We build SNHU technology projects end to end: IT-140 Python scripting projects, CS-320 test suites with their summary-and-reflection write-ups, CS-210 through CS-360 artifacts, CS-465 full-stack builds, CYB-200 security assessments, and the data work in MAT-240, IHP-340, and DAT courses with the analysis genuinely run. Everything arrives commented, documented, criterion-mapped, and explained in a walkthrough written so you can defend and extend the work, in 24 to 48 hours for standard modules.
The double-artifact problem, named
Technology rubrics at SNHU split their points between the artifact and the explanation: code correctness and style on one side, design narrative, testing evidence, and reflection on the other. The classic failure modes are mirror twins, working code with a two-paragraph write-up that bleeds criteria, or a beautiful essay wrapped around a script that crashes on the second input. Our builds treat both halves as first-class: engineers write the code, the same engineers write the narrative, and the rubric QA pass checks that every claim in the prose is true of the artifact, because instructors check exactly that.
What we deliver by course family
- IT-140: scripting projects that pass the specified inputs, commented at teaching depth, with the design write-up the rubric asks for
- CS-320: JUnit test suites with coverage reasoning, plus the summary and reflections graded as heavily as the tests
- CS-2xx/3xx sequence: data structures, app development, and architecture artifacts with UML and narratives that agree with the code
- CS-465: full-stack milestones, front end, API, data layer, documented as one coherent build
- CYB-200 and security courses: assessments and policy documents in correct professional register
- Statistics and data courses: MAT-240 and IHP-340 projects with the analysis actually executed, outputs and interpretation consistent
Milestone-scaffolded tech courses
Many CS courses run the same milestone architecture as the writing courses, project pieces due mid-term that assemble into a portfolio-grade final. The compounding logic is identical and the stakes are higher, because code decisions calcify harder than prose ones: a Milestone One schema chosen badly haunts every later module. Bundle the arc through the milestone desk and the same engineering team holds your project from first commit to final submission, design decisions consistent throughout, which is precisely what the integration criteria pay for.
The learning clause
Every build ships with a walkthrough written like a code review with a patient senior: why this structure, what breaks without it, where to modify it safely. CS students face technical interviews eventually, and a portfolio you cannot explain is a liability there. Clients tell us the walkthroughs are where the tuition actually converted into skill; we consider that the product working as designed.
The module's project is waiting
Send the course code, the project spec, and the rubric document. Build plus write-up, back in 24 to 48 hours.