Example coursework · Independent teaching demonstrations
← All syllabiCOURSE 107 / EIGHT-WEEK HYBRID / Core 1 · 220-1201
Computer Hardware, Networking & Device Support syllabus
Learn how computers, mobile devices and networks are assembled, connected, configured and repaired. This course develops practical skills in component selection, device installation, connectivity, virtualization and hardware/network troubleshooting.
Course overview and resources · Instructor: justinfreres@gmail.com
Course outcomes and preparation
- Select compatible components and configure computers, storage and peripherals.
- Connect and support wired, wireless and mobile devices.
- Use diagnostic evidence to identify faults, verify repairs and document service.
Hybrid means that a substantial part of this college course is completed independently outside the classroom. An eight-week block compresses preparation and practice into a short term; it does not reduce the course's learning requirements. Budget 6–9 hours outside class per course each week, in addition to the three-hour meeting. Taking 107 and 108 concurrently means approximately 12–18 hours of independent work plus six scheduled classroom hours each week (18–24 total). These are planning estimates, not credit-hour guarantees; unfamiliar topics and troubleshooting may take longer. Read early, complete handouts before class, reserve NETLAB time in advance, allow time for failed attempts and repeat practice, and check deadlines separately for each course. This format requires sustained time, reliable technology access, weekly attendance and personal dedication; postponing work until the due date is unlikely to be successful.
Class meets Mondays, January 11–March 1, 2027, 5:45–8:45 PM Central. These sample offerings share a calendar; only 107 and 108 are arranged as a concurrent pair.
Prepare → Quiz → Chapter labs → Closeout
Read assigned material, review authorized slides and submit the completed graded handout before class at 5:45 PM. Include reading references, original explanations, lab planning and two questions. Opening quiz: 5:45–6:00. Supervised labs: 6:00–8:10, including a 7:00–7:10 break. Closeout: 8:10–8:45 lecture, corrections, Q&A and announcements.
Outside class, complete at least 45 exam-matching MeasureUP practice questions each week, submit results and remediate three weak concepts. Complete every approved matching NETLAB or licensed remote-lab title with a separately documented section in the graded weekly portfolio. Submit a reflection and professional handoff.
Hybrid deadlines are the following Sunday at midnight, end of day, Central (12:00 AM the next day). Preparation and supervised classwork retain their earlier deadlines. Eight-week study requires substantial dedicated outside time, reliable lab access and attendance.
Unique weekly reading and lab plan
Week 1 · Technician foundations & PC architecture
January 11 · Hybrid due January 17
Read before class: Chapters 1–2. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Establish the technician's hardware vocabulary and safe service workflow. Identify the parts of a computer and explain how firmware begins the startup process.
- Inventory a powered-off workstation. Identify board, CPU, memory, storage and connectors; photograph and label ten components.
- Inspect firmware settings in a lab VM; record boot order and virtualization support without changing production devices.
- Map component connections and boot flow on a labeled diagram; explain the purpose of each connection.
- Conduct a service-intake role-play, apply ESD precautions and produce an equipment inventory handoff.
Closeout: Safety, customer interviewing, evidence collection and component compatibility.
Full handout, quiz scope and hybrid assignments →Week 2 · Motherboards, processors & memory
January 18 · Hybrid due January 24
Read before class: Chapters 3–4. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Explain how the motherboard, processor and memory work together. Use compatibility requirements and diagnostic symptoms to justify an upgrade or repair.
- Create a compatible motherboard/CPU/RAM upgrade bill of materials and justify socket, form factor and power choices.
- Diagnose three seeded POST or overheating cases using readings, error codes and controlled component substitution.
- Inspect firmware CPU and memory information in a lab system; compare it with the selected upgrade specifications.
- Interpret a POST or temperature fault case and defend the next diagnostic test using recorded evidence.
Closeout: Firmware configuration, cooling, RAM channels and troubleshooting evidence.
Full handout, quiz scope and hybrid assignments →Week 3 · Storage, power & peripherals
January 25 · Hybrid due January 31
Read before class: Chapters 5–6. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Support the components that store information, supply power and connect users to output devices. Verify storage and peripheral operation and explain maintenance decisions.
- Provision a disposable virtual disk; partition, format and verify capacity. Explain RAID availability versus backup.
- Install a lab printer or virtual print queue; isolate spooler, driver and connection faults and document a test print.
- Compare a storage performance/availability scenario and recommend an interface and recovery plan.
- Identify power and peripheral connections from an authorized workstation or reference diagrams; validate compatibility.
Closeout: Power sizing, storage interfaces, printer technologies and preventive maintenance.
Full handout, quiz scope and hybrid assignments →Week 4 · Networking foundations
February 1 · Hybrid due February 7
Read before class: Chapters 7. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Explain how a device communicates on a network. Configure and interpret addressing, gateway and name-resolution settings to isolate connectivity faults.
- Document IP address, mask, gateway and DNS in an isolated lab. Validate connectivity with ping and name resolution tools.
- Resolve seeded incorrect gateway and DNS configurations; capture before/after evidence and write a service ticket.
Closeout: TCP/UDP, DHCP, DNS, addressing and network troubleshooting.
Full handout, quiz scope and hybrid assignments →Week 5 · Wireless & SOHO support
February 8 · Hybrid due February 14
Read before class: Chapters 8. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Apply networking fundamentals to a small office and wireless environment. Select an appropriate topology, configure secure connectivity and diagnose signal or access problems.
- Design a SOHO topology with router, switch, access point, addressing and WPA security; justify placement and channels.
- Troubleshoot a simulated weak-signal or incorrect-security incident using a documented decision tree.
Closeout: Wireless bands, cabling, internet connections and network appliance roles.
