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Jev Masterclass - Build Practical AI Decision Systems

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Jev Masterclass - Build Practical AI Decision Systems (Size: 584.8 MB)
  Bonus Resources.txt 102.4 B
  Get Bonus Downloads Here.url 204.8 B
  ~Get Your Files Here !
  1 - Getting Started with Jev
  1 - Where Jev Fits.mp4 49.3 MB
  2 - Course Introduction.mp4 14.7 MB
  2 - Jev Fundamentals Choice, Noul and Score
  3 - Project 1 Building a Support Triage System
  10 - Lesson_010_Experiment_Run_Guide.pdf 3 KB
  10 - Lesson_010_Language_Robustness.py 2 KB
  10 - Testing Robustness to Language Variation.mp4 9.8 MB
  11 - Lesson_011_Experiment_Run_Guide.pdf 2.9 KB
  11 - Lesson_011_Multiple_Judgments.py 1.2 KB
  11 - Multiple Judgments from One State.mp4 36.6 MB
  12 - Jev Judges, Software Routes.mp4 26 MB
  12 - Lesson_012_Deterministic_Routing_Test.py 1.1 KB
  12 - Lesson_012_Experiment_Run_Guide.pdf 2.9 KB
  12 - Lesson_012_Jev_Judges_Software_Routes.py 6.3 KB
  13 - Build Project 1 — Support Triage.mp4 8 MB
  13 - Lesson_013_Project_1_Run_Guide.pdf 3 KB
  8 - Classifying Support Tickets.mp4 13.4 MB
  8 - Lesson_008_Classify_Support_Tickets.py 1.9 KB
  8 - Lesson_008_Experiment_Run_Guide.pdf 2.9 KB
  9 - Lesson_009_Experiment_Run_Guide.pdf 2.9 KB
  9 - Lesson_009_Unclear_Is_a_Valid_Class.py 2 KB
  9 - Unclear Is a Valid Class.mp4 35.2 MB
  proj1learner
  README.md 819.2 B
  jev_adapter.py 1.7 KB
  main.py 2.1 KB
  models.py 409.6 B
  requirements.txt
  4 - Project 2 Building an Intelligent LLM Gateway
  14 - Classifying Task Complexity.mp4 12.3 MB
  14 - L014_P2-T01.py 2.4 KB
  14 - L014_readme.pdf 2.5 KB
  15 - Classifying Task Type and Complexity.mp4 15 MB
  15 - L015_P2-T01-with_task_type.py 4.9 KB
  15 - L015_readme.pdf 2.5 KB
  16 - Deterministic Model Selection.mp4 21.1 MB
  16 - L016_P2-T02_nojev.py 2.5 KB
  16 - L016_readme.pdf 2.5 KB
  17 - L017_P2-T03.py 6 KB
  17 - L017_readme.pdf 2.5 KB
  17 - Route to Real LLMs.mp4 3.2 MB
  18 - L018_P2-T04.py 1.8 KB
  18 - L018_readme.pdf 2.5 KB
  18 - Post-Check the LLM Response.mp4 2.4 MB
  19 - Build Project 2 — Intelligent LLM Gateway.mp4 5 MB
  19 - L019_main.py 3.5 KB
  19 - L019_readme.pdf 2.5 KB
  5 - Project 3 Insurance Claim Triage
  20 - Facts Are Not Semantic Judgments.mp4 19.2 MB
  20 - L020_P3-T01.py 4.7 KB
  20 - L020_readme.pdf 16.7 KB
  21 - Combine Facts with Semantic Evidence.mp4 3.1 MB
  21 - L021_P3-T01.py 4.7 KB
  21 - L021_P3-T02_NoJev.py 3.3 KB
  21 - L021_readme.pdf 16.7 KB
  22 - L022_P3-T02_NoJev.py 3.3 KB
  22 - L022_P3-T03_NoJev.py 3.9 KB
  22 - L022_readme.pdf 16.7 KB
  22 - Test Decision Boundaries.mp4 3 MB
  23 - Build Project 3 — Insurance Claim Triage.mp4 9.2 MB
  23 - L023_main.py 1.8 KB
  23 - L023_readme.pdf 16.7 KB
  6 - Project 4 Semantic Candidate Ranking
  24 - L024_P4-T01.py 2.8 KB
  24 - L024_readme.pdf 25 KB
  24 - Semantic Relevance Scoring.mp4 2.9 MB
  25 - L025_P4-T02_NoJev.py 3.2 KB
  25 - L025_readme.pdf 25 KB
  25 - Ranking Is Not Acceptance.mp4 7 MB
  26 - L026_P4-T03.py 3.9 KB
  26 - L026_readme.pdf 25 KB
  26 - When the Top Two Are Too Close.mp4 7.3 MB
  27 - Build Project 4 — Semantic Candidate Ranking.mp4 6.5 MB
  27 - L027_main.py 4.8 KB
