degree if possible.
Key Concepts and Definitions
AA (Associate of Arts): a transfer-friendly associate degree focusing on general education and humanities/social science courses; supports transfer to four-year programs.
AS (Associate of Science): a transfer-focused associate degree typically more aligned with science/engineering programs; often requires math/science prerequisites and may constrain or guide transfer pathways, sometimes with more restricted elective options intended to count toward transfer.
ATS (Associate of Technical Science): a two-year degree not typically designed for transfer to a bachelor’s program; focused on technical skills for immediate workforce entry.
CT/CTC (Computer Technology/Computer Technology & Network Administration): a program sequence intended to prepare students for IT infrastructure, networks, and some hardware tasks; may offer pathways to transfer, but some variations exist by institution.
Electronics Technology: concentrates on hardware, diagnostics, wiring, and repair of electronic systems and machinery; generally two-year, non-transferable to many four-year programs.
Restricted electives: credits that count toward an associate degree and can transfer to four-year programs; some programs allow up to a limited number of restricted electives (e.g., up to 15 credits in an AS program) that count toward transfer.
SAI (Student Aid Index): the current financial-aid eligibility indicator used to determine need-based aid and scholarship eligibility; may result in little or no aid depending on family income and other factors.
Waitlist process: if a class is full, students can join a waitlist. A class with a status like 3/3 means three available waitlist spots. If someone drops, the first on the waitlist is enrolled. Some instructors require a Course Change Form to add a student from the waitlist on the first day of class.
Course Change Form: an official form used to request adding a student to a class after waitlist placement or after the enrollment window.
Core quarter suggestions: early coursework typically includes English 101, foundational math, and a CT/IT-related course, plus two elective options to fill the schedule.
Transfer sequencing strategy: to optimize transfer, focus on AA or AS degree completion in two years, then transfer as a junior to a four-year university by aligning coursework with target programs (computer science/engineering) and ensuring electives count toward transfer.
Major Ideas and Takeaways
Placement and transfer timing: AP/college credits can take 2-3 months to verify and transfer; plan coursework around that timeline and consider avoiding certain math courses until transfer status is finalized.
Degree choice alignment with career goals: Electronics Technology is hardware-focused and less transferable; Computer Technology/IT pathways align more with transfer to a four-year program and with hands-on hardware work via a blended IT/hardware role.
Transfer strategies: If transfer to a four-year university is a goal, AA or AS are the recommended routes. AS may be more demanding (needs precalculus and other math/science prerequisites) but can transfer to STEM/engineering programs; AA is more general and often flexible for transfer.
Funding considerations: SAI may indicate limited or no aid; applying for local scholarships (WVC) and state scholarships (Washington State Opportunity Scholarship) can provide meaningful funding.
Scheduling and registration advice: use waitlists strategically; enroll in open seats for non-waitlisted classes to secure a backup plan; once admitted to a waitlisted class, consider dropping if another option becomes available; coordinate schedules to avoid conflicts (e.g., English 101 vs CTS hardware/software sections).
Real-world alignment: internships and practical experiences (e.g., DOT internship) influence the preference toward hands-on hardware and IT operations rather than purely software roles.
Practical next steps: verify AP/college credits, decide on an AA or AS path, select the sequence of CT-related courses, and consider how to position for transfer while exploring scholarship opportunities.
Detailed Points by Topic
Placement, Credits, and Transfer Timing
AP credits: Chemistry (AP Chem) and Spanish (AP Spanish) noted; math credit from CWU also present; awaiting transfer in the CT link system.
Transcript review: sent about 2 weeks ago; typical transfer processing window 2-3 months; plan accordingly to avoid misalignment in placement and registration.
English placement: HE score of 6; English 101 deemed satisfied for placement purposes.
Math: AP Math credit considered; uncertain whether it covers precalculus vs calculus; campus has precalculus available, and AP math credit could complicate early math course enrollment.
Decision on math courses: advised to avoid math courses until transfer credits are clarified because the CT sequence will determine math requirements.
Degree exploration: student explored a computer technology degree with a hardware emphasis; identified two related degrees: Electronics Technology (hardware-only) and Computer Technology (network administration/IT emphasis). Also discussed a path toward a bachelor’s degree (transfer) at a university.
Computer Technology Path: Structure and Options
Flyer and sequence: CT sequence in a flyer shows fall term would include English 101, Math 100T (potentially covered by AP credit), and a CT class (BCT) plus two electives.
Scheduling considerations: program is morning-focused; student works in the afternoon; current hours seem compatible (finishing by around 11 AM).
Core courses to enroll in first term: English 101, Math 100T (pending AP transfer), and a BCT/CT class; two electives to fill remaining schedule.
Transferability and degrees:
AS (Associates of Science) is designed for transfer to four-year STEM programs; includes restricted electives (up to 15 credits) that can count toward transfer; emphasizes science/math alignment.
AA (Associates of Arts) supports transfer with emphasis on humanities and general education, often more flexible for non-STEM transfer.
