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Primary Alignments

Primary Alignment competencies have strong, direct alignment across multiple courses.

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• Technology

  Technology is the core purpose of this certificate. Activities should move students beyond passive tool use toward confident, reflective digital fluency: the ability to select, evaluate, and apply digital tools purposefully in professional contexts.

  Activity type	Example assignment	Suggested courses
  Applied Tool Project Students complete a real-world task using a specific digital tool from the course: building a web page, editing a video, configuring a network, querying a database. The deliverable is the artifact plus a short professional reflection on the choices made.	Build It and Brief It Students produce a digital artifact (a functional web page, a short edited video, a database query report, a configured system) and submit a 1-page brief explaining: what tool they used, what decisions they made, what they would do differently, and how a professional in their field would use this skill. The brief is graded on reasoning quality, not technical perfection. This reinforces that the professional value of the skill is in the judgment, not just the output.	CSCE 102, FAME 210, FAME 362, ITEC 233, ITEC 245, ITEC 264, GEOG 263
  Digital Tool Comparison Students research and compare two digital tools that accomplish a similar goal: two video editing platforms, two web development frameworks, two database management systems. They evaluate each against a professional use rubric and make a recommendation.	Which Tool Would You Choose? Given a professional scenario (a small nonprofit needs a website, a media company needs a video workflow, an operations team needs a database solution), students compare two tools across four criteria: cost, learning curve, professional adoption, and capability fit. They present a one-page recommendation memo as if briefing a manager. This builds the evaluative judgment that distinguishes a digitally literate professional from someone who just knows one tool.	CSCE 101, CSCE 102, ITEC 245, ITEC 265, FAME 380, ISCI 201
  Digital Skills Inventory and Gap Analysis Students audit their own current digital skill set, identify gaps relative to a target career field, and develop a short self-directed learning plan. Builds metacognitive awareness of what they are building and what remains to develop.	Where Am I Digitally? Students review three to five job postings in their target career field and identify every digital tool or skill mentioned. They then rate their current proficiency for each (none, basic, working, fluent) and write a 1-page gap analysis: where are they strong, where are they underprepared, and what would they need to do before entering the field? This exercise is reusable at any point in the certificate and is directly connected to career self-development.	ITEC 101, ISCI 201, CSCE 101, all certificate courses

   

• Critical Thinking

  Digital literacy is not just about using tools: it is about evaluating them. Activities should build the habit of asking: Where does this information come from? What are the limitations of this system? What are the consequences of this design choice?

  Activity type	Example assignment	Suggested courses
  Digital Information Audit Students evaluate a set of digital information sources: websites, social media posts, AI-generated content, data visualizations: against a structured credibility rubric. They make and justify judgments about what to trust, use, or discard.	Trust or Verify? Present students with five digital information sources on the same topic: a Wikipedia article, a government data site, a social media post, an AI-generated summary, and a news article. Students apply a structured evaluation framework (source authority, evidence quality, potential bias, corroboration) to each and write a 1-paragraph judgment on each source's professional usability. Debrief asks: which sources would you cite in a professional context, and why?	ISCI 201, ISCI 202, ISCI 415, ITEC 101, GEOG 105
  Technology Consequence Mapping Students select a digital technology or platform and map its second and third-order consequences: who benefits, who is harmed, what systemic effects emerge, and what ethical responsibilities fall on designers and users.	Follow the Technology Students choose a digital platform or system: a social media algorithm, a gig economy app, a facial recognition system, a smart city sensor network: and produce a consequence map with at least three layers: intended effect, unintended social effect, and long-term systemic implication. Presented as a one-page briefing document rather than an essay. Debrief asks: what responsibility do professionals who build or deploy this technology carry? Connects directly to ISCI 415 content and CSCE 390 ethics frameworks.	ISCI 415, ITEC 101, GEOG 105, CSCE 390, CSCE 201
  Problem Diagnosis Exercise Students are given a broken or malfunctioning digital system or workflow and must diagnose the problem, identify the root cause, and propose a solution: modeling the structured troubleshooting process professionals use.	What Went Wrong? Provide a scenario: a website is loading slowly, a database query is returning incorrect results, a network is dropping connections, a video export is corrupted. Students document their diagnostic process step-by-step: what they observed, what they tested, what they ruled out, and what they concluded. Graded on the quality of the reasoning process, not just the correct answer. Builds the systematic thinking that transfers across digital contexts.	CSCE 201, ITEC 233, ITEC 245, ITEC 264, ITEC 265

Supporting Alignments

Supporting Alignment competencies have meaningful, specific alignment. Faculty may find activities in supporting competency sections useful for reinforcing career readiness in targeted ways without overloading the course.

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• Professionalism

  Digital professionalism is about more than appropriate behavior online: it is about ethical judgment in technology-driven work contexts, accountability for digital outputs, and operating with integrity when the norms are unclear. Activities should put students in situations where they have to make and defend a principled judgment.

  Activity type	Example assignment	Suggested courses
  Ethical Scenario Analysis Students are placed in a professional role and given a digital workplace scenario with ethical dimensions. They must decide what to do, explain their reasoning, and anticipate the consequences of different choices.	The Digital Dilemma Present a scenario: 'You are a web developer at a marketing firm. Your manager asks you to design a dark pattern: a UI element intentionally designed to trick users into signing up for a subscription they do not want. It is not illegal. What do you do?' Students write a 1-page professional memo explaining their decision and the ethical framework behind it. Class discussion surfaces the gap between what is legal and what is professionally defensible: a distinction that matters in every technology career.	ITEC 101, ISCI 415, CSCE 390, CSCE 201
  Digital Security and Responsibility Simulation Students work through a simulated security or data responsibility scenario, making decisions about access, disclosure, and response. Builds awareness of the professional accountability that comes with working in digital systems.	You Have Been Breached Students are told: 'You manage the database for a small organization. You discover that user data may have been exposed due to a misconfiguration you were responsible for. What do you do in the next 24 hours?' Students write a response plan: who they notify, in what order, what they say, and what steps they take to address the breach. Debrief covers legal obligations, professional disclosure norms, and the personal accountability that comes with technical responsibility.	CSCE 201, ITEC 245, ITEC 264, ISCI 415

• Communication

  Digital media courses in this certificate build applied communication skills: the ability to create, structure, and deliver content through digital tools for specific audiences and purposes. Activities should emphasize audience awareness and intentional design choices.

