Week 1: Built by Bots — Robotics & Manufacturing Careers

1st Six Weeks | Manufacturing Cluster | 5 class periods (50 min each)

Lesson Objective

Students explore the Manufacturing career cluster through Hats & Ladders and the Find Your Future workbook, complete the required Xello What is CTE and Matchmaker tasks, solve the "Machine Breakdown Mystery," design and test a bike rack prototype in "Super Sports Manufacturing," and build an evidence-based response to two factory faults in "Robots for Crayons." Students compare preparation requirements for Manufacturing careers and connect the cluster to Irving ISD's current Robotic Manufacturing pathway at Singley Academy.

Learning Target: I can name at least three Manufacturing careers, tell what preparation each one needs, use evidence to troubleshoot factory problems, and explain how one interest affected a Xello career match.

Success Criteria: I will know I am successful when my research worksheet lists the job, preparation, pay source, and tools for one Manufacturing career; all five stages of my Technician Checklist are complete; my bike rack sketch shows labeled welds and my prototype has a recorded test result; both Robots for Crayons plans cite evidence; and my private Matchmaker reflection explains one result.

Demonstration of Learning

"I can describe Manufacturing careers, research one preparation route, use factory evidence to build a troubleshooting plan, and analyze one Matchmaker result."

TEKS Alignment

• d(1)(A): Analyze and discuss the initial results of a career assessment (Day 5 Matchmaker reflection).
• d(1)(B): Explore and describe the CTE career clusters (Day 1).
• d(1)(C): Identify various career opportunities within one or more career clusters (Days 1-4).
• d(2)(A): Research and describe applicable academic, technical, certification, and training requirements (Day 2 career research worksheet).

Materials Needed

• Chromebooks (1 per student)
• Hats & Ladders accounts + Find Your Future workbook, Manufacturing chapter (printed pp. 199-212)
• Prototype supplies for Day 3: popsicle sticks, straws, hot glue guns and glue sticks (one gun per pair-station, station count set by working outlets), heat-safe station mats and scrap trays, scissors, craft gloves (FYF p. 206: "Super Sports Manufacturing")
• Sticky notes for Day 4 brainstorming (FYF p. 202: "Robots for Crayons")
• Robots for Crayons Evidence and Action Plan, with separate writing space for both problems
• Active Monitoring clipboard roster for Days 4 and 5 (Printable PDF)
• Day 1 and Day 2 support scaffolds: Manufacturing pathways and Stop and Jot (Printable PDF), Technician Checklist (Printable PDF)
• Printed Manufacturing career research worksheet (CCE artifact; the research format is taught in Wk0)
• BLS Production Occupations: bls.gov/ooh/production/home.htm
• BLS Welders: bls.gov/ooh/production/welders-cutters-solderers-and-brazers.htm
• Xello: required What is CTE and Matchmaker tasks, licensed Matchmaker educator guide, student demo account, and Completion Standards report
• Projector for workbook, H&L, and Xello demonstrations
• Five daily teacher slide decks, attached to the matching Facilitator Guides in Canvas

Career Connection

Modern manufacturing includes robots, computer-aided design, and CNC machines alongside assembly-line work. In DFW, employers range from Lockheed Martin and Toyota to mid-sized contract manufacturers.

What is Happening at Irving ISD? The current Irving ISD CTE site names Robotic Manufacturing in Singley Academy's School of Innovative Technology. The district-customized FYF pages identify a student-run business, precision laser cutters, CNC machines, 3D printers, the FANUC Robot Operator 1 certification, SkillsUSA, and competition experiences (FYF pp. 210-211). Keep those details attributed to the workbook so students see the same program information in Canvas and in their HQIM. Enrollment at Singley uses the district application and lottery process.

