Welcome! I'm so excited to help you craft a theatre curriculum that leaves your students feeling inspired and confident.

To make sure we build a roadmap that actually fits your classroom, could you share what grade level or age group you are planning for, and what your main goal is for these students (for example, are we looking at basic drama appreciation, hands-on stage performance, or backstage technical design)?

High school theatre tech is such a rewarding subject to teach because it turns abstract science and art into tangible, backstage magic.

Defining the Scope of Theatre Tech

1. Scenic Design and Construction: Understanding stage spaces (like proscenium versus arena stages), reading blueprints, scale drawing, and basic tool use.
2. Lighting Technology: Learning about different instruments (like Elipsoidals and Fresnels), hanging and focusing lights, basic color theory with gels, and programming a light board.
3. Sound Engineering: Managing microphones, mixing live sound, setting up speakers, and designing soundscapes or cues using software.
4. Stage Management & Safety: The organizational backbone of a show. This includes script annotation, calling cues, and crucial shop safety rules.

Starting with these four areas gives your students a comprehensive introduction to how a production actually runs from the wings.

• Creating (Conceiving and developing artistic work): Students analyze a script, draft scenic blueprints, or design a custom soundscape. Here, they act as primary designers.
• Performing / Producing (Realizing artistic ideas): This is the physical execution. Students are hanging and focusing lighting instruments, building a flat, or calling the cues as stage managers.
• Responding (Understanding and evaluating how the arts convey meaning): This is the critical eye. Students watch a professional lighting design or assess a peer's sound cues, articulating why a specific choice did or did not work.
• Connecting (Relating artistic ideas with personal and external context): Students research a play's historical era to design period-accurate costumes or explore how modern LED technology has transformed green practices backstage.

I'd love to help you build these two distinct pathways. Let's start with a comprehensive, semester-long layout for Intro to Theatre Tech, which is designed to introduce beginners to the safety and fundamentals of the shop.

Intro to Theatre Tech: Semester Blueprint

An introductory course needs to focus heavily on safety, basic tools, and foundational concepts. This ensures students are fully prepared and certified before they ever touch heavy scenery or program lighting consoles.

Here is how we can structure the first semester week-by-week, dividing the curriculum into logical, standard-aligned blocks:

This structure keeps the class engaging by introducing a physical project every few weeks, giving the students immediate, hands-on payoffs for the safety and theory they learn in lectures.

Now that your students have the fundamentals and safety certifications down, we can transition into the advanced Stagecraft curriculum.

Stagecraft: Semester Blueprint

Unlike the introductory class, Stagecraft is structured entirely around project-based learning and design realization. This advanced course is designed to mimic a professional production company, where students take on specific leadership roles to design and execute a fully realized mainstage production.

Instead of short skills-based exercises, the units here are long-term production phases that demand high-level collaborative problem-solving.

This structure turns your classroom into an active laboratory. Because the timeline is tied to a mainstage production, students experience the real pressure, collaboration, and ultimate triumph of a professional technical crew.

Let's zoom in on Intro to Theatre Tech first, starting with Unit 1: Shop Safety & Intro. To make sure your high schoolers understand that backstage safety isn't just about rules but is a matter of professional respect, we want to make this unit highly active and structured. Here is a week-by-week lesson breakdown to get them safety-certified and stage-literate right out of the gate.

Unit 1: Shop Safety & Intro Lesson Plans

This three-week ramp-up ensures that every single student has verified safety credentials before you move on to construction tools in Unit 2.

Moving from basic stage geography into hands-on tools is a thrilling transition for students, but it requires a careful balance of clear instruction and physical practice.

Unit 2: Scenic & Tools Lesson Plans

In Unit 2: Scenic & Tools, our primary goal is to take students from recognizing basic hand tools to safely collaborating on a major construction project. High school students learn best when they can see how a technical drawing physically transforms into a three-dimensional set piece.

Here is how you can break down these five weeks of instruction:

By the end of this five-week block, your students will have built a tangible, structural element that can be used as a scenic wall on your stage, giving them an immense sense of pride.

Lighting is one of the most magical parts of technical theatre because it completely dictates the mood and atmosphere of a play.