  27 - L027_readme.pdf 25 KB
  7 - Capstone From Jev to Real-World AI Systems
  28 - Capstone Project — Semantic Policy Evaluation.mp4 70.8 MB
  28 - L028_main.py 3.9 KB
  28 - L028_readme.pdf 5.5 KB
  29 - Where Jev Fits in Modern AI Systems.mp4 115.7 MB
  30 - Congratulations.mp4 3.9 MB
  README.md 3.6 KB
  jev_adapter.py 2 KB
  main.py 3.9 KB
  models.py 614.4 B
  policy.py 2.6 KB
  test_policy.py 2.8 KB
  P4-T01.py 2.8 KB
  P4-T02_NoJev.py 3.2 KB
  P4-T03.py 3.9 KB
  jev_adapter.py 1.6 KB
  main.py 4.8 KB
  models.py 204.8 B
  ranking_policy.py 3.3 KB
  readme.md 20.2 KB
  test_ranking_policy.py 3.4 KB
  P3-T01.py 4.7 KB
  P3-T02_NoJev.py 3.3 KB
  P3-T03_NoJev.py 3.9 KB
  claim_policy.py 1.4 KB
  jev_adapter.py 2.6 KB
  main.py 1.8 KB
  models.py 512 B
  readme.md 13.8 KB
  test_claim_policy.py 2.3 KB
  P2-T01-with_task_type.py 4.9 KB
  P2-T01.py 2.4 KB
  P2-T02_nojev.py 2.5 KB
  P2-T03.py 6 KB
  P2-T04.py 1.8 KB
  gateway_policy.py 1.2 KB
  jev_adapter.py 2.4 KB
  llm_service.py 512 B
  main.py 3.5 KB
  models.py 204.8 B
  readme.md 1.8 KB
  test_gateway_policy.py 1.6 KB
  routing.py 1 KB
  test_routing.py 1.1 KB
  4 - Lesson_004_Experiment_Run_Guide.pdf 2.9 KB
  4 - Lesson_004_First_Jev_Call.py 614.4 B
  4 - Your First Jev Call.mp4 5.9 MB
  5 - Choice, Noul and Score.mp4 34.8 MB
  5 - Lesson_005_Choice_Noul_and_Score.py 1.2 KB
  5 - Lesson_005_Experiment_Run_Guide.pdf 2.9 KB
  6 - Lesson_006_Confidence_and_Scores.py 1.9 KB
  6 - Lesson_006_Experiment_Run_Guide.pdf 2.9 KB
  6 - Understanding Confidence and Scores.mp4 34.2 MB
  7 - The Core Architecture Pattern.mp4 2.6 MB
  3 - Environment Setup.mp4 6.3 MB
  3 - Lesson_003_Setup_Guide_Windows.pdf 32.1 KB
  3 - Lesson_003_Setup_Guide_macOS.pdf 32.1 KB
  3 - Lesson_003_Setup_Test.py 614.4 B
  3 - Lesson_003_Setup_Test_Guide.pdf 29.8 KB

Description


Jev Masterclass: Build Practical AI Decision Systems
https://WebToolTip.com
Published 10/2026

MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch

Language: English | Duration: 41m | Size: 584.77 MB
Get comfortable with Jev through a ladder of use cases and get ready for implementation.
What you'll learn

Master Jev core primitives (Choice, Score, and Noul) to structure complex, type-safe decision workflows in production

Design, run, test, and extend practical Jev projects in classification, intelligent routing, and model selection, ultimately culminating in a travel-policy caps

Build confidence-aware application logic using thresholds, clarification paths, fallback behavior, and human-review boundaries.

Learn to clearly separate semantic judgment from deterministic business rules
Requirements

The course explains the Jev concepts it uses, so prior Jev experience is not required. 1) A basic understanding of APIs and modern AI/LLM applications is helpful, but deep machine-learning knowledge is not required 2) Access to the Jev/TypeSafe and other required API keys. Access to a computer to run Python and install the Jev / TypeSafe AI SDK, and PIP packages used in the course. 6) Access to computer to run the course programs on. In case, you are interested in understanding what Jev is and how it can be utilized in the AI systems without running the programs yourself, then the pre-requisite will be: 1 above only.