Vocabulary

• Manufacturing: The process of converting raw materials into finished products, often using machinery and technology.
• Robotics & Automation: The use of robots and automated systems to perform manufacturing tasks (assembly, welding, packaging, sorting).
• CNC (Computer Numerical Control): A manufacturing process where pre-programmed computer software controls factory tools and machinery.
• Welding: Joining pieces of metal using heat, used in manufacturing bridges, cars, bikes, medical tools, and more.
• Quality Control / Quality Assurance: Ensuring products meet standards through testing and inspection. Quality Control Inspectors are the career behind the "Quality Check" inspection activity offered as the Day 5 extension.
• Troubleshooting: The systematic process of diagnosing and repairing a malfunctioning machine. This is the focus of the "Machine Breakdown Mystery" activity.
• FANUC: The industrial-robotics company named in the workbook's Robotic Manufacturing certification example (FYF pp. 210-211).
• Career Match: A Xello suggestion based on a student's assessment responses. It is evidence to investigate, not a final decision.
• Engineering Design Process: Define → Research → Ideate → Prototype → Test → Iterate. Used in the bike rack design and revision.

Bridge to Theory (Hats & Ladders)

The Find Your Future workbook gives Manufacturing printed pages 199-212. The chapter opener (FYF p. 199: "Exploring the World of MANUFACTURING") frames the cluster as turning ideas and materials into products people use, puts a "Be the Decision Maker" welding dilemma in front of students, and introduces three Hats on the page: Automation Specialist, Mechatronics Technician, and Welder. The chapter does not print a pathway list. Students meet the six Manufacturing pathways in the Hats & Ladders app instead, through the Pathway Possibilities step on the App Exploration page (FYF p. 212: "App Exploration"), and they meet Irving ISD's own program of study on the district pages (FYF pp. 210-211).

This week uses three chapter activities:

• Machine Breakdown Mystery (Day 2): Career Climb activity. Students are a technician at a pre-packaged fruit factory whose label-application machine has stopped. They work a five-stage Technician Checklist against five clues and build a repair plan in pairs (FYF pp. 207-208: "Machine Breakdown Mystery").
• Super Sports Manufacturing (Day 3): Career Climb activity. Students are the expert welder at SuperSports Manufacturing with an order for 100 custom bike racks. They sketch a design, choose between aluminum, stainless steel, and carbon steel, pick welding methods, label their welds, then build a popsicle-stick prototype with a partner and stress-test the joints (FYF pp. 204-206: "Super Sports Manufacturing").
• Robots for Crayons (Day 4): Career Climb activity. Teams investigate two faults at the Kaleido-Crayons factory, Color Confusion and Slowpoke Robot. They study a machine reference page, read the 2nd shift supervisor's notes and waste report, brainstorm on sticky notes, and write a complete plan for each fault (FYF pp. 200-203: "Robots for Crayons"). The workbook presentation step remains an optional feedback extension because Day 5 protects Matchmaker.

A fourth activity, Quality Check (FYF p. 209), puts partners on a frozen pizza line as consumer safety inspectors. It remains an optional extension and needs the teacher's Climber Notes deck for the factory line photos.