ATS (Associates of Technical Science) is not typically a transfer degree; focused on workforce entry after two years.
Career guidance and target roles: examples of CT-related careers (with typical entry-level and senior pathways) include help desk, IT support, computer systems analyst, data center technician, information technology manager, computer hardware engineer. Electronics-focused roles include PLC programming and hardware maintenance in manufacturing/fulfillment centers.
Hardware vs software orientation:
Electronics Technology: strong hardware focus (wiring, diagnosing hardware, machines in manufacturing); transferability is limited.
Computer Technology: IT/network administration focus (servers, databases, network security, operating systems, and some hardware exposure); more compatible with transfer options and bachelor’s degrees in computer science/engineering.
Advice for the student: if transfer to a four-year university is a goal, prioritize AA or AS depending on interest and prerequisites; speak with program leads (e.g., Dave Burns) to align the degree with desired career path and program requirements; consider a bachelor’s path in Computer Science, Computer Engineering, or Electrical Engineering depending on interest in coding vs hardware and the type of job you want.
Transfer realities:
Computer Technology AS may not be inherently transferable to some four-year programs; but AS can be structured with 15 credits of restricted electives toward another degree at a receiving institution.
If transferring, be prepared to start as a sophomore or junior depending on the credits transferred and the program’s requirements.
For a smooth transfer, focus on AA or AS with a plan to complete core classes that align with the target bachelor’s program and the receiving university’s transfer agreements.
Transfer Path Strategy: AA/AS vs Direct Tech Degrees
The advisor’s recommendation: if you want to transfer, aim for an AA or AS rather than an ATS. The ATS is not designed for transfer and may limit options for a bachelor’s program.
Considerations when choosing AS vs AA:
AS is more suitable for STEM/engineering paths and can be designed to transfer to four-year programs (subject to prerequisites like precalculus and the sciences).
AA is often more flexible for transfer into non-STEM bachelor’s programs and can still transfer to many universities with appropriate general education alignment.
Step-by-step transfer planning:
Decide your target bachelor’s degree (computer science, computer engineering, electrical engineering, etc.).
Review a potential target university’s transfer agreements to map which AA/AS courses will count toward the degree requirements.
Use restricted electives strategically to count toward the transfer degree and eventual bachelor’s degree.
If aiming for UW or another large university, consider starting with AA/AS for two years, then apply to transfer as a junior; most universities expect a mix of core general education and major-specific courses in the first two years.
Practical example: if you want to pursue a hardware-and-software blend (e.g., computer engineering), you might prioritize AS with a focus on computer science/engineering prerequisites, then complement with a bachelor’s program at the transfer university. If you want a broader IT focus with hardware exposure, consider AS with restricted electives in networking/IT hardware and then a bachelor's in a closely related field.
Recommended questions for advising conversations:
Which transfer agreements exist with Central Washington University, UW, or other target schools for AS/AA paths?
Which CT/CTS courses qualify as restricted electives for AS to maximize transfer value?
Are there recommended first-year courses that align with the intended major and minimize time to junior status after transfer?
Registration, Waitlists, and Scheduling Details
Waitlist mechanics:
Example scenario: a class shows 3/3 waitlist availability; you could be first on the waitlist. If someone drops, you are enrolled automatically. If no one drops, you may need to submit a Course Change Form on the first day to request enrollment.
Teacher approval: in many cases, you must also speak with the instructor on the first day to confirm your addition to the class.
Enrollment steps:
Access the CTS/CTC class search, select a class, and choose Enroll. If the class is full, select Add to waitlist (if available).
If you secure a seat through the waitlist, you can drop the class you don’t want later.
To confirm enrollment, view the schedule (list view) and verify the class entries. If you’re on the waitlist, you will see the status in the enrollment view.
Example scheduling decisions discussed:
Core three courses: English 101, a CT/CTS class (software or hardware), and a math course (pending transfer credit status).
Electives: two additional classes, potentially in computer science, programming, psychology, or art/humanities, based on schedule and interest.
Time conflicts: ensure that there are no conflicts (e.g., CTS hardware class at the same time as English 101). If conflicts occur, consider alternate CTS options (software or networking) or reschedule to accommodate core requirements.
Practical guidance for the student’s first quarter:
Enroll in English 101, software CTS class, and business 101 as core initial choices (while keeping an eye on hardware options if time slots permit).
Add an extra class that’s open to avoid over-reliance on waitlists; secure a non-waitlisted option to reduce risk.
If a hardware CTS class is not feasible due to schedule, prioritize software/CTS options with compatible times and use the hardware class as a possible later add/drop depending on seat availability.
Scholarships, Financial Aid, and Payments
SAI (Student Aid Index) status: likely not eligible for significant aid based on current information; consider applying for scholarships to offset costs.
Scholarships discussed:
General WVC Scholarship: opens now, application to be submitted; includes a pool of ext{over } 100 scholarships; application helps pair you with several scholarships; typical awards range from 1000 to 3500 per scholarship.