Full handout, quiz scope and hybrid assignments →Week 6 · Mobile devices & laptops
February 15 · Hybrid due February 21
Read before class: Chapters 9. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Transfer hardware support skills to laptops and mobile devices. Evaluate serviceability, battery/display symptoms, connectivity and synchronization needs.
- Produce a laptop service plan for battery, memory, storage and display symptoms; identify replaceable parts and safety controls.
- Configure an emulator or authorized spare device for wireless and account synchronization; record permissions and recovery steps.
Closeout: Mobile accessories, displays, connectivity and device management.
Full handout, quiz scope and hybrid assignments →Week 7 · Virtualization, cloud & mixed faults
February 22 · Hybrid due February 28
Read before class: Chapters 10. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Explain virtualization and cloud choices and connect them to real hardware and network resource requirements. Troubleshoot a combined device/connectivity incident.
- Deploy a lab VM and document CPU, memory, disk and network allocation; demonstrate a snapshot and rollback.
- Resolve a mixed hardware/network ticket with at least two hypotheses and evidence that rules one out.
Closeout: Cloud service models, virtual networking and performance troubleshooting.
Full handout, quiz scope and hybrid assignments →Week 8 · Core 1 practical & readiness review
March 1 · Hybrid due March 7
Read before class: Chapters 1–10 review. Read the chapter(s) and associated instructor chapter PowerPoints before class. Topic-to-chapter alignment must be checked against the licensed 12th-edition table of contents.
Outcome: Integrate the course's hardware and networking skills in independent practical service scenarios. Demonstrate diagnosis, repair verification and a clear customer handoff.
- Practical: diagnose a seeded PC or network fault, propose a repair and verify restored service with recorded evidence.
- Complete an independent second fault and a customer handoff; peer review the ticket against the rubric.
Closeout: Core 1 domain review and an individual remediation plan based on MeasureUP results.
Full handout, quiz scope and hybrid assignments →
Assessment and grading
| Category | Weight |
|---|
| Eight opening quizzes | 7.5% |
| Eight weekly practices, minimum 45 questions each | 7.5% |
| Eight graded preparation handouts and eight reflections | 5% |
| Weeks 1–7 classroom labs and eight graded remote-lab portfolios | 20% |
| Week 8 comprehensive practical, assigned stations equally weighted | 30% |
| Actual official certification exam | 30% |
Items share their category equally. A 90–100; B 80–89.99; C 70–79.99; D 60–69.99; F below 60. Missing/ungraded items count zero provisionally. Pre-final coursework is normalized over the combined 70%. At least 70% pre-final coursework and a passing final guarantee at least 70% overall, or the higher weighted result.
Lab rubric: correct result/procedure 40%, reasoning/evidence 30%, permissions/safety/data handling 20%, documentation 10%. Handouts: accuracy 50%, completeness/references 30%, explanations/questions 20%. Practice: verified minimum count 50%, result evidence 25%, remediation 25%. Reflection: technical reasoning 50%, evidence 30%, handoff 20%. Quiz prompts share credit equally.
College policies govern accommodations, integrity, late work, absences, withdrawal and final grade approval. Arrange supervised make-ups and any extensions with the instructor. Use only authorized environments and submit original work. Do not upload exam questions, dumps, live credentials or private customer data. Exact licensed chapter/page assignments, slides and installed remote-lab titles must be approved before delivery; this portal does not provide vendor licenses.
COURSE FINALE / TWO SEPARATE ASSESSMENTS
Comprehensive lab → Official certification exam
1. Comprehensive lab day — 30% of the course
The week 8 meeting is the comprehensive lab day: Monday, March 1, 2027, 5:45–8:45 PM. After the opening readiness quiz, complete one integrated practical with the assigned lab activities as its stations. All stations share the 30% equally. Work independently in the supervised, authorized lab environment; the instructor supplies the fault scenario and permitted tools.
Support a small-office workstation and network: inspect hardware and compatibility, diagnose an assigned device or connectivity fault, implement a justified correction, and verify startup, addressing, name resolution and user access. Explain safety precautions and how you isolated the cause.
Submit a single organized service portfolio across the assigned station submissions: intake and baseline, diagnosis and alternatives, procedure log, before/after evidence, validation tests, rollback or recovery plan, and a customer handoff. Rubric: correct procedure/result 40%; reasoning/evidence 30%; safety, permissions and data handling 20%; documentation 10%. Closeout includes a short explanation of your diagnosis, questions and exam-readiness announcements.
2. Actual certification exam — 30% of the course
After the lab day, take the official CompTIA A+ Core 1 · 220-1201 through an authorized testing provider. Schedule a separate appointment after the comprehensive lab and submit result evidence by Sunday, March 7, 2027 at midnight, end of day, America/Chicago. Arrange voucher/payment, identification and testing requirements in advance; this portal does not deliver or book the official exam. MeasureUP is practice and does not replace it. The instructor must announce any approved deadline extension or retake arrangement.
Submit the exam code, date, official scaled score and pass/fail result through the private CertificationExam submission. Provide the official score report through the instructor-approved private method for verification; do not share exam questions or answers. The instructor verifies the result and records the scaled score in administration.
The published passing score for this exam is 675 on a 100–900 scale. For this course only, 100 maps to 0%, the passing score maps to 70%, and 900 maps to 100%, using linear interpolation below and above passing. This is the college course conversion, not CompTIA's percentage score. See the official certification exam information. Passing both required cores is necessary to earn A+ certification.
C-or-better course guarantee
If your pre-exam coursework average is at least 70% and you pass this course's official exam, your final course grade will be at least 70% (C). Pre-exam coursework includes the comprehensive lab and all other non-exam work, normalized over its combined 70% weight. Higher weighted results earn the corresponding higher grade. Missing or unverified exam results remain ungraded and count as zero until verified; they do not trigger the guarantee.