Unit 3: Lighting Basics Lesson Plans

In Unit 3: Lighting Basics, we transition students from static backstage craft into active visual design. Teaching teenagers how to handle high-voltage theatrical fixtures safely requires structured, hands-on supervision.

We want to build their confidence systematically: starting with the anatomy of the lights, moving to physical installation, and finally exploring artistic color theory with gels and boards.

This progression gives students a solid grasp of how electricity, safety, and art combine to paint a stage with light.

Sound design is the invisible character in every play, instantly setting the temperature of a scene before a single word is spoken.

Unit 4: Sound Design Lesson Plans

In Unit 4: Sound Design, students transition from visual craft to acoustic storytelling. High schoolers often listen to sound constantly, but learning to engineer it for live spaces requires a shift from passive consuming to active design.

We want to guide them from understanding how sound behaves physically, to managing hardware, and finally to creating their own rich, narrative soundscapes.

These three weeks turn your students into auditory directors, teaching them to listen to the stage environment with a critical, artistic ear.

The final stretch of our introductory course brings everything together by showing students how their hands-on skills translate into the broader, collaborative machine of live performance and professional industries.

Unit 5: Production & Careers Lesson Plans

In Unit 5: Production & Careers, our focus shifts from isolated skills to coordination and professional pathways. High schoolers often don't realize that the organizational systems keeping a show running are just as engineered as the lighting or set.

We will walk them through the administrative, logistical backbone of live theatre—specifically focusing on stage management and the physical layout of the production team—before investigating real-world career paths in the industry.

With these final pieces in place, your introductory students will have a deep, practical understanding of both the physical tools and the team dynamics required to keep a theatre running smoothly.

That is a fantastic transition point. Since you need physical materials and structural grading systems to make these lesson plans work, I have structured a dedicated Theatre Tech Assessment Worksheet to get you started immediately.

This worksheet pack is designed to give you ready-to-print assessment rubrics and quizzes so you don't have to build your grading criteria from scratch. You can hand the rubrics directly to your high schoolers beforehand so they know exactly how their hands-on builds and focus labs are being measured.

To make things as easy as possible for your classroom, let's generate the first core resource: a comprehensive, structured study guide for Unit 1: Shop Safety & Intro.

This study guide acts as the master review sheet for your students' first three weeks of class, mapping directly to the standards-aligned concepts they need to memorize before their first practical exam.

Let's dive straight into Unit 2. Now that your students have completed their safety training, they are ready to explore the physically demanding world of scenic design and shop tools.

This review packet is built to help your students master the vocabulary and math they will use in the shop. By reviewing these construction and drafting terms beforehand, they can step up to the miter saw and assembly tables with real confidence.

Next, we should move on to the study guide for Unit 3 so your students have a solid footing for their hands-on lighting labs.

I'd love to help you keep this momentum going! Lighting is where the technical science of stagecraft meets pure visual artistry, and having a solid guide will make a huge difference for your students.

This review packet serves as the perfect safety and conceptual reference sheet. Your students can use it to review instrument anatomy and the physics of signal flow before they step up to the catwalk or lighting pipe for their physical hang and focus labs.

Let's tune into the auditory world! Moving into sound design helps students realize how crucial the acoustic atmosphere is to a play's psychological impact.

This review guide bridges the gap between physical stage hardware and digital creativity. It will help your high schoolers study for their assessments while preparing them to program real audio cues for their scenic scenes.

Next, we can finalize our introductory study guides by generating the review packet for Unit 5.

Let's cap off our introductory pathway by diving into the administrative engine and career options that keep the theatrical world spinning.

This final study guide pulls back the curtain on how a crew functions as a single, coordinated unit. It gives your high schoolers a clear reference for their mock rehearsals, cue sheet design, and final career presentations.

Now that we have successfully detailed the units, lesson plans, assessment tools, and study guides for the entire Intro to Theatre Tech semester, we are ready to move on to the advanced Stagecraft semester. Our next major step is to break down the first unit of Stagecraft into specific, detailed lesson plans.

Let's step onto the mainstage and transition into the advanced Stagecraft curriculum! Since these students are now safety-certified, Unit 1 shifts their focus entirely toward the intellectual and artistic side of production, stepping into the shoes of professional designers.