Washington State Opportunity Scholarship: previously discussed as open for bachelor’s degree candidates starting January 14; potential award up to 7{,}500 per year for degree completion.
Application strategy:
Apply for WVC general scholarship now; deadline around 30^{ ext{th}} of the month (the exact month is not specified in transcript but implied). One application can qualify you for multiple scholarships via a pool.
Apply for the WA State Opportunity Scholarship when eligible for bachelor’s programs; deadline and open dates apply (student noted missing the opportunity earlier but recommended reapplying if pursuing a four-year degree).
Accept scholarship offers when received to secure funding; if the scholarship does not transfer to the chosen four-year school, you may still receive funds for the currently attended institution.
Tuition payments:
Tuition and payment deadlines noted; some time before mid-month; there is an option to pay in installments; parents may be involved in financial decisions; aim to complete a first payment before the 17th of the month (as discussed in the session).
Practical Next Steps and To-Do List
Confirm transfer status of AP credits and CWU math credit; coordinate with the registrar to understand how much of the AP/college math credit will transfer and how that affects math course placement.
Decide between AA vs AS (or a specific variant) based on target programs and transfer plans; speak with an advisor about the best path to reach a bachelor’s program.
Map out a concrete first-quarter plan:
English 101 (required or placement-based, ensure enrollment is secured).
CTS software or hardware option (prefer software if conflicts arise with hardware).
A business-related course or another CT/CTS option that fits time constraints.
One additional elective that aligns with longer-term goals (e.g., psychology, art, or a tech-related elective).
Build a transfer timeline: outline the courses needed for the AA/AS to align with the target bachelor’s degree; identify courses that count as restricted electives toward the eventual transfer.
Schedule review and enrollment checks: verify class times using the CTL/CTC link and campus portal; use Schedule > List View to confirm enrolled vs waitlisted courses; perform Course Change Form steps if adjustments are needed on day one.
Scholarship planning: apply for the WVC general scholarship and consider the WA State Opportunity Scholarship if pursuing a bachelor’s degree; plan to accept offers to maximize funding opportunities; monitor deadlines (
WVC: deadline around the end of the month (30th) for the general scholarship pool; process involves creating an account and submitting an application.
WA State Opportunity Scholarship: opens January 14 for bachelor’s degree applicants; aim to apply if pursuing a bachelor’s degree in-state; potential award up to 7{,}500 per year.
Communication and follow-ups:
Reach out to Dave Burns or other program leads to clarify degree expectations and to determine which degree best aligns with your hardware/software interests.
If you plan to transfer to UW or another university, gather specific program requirements and course equivalencies to ensure a smooth transfer.
Connections to Previous Lectures / Foundational Principles
Emphasis on deliberate transfer planning in community colleges as a foundation for successful bachelor’s degree attainment. The discussion mirrors common best practices: establish a clear target major, align general education and major courses with transfer agreements, and avoid unnecessary coursework that does not count toward transfer.
The distinction between transferable vs. non-transferable degrees reinforces the principle that not all two-year degrees serve the same end state; choose programs with explicit transfer pathways when university transfer is a goal.
The role of advising in clarifying career goals, expected workloads, and realistic timelines demonstrates the importance of structured academic planning and practical decision-making in higher education.
Ethical, Philosophical, and Practical Implications
Equity and access: scholarship opportunities exist but require proactive application; students should be informed about deadlines and eligibility. Encourage exploring multiple avenues for financial aid beyond FAFSA-based need-based aid.
Informed choice: students should be guided to select paths (AA/AS) that align with long-term goals (transfer to a four-year program or immediate workforce entry) and to avoid overly specialized two-year tracks that limit options for growth.
Realistic career expectations: aligning degree with interests (hands-on hardware vs. coding) and internship experiences helps set achievable career outcomes and reduces later re-training costs.
Transparency and autonomy: the student is encouraged to advocate for themselves, ask questions about transferability, and actively manage course registration and waitlists to shape their schedule and progress.
Formatted Equations and Numerical References Used
Transfer processing window: 2 ext{ to } 3 ext{ months}
Scholarship pool and amounts:
General WVC scholarship pool: >100 scholarships; typical awards ext{ extdollar}1000{-}$3500 per scholarship.
WA State Opportunity Scholarship: up to ext{ extdollar}7{,}500 per year for bachelor’s degree program.
Schedule and waitlist references: class size example mentions a class with 24 seats and a waitlist of 3: 24 students; waitlist size 3$$.
Final Notes
The student should pursue the AA or AS pathway to maximize transfer potential while balancing immediate coursework and financial aid opportunities.
Keep monitoring AP/transfer credits status and adjust the course plan accordingly once credits transfer is confirmed.
Prioritize enrollment in English 101, a CTS course (software preferred if scheduling conflicts arise), and a second core course, then supplement with electives that align with long-term degree goals and transfer plans.
Apply for scholarships proactively and discuss possible financial aid strategies with the advisor or financial aid office to avoid gaps in funding.