  Activity type	Example assignment	Suggested courses
  Audience-Centered Digital Production Students produce a digital artifact (video, web page, digital graphic, animation) for a clearly defined audience and purpose. They must articulate the communication decisions they made and evaluate whether the artifact achieves its goal.	Make It for Them Assign a communication goal: explain a complex topic to a non-expert audience, promote a campus organization's event, document a community issue visually. Students produce the digital artifact using course tools, then submit a 1-page production rationale explaining their audience, their key message, the design choices they made, and what they would revise if they had more time. Graded equally on the rationale and the artifact: because professional digital communication requires knowing why you made the choices you made.	FAME 210, FAME 362, FAME 371, FAME 380, CSCE 102, ITEC 362
  Translate Technical to Plain Language  Students take a technical concept from the course and explain it in plain language for a non-technical audience: a client, a community member, a hiring manager outside their field.	Explain It Without the Jargon After a unit on networking, databases, computer security, or web development, students write a 1-paragraph explanation of one core concept suitable for a job interview answer: not a textbook definition, but a clear, confident explanation a non-technical interviewer could follow. Pairs write and exchange; each partner evaluates whether they could explain the concept to their own family member after reading it. This mirrors exactly what technical professionals are asked to do in cross-functional workplaces.	CSCE 101, ITEC 101, ITEC 233, ITEC 245, ISCI 201, GEOG 105

   

• Career and Self-Development

  Students completing this certificate are building a digital skill set: but they often do not connect that skill set to a career story. Intentional reflection activities help them see what they are building, name it in professional language, and connect it to where they are headed.

  Activity type	Example assignment	Suggested courses
  Portfolio Entry Reflection At the end of a significant assignment, students write a brief structured reflection connecting the work to a NACE competency, a career-relevant skill, and a potential interview talking point. Builds the habit of translating academic work into professional language.	What Did I Just Build? After any major project, students complete: (1) What skill or competency did this assignment develop? (2) Name a job or role where this skill is valued. (3) Write one sentence you could say in an interview about this experience. Faculty collect these over the course of the certificate. Students accumulate a set of interview-ready talking points grounded in actual coursework: directly usable in a career advising appointment or job application.	All certificate courses
  Digital Career Field Scan Students research how digital skills are being used and valued in a career field of interest. They identify specific tools, roles, and employer expectations that relate to what they are learning in the certificate.	Digital Skills in My Field Students select a career field and produce a 1-page brief: What digital tools are standard in this field? What roles are emerging that require digital fluency? What does this certificate prepare me to do in this field, and what would I still need to develop? This connects coursework to real labor market expectations and positions students to speak credibly about their career direction. Works especially well mid-certificate when students can see how their pathway choices align with their career goals.	ITEC 101, ISCI 201, CSCE 101, GEOG 105, all certificate courses

• Teamwork

  Digital production and systems work is inherently collaborative. Activities should give students structured experience coordinating on shared digital deliverables and communicating clearly across roles within a project.

  Activity type	Example assignment	Suggested courses
  Collaborative Digital Project Small teams produce a shared digital artifact: a website, a short video, an animated sequence, a database system: with defined roles and a structured handoff process. Emphasis is on coordination, communication, and accountability across roles.	One Deliverable, Three Roles Teams of three are assigned a shared digital deliverable with differentiated roles: one student handles content and structure, one handles design and visual execution, one handles technical implementation or quality review. Each role submits a brief role reflection: what did you contribute, where did coordination break down, what would you do differently? Whole-team debrief asks: how do digital production teams in the real world handle role boundaries and handoffs? Connects directly to industry workflows in media, web development, and IT.	CSCE 102, FAME 362, FAME 573, ITEC 264, ITEC 560
  Project Documentation Exercise Students document a digital project or workflow clearly enough that a new team member could pick it up without a briefing. Develops the professional communication and coordination habits that digital project teams depend on.	Write the Handoff After completing a technical or creative project, students write a 1-page project handoff document: what was built, how it works, where the files live, what still needs to be done, and what someone picking this up should know. Peer-evaluated by a classmate who tries to follow the document to understand or continue the project. Feedback focuses on: was this clear enough to act on? This mirrors the documentation expectations in virtually every professional digital environment.	ITEC 560, ITEC 264, CSCE 102, FAME 573

A Note on Integration 

These activities are designed to be additive, not burdensome. A few principles for integration: 

• One well-designed reflection activity per unit is more valuable than multiple low-engagement checkboxes. Depth over volume.
• Name the competency explicitly. When students know they are developing Technology fluency or Communication skills in a digital context, they can represent it. Tell them what they are building.
• Connect to the job market concretely. 'Employers in this field look for exactly this skill' is more motivating than abstract competency language.
• The portfolio entry reflection (Career and Self-Development section) can be attached to almost any assignment across all competencies: it is the single highest-leverage addition with the lowest faculty burden.
• Faculty interested in connecting these activities to the Carolina Career Ready campus network or the Career Champions program are encouraged to reach out to the USC Career Center.