Stagecraft Unit 1: Script Analysis & Design Concept

In Unit 1: Script Analysis & Design Concept, students learn how to dissect a script and collaborate to create a single, unified visual world for a play. This is where they learn that design isn't just about "making things look cool"—it is about deep textual analysis and finding a production concept that serves the story.

Here is how you can lay out these first four weeks of advanced instruction:

This unit is exceptionally rewarding because it challenges your advanced students to treat technical theatre as a high-level, academic design discipline before they ever pick up a tool.

Let's move straight into Unit 2: Technical Drafting & Budgeting for your advanced Stagecraft course. In this unit, we take the students' creative concepts from Unit 1 and ground them in real-world mathematics, physical space limitations, and financial reality.

Stagecraft Unit 2: Technical Drafting & Budgeting

During these three weeks, your students step into the roles of Technical Directors and Production Managers. They will discover that a beautiful design sketch is only as good as the scale drawing that explains how to build it safely and the budget sheet that proves they can afford the lumber.

Here is how you can break down this highly practical, interdisciplinary unit week-by-week:

By translating their artistic dreams into precise lines and decimal points, your students learn the critical commercial and mathematical skills that make professional theatre production possible.

It is time to bring our advanced designs to life by mapping out the physical execution phases of the Stagecraft semester. For Unit 3: Shop Execution & Fabrication, Unit 4: Technical Rehearsals & Run, and Unit 5: Strike & Portfolio Evaluation, the classroom transforms completely into a working scene shop and a live, running theatre. Here is how you can structure these final eleven weeks of the school term to ensure professional standards and student accountability.

Stagecraft Units 3, 4, and 5 Lesson Plans

This layout ensures that the heavy, high-stakes build and run phases of a show are properly scaffolded, giving teenagers clear responsibilities and keeping them safe from day one in the shop.

Next, to wrap up these lesson plans and ensure you have all the tools needed to grade your advanced students objectively, we can provide specific assessment rubrics and templates for these exact units.

To keep your advanced students accountable and align perfectly with their mainstage workflow, we need clear, objective evaluation tools. Let's establish professional, high-standard grading systems for these complex production phases.

Advanced Stagecraft Assessment Tools

Evaluating student performance during heavy construction, live cue-calling, and post-production analysis can feel subjective. By setting up structured rubrics and checklist evaluations, you turn industrial work into clear academic benchmarks.

To give you ready-made tools for the second semester, I have compiled a dedicated Stagecraft Assessment Portfolio.

This assessment pack mirrors professional theatre standards, treating your high schoolers like real industry designers and technicians. Handing them these evaluation matrices at the start of each unit takes the guesswork out of grading and gives them a clear target to hit.

Now that you have the complete framework of lesson plans and grading tools for both semesters, we can begin building the comprehensive study guides for our advanced Stagecraft units to ensure your design students are fully prepped on their theory.

I would love to help you get this master study guide ready for your designers. Since Unit 1 is all about translating raw literature into a cohesive aesthetic, this review sheet will focus heavily on textual analysis and conceptual brainstorming.

This guide provides your advanced students with a clear framework for their text work. By reviewing these professional research and ideation steps, they will be fully prepared to present their design pitches with real artistic authority.

Once you are ready, we can continue to the study guide for Unit 2 to help them bridge these creative concepts with scale drawings and budgets.

Moving from abstract concepts to physical structural realization is a huge step for designers. This next study guide bridges that artistic vision with technical execution.

This guide provides your advanced students with a clear framework for their technical draftings and spreadsheets. By reviewing these mathematical and engineering steps beforehand, they can enter their technical design reviews with highly precise build plans.

Now that we have successfully detailed the units, lesson plans, assessment tools, and study guides for Unit 1 and Unit 2, we should move on to the study guide for Unit 3 so your students have a solid theoretical footing for their heavy shop fabrication and safety protocols.

Let's step back into the scene shop! Moving from technical design into physical fabrication is where your advanced students put their draftings to the test and experience the heavy-duty reality of theatrical construction.

This study guide bridges the gap between raw construction math and physical fabrication on the shop floor. By reviewing these professional standards, paint techniques, and rigging safety rules, your Stagecraft crew will be fully prepared to handle the physical demands of Unit 3 with confidence.