IISD Instructional Strategies

• Think-Pair-Share: Day 1, Activity 1, the "Be the Decision Maker" prompt on the chapter opener (FYF p. 199), where a welder on a rocket launch platform must choose between double-checking every weld and finishing on schedule. Distinguished: pose it to the whole group, hold a silent 30 second Think, then time Partner A for 30 seconds and Partner B for 30 seconds, and post two stems at different levels: "I would _ because " and "Slowing down costs the team __, but a bad weld costs _____." Ask two pairs to share, not one. Listen while pairs talk for who names a consequence beyond the schedule, and pick your share-out pairs from what you heard rather than from raised hands.
• Stop and Jot: Day 1, Activity 3, the two pauses during the Manufacturing cluster tour video and the Hat browse that follows. Distinguished: name both stop points before the video starts, give 45 seconds per jot with the prompt on screen, and offer two stems: "One new career I learned about is _" and "One question I still have about is __." Read jots over shoulders during both pauses and track which careers get named. If most jots say Welder only, steer the Hat browse toward automation, mechatronics, electronics, maintenance, and quality roles so Day 2's research sheets are not all the same career.
• Active Monitoring: Day 4, Activities 2-3, the evidence read and two-problem action plan, and Day 5, the Matchmaker assessment. Distinguished: use one target per lap. On Day 4, first check for marked case evidence and then for a plan with a test, tool, time, and next check. On Day 5, first verify that students are in Matchmaker, then check use of the full response scale, and finally verify one Find out why review. If several teams treat a possible cause as proof, model the evidence distinction once for the room. If students are blocked by the same Xello prerequisite, stop desk-by-desk troubleshooting and move those names to the supervised catch-up list.
• Chunking: Day 4, Activity 1, the Robots for Crayons machine reference. Distinguished: teach sensors, robotic arms, and production lines as three short chunks, state what each system controls, and ask for one source-supported possible cause after each chunk. Use the responses to decide whether students are ready for the shift notes. If most answers remain general, model one evidence-to-check chain before releasing Activity 2.
• Time, Voice, Body (TVB): Day 3, Activity 2, the bike rack prototype build. Distinguished: post the three blocks before any glue gun is switched on, Voice 1 for partner build talk and Voice 0 during the strength test so wobbles can be heard as well as seen, a visible 7 minute countdown for the build and 3 minutes for the test, and a stated rule that hot glue guns stay on their station mat and cut straws go in the scrap tray. Narrate the pairs who are meeting the expectation rather than correcting the ones who are not. If a station is losing build time to material hunting, move that pair's supplies to the table before the next countdown starts.

Week at a Glance

Formative Assessment

• Day 1: Stop and Jot notes + Comparison Matrix exit ticket (2 careers x 3 dims + core personality fit). d(1)(B), d(1)(C)
• Day 2: Machine Breakdown Mystery checklist + career research worksheet + Jamie scenario Mini-Case exit ticket. d(1)(C), d(2)(A)
• Day 3: Bike rack sketch with labeled welds + tested prototype + Ranked Justification exit ticket on the metal choice. d(1)(C)
• Day 4: Two-problem Robots for Crayons Evidence and Action Plan + role-to-evidence exit response. d(1)(C)
• Day 5: Matchmaker completion report + private three-part career-match reflection. d(1)(A)

Formative Evidence Boundary

Week 1 remains formative. The Robots for Crayons packet records individual or pair reasoning, and the private Matchmaker reflection records individual assessment analysis. The workbook's Step 6 presentation may be used for feedback when time exists, but it is not required and does not become an additional grade. The 1SW assessment map keeps the week's work outside the five graded entries.

Differentiation

Scaffolded Learning

• Pre-printed career research worksheet with one row filled in as an example (Welder: source-labeled salary, education, tools).
• For Super Sports Manufacturing, provide a partially-completed bike rack sketch students can build on rather than starting from scratch.
• For Robots for Crayons, assign a reading lens without tying roles to personality stereotypes. Every student still records evidence and a plan.
• For Matchmaker, read the scale and result language aloud, offer sentence frames, and keep the reflection private.

Extensions

• Add a pass/fail branch to each Robots for Crayons test plan and explain the next check.
• Use the current Irving ISD coursebook to investigate one Robotic Manufacturing course or credential; mark any detail that still needs counselor or campus verification.
• Compare a current H&L or Xello local salary with a dated external regional figure only when the career, geography, measure, and date are visible for both. Explain one reason the figures may differ.
• "Quality Check" extension (FYF p. 209): partners inspect a frozen pizza line as consumer safety inspectors and flag every issue they can find on sticky notes.

ELL Language Support

• Pre-teach: Manufacturing = Manufactura, Robotics = Robótica, Welding = Soldadura, Quality Control = Control de Calidad, Troubleshooting = Solución de problemas.
• Bilingual sentence stems for the career research worksheet: "This career requires _ (Esta carrera requiere ___)."
• Pair students strategically for the Robots for Crayons source read while keeping the Matchmaker reflection private.
• H&L's cluster tour videos include visual context that supports comprehension. The workbook reads well above grade level, so read the scenario paragraphs aloud and encourage browser translation for any independent reading.