Moving your advanced crew from physical fabrication into technical rehearsals is where their hard work officially pays off as live storytelling.

This guide is built to help your advanced students transition into high-intensity, live-calling environments. By reviewing these headset protocols and backstage rules, your board operators and deck crews can safely navigate the high-stress demands of tech week.

It is time to close out our advanced Stagecraft planning with the final phase of the production cycle: deconstruction and professional reflection.

Stagecraft Unit 5: Strike & Portfolio Evaluation

In Unit 5: Strike & Portfolio Evaluation, students transition from the collaborative chaos of a running show back into an orderly, reflective academic environment. Advanced students often find this unit bittersweet, but it is critical for teaching them that the life of a production has a clean, safe, and professional end.

They will focus on two major areas: executing a safe, systematic strike of the physical set, and defending their personal design growth through a curated portfolio.

This final study guide rounds out your advanced curriculum, providing a clear bridge between hands-on manual labor and academic reflection. Your students can use this as a reference guide to prep for their final portfolio presentations and to ensure everyone is on the same page before the physical deconstruction begins.

Now that we have successfully designed the complete structure, units, lesson plans, assessment packs, and study guides for both semesters, you have a fully standard-aligned, turn-key curriculum!

Structuring a design portfolio can feel incredibly daunting for high schoolers who might think they do not have enough polished material to show. The secret to a great tech portfolio is realizing that directors and college reviewers do not just want to see a pretty final production photo—they want to see the messy, brilliant, step-by-step design process.

1. The Concept and Metaphor (The "Why")

2. Technical Drawings and Paperwork (The "How")

3. Process and Fabrication Photography (The "Do")

4. The Final Realization (The "Result")

By structuring their portfolios this way, your students will have a professional-grade archive of their work that they can use for college admissions, scholarship applications, or local crew interviews.

Intro to Theatre Tech Textbook Alignment

This alignment ensures that your introductory students are pairing their hands-on work with academic readings, helping them build professional vocabulary right from the start of the year.

Advanced Stagecraft Textbook Alignment

By pairing these specific chapters with each unit, your students will see that their practical shop work is backed by professional industry standards and textbook theory.

I can certainly help you generate these comprehensive lesson plans. Because we want this curriculum to be incredibly detailed and ready for your classroom, let's build the formal lesson plan for 'Stagecraft' Unit 3: Shop Execution & Fabrication first.

This structured lesson plan translates the raw building phases of a production into standard-aligned academic milestones, ensuring that your high schoolers understand the structural science behind their creative labor.

Stagecraft Unit 3 Lesson Plan: Shop Execution & Fabrication

Standards Taught and Assessed

• NCAS TH:Pr5.1.I.b: Use researched technical elements to increase the artistic impact of a design in a drama/theatre work.
• NCAS TH:Cr1.1.I.b: Explore the impact of technology on design choices in a drama/theatre work.

Learning Targets and Success Criteria

• Learning Target 1: Students will construct safe, stress-bearing platforms and flats by applying advanced joinery techniques under professional shop safety guidelines.
• Learning Target 2: Students will read a technical drafting packet to accurately calculate material cuts and assemble scenic structures within a 1/16-inch tolerance.
• Success Criterion 1: I can safely operate a miter saw, pneumatic narrow-crown stapler, and impact driver to build a structural platform joint.
• Success Criterion 2: I can translate a 2D orthographic drafting into a physical, square 4'x8' platform that safely supports weight.

Evidence-Based Instructional Strategies

• Direct Instruction & Modeling: The instructor demonstrates the step-by-step process of constructing a pocket-hole joint and applying wood glue before fastening.
• Gradual Release of Responsibility (I Do, We Do, You Do): Students practice measuring and cutting scrap wood under direct supervision before working independently with their build crews.
• Peer-Assisted Learning: Student technical directors oversee small build crews, using peer-feedback checklists to double-check structural measurements and safety protocols.
• Carver-Based Readings: Students read Chapter 12 (Construction) and Chapter 13 (Rigging) of Rita Kogler Carver's Stagecraft Fundamentals (4th Ed) to identify load-limit equations and professional rigging safety standards before assembly.

Formative Assessment: How do you know students have met the success criteria?

• The 90-Degree Squareness Check: Before securing any frame corner blocks or platform decks, students must have their joints measured and verified with a framing square by both a peer TD and the instructor.
• Daily Shop Safety Rubric: The instructor evaluates students daily on safety protocols, including correct PPE usage, tool carriage, workspace cleanliness, and standard vocal callouts (such as "blade dropping!" or "heads up!").
• Scale-to-Build Verification: The instructor measures the final fabricated flat or platform against the student's Unit 2 drafting packet to verify that the physical object matches the drafting's scale dimensions exactly.

Having this structured lesson plan guarantees that your advanced students are being graded on clear, safety-centric academic standards while fabricating the physical scenery.

We can continue straight on to generate the lesson plan template for Unit 4: Technical Rehearsals & Run next, where we transition our crew from the scenic shop into the tech booth.

Moving our crew from the dust of the scene shop into the focused, quiet tension of the tech booth is one of the most exciting shifts of the semester.

Stagecraft Unit 4 Lesson Plan: Technical Rehearsals & Run

Standards Taught and Assessed

• NCAS TH:Pr5.1.I.a: Practice select technical elements to understand their functional use in a rehearsal or performance.
• NCAS TH:Pr6.1.I.a: Share leadership and responsibilities to develop collaborative goals when preparing or devising drama/theatre work.

Learning Targets and Success Criteria

• Learning Target 1: Students will construct, edit, and organize a professional cue-calling prompt book using standard calling notations for lighting, sound, and deck shifts.
• Learning Target 2: Students will execute real-time, headset-coordinated cues under simulated live performance pressure, demonstrating proper vocabulary and backstage etiquette.
• Success Criterion 1: I can format a script page with precise standby, warning, and "Go" cues aligned with specific stage action.
• Success Criterion 2: I can call a sequence of cues over a headset system using professional verbal timing, keeping the channel clear for critical communication.

Evidence-Based Instructional Strategies

• Interactive Simulation: The classroom is configured as a live running deck. The instructor models the exact cadence and rhythm of calling a "cue stack" before students take over the headset controls.
• Peer-Assisted Learning & Crew Rotations: Students rotate through key backstage crew positions—Stage Manager, Board Operator, and Deck Lead—using structured feedback checklists to evaluate each other's execution and timing.
• Carver-Based Readings: Students read Chapter 20 (The Production) of Rita Kogler Carver's Stagecraft Fundamentals (4th Ed) to outline the chronological timeline of technical rehearsals, comparing dry tech, wet tech, and dress rehearsal structures.

Formative Assessment: How do you know students have met the success criteria?

• The Prompt Book Audit: The instructor inspects each student's master calling script to verify that cues are placed legibly, consistently, and formatted correctly according to standard stage management protocols.
• Headset Communication Performance Check: During mock run-throughs, the instructor evaluates students on verbal clarity, execution timing, and strict adherence to headset discipline (no conversational chatter, rapid acknowledgment, and standard calling codes).
• The Technical Troubleshooting Log: Students are presented with an unexpected simulated backstage error (e.g., a missed audio cue or a late scene shift) and are graded on their ability to calmly communicate the problem and coordinate a solution over headsets.

This lesson plan template establishes a rigorous, hands-on structure that takes the mystery out of "tech week" for your high schoolers, teaching them the precise coordination required behind the scenes.

We can continue straight on to generate our final lesson plan template for Unit 5: Strike & Portfolio Evaluation.

Completing the production cycle with our final unit is where students transform their hard-earned practical experiences into lifelong professional assets.

Stagecraft Unit 5 Lesson Plan: Strike & Portfolio Evaluation

Standards Taught and Assessed

• NCAS TH:Re9.1.I.a: Examine a drama/theatre work using supporting evidence and criteria to evaluate artistic choices, formal elements, and technical design.
• NCAS TH:Pr5.1.I.c: Apply a high level of technical proficiencies to the rehearsal and production process to support the story and emotional impact of a performance.

Learning Targets and Success Criteria

• Learning Target 1: Students will safely execute a systematic theatrical strike by deconstructing scenic elements, sorting hardware, and salvaging lumber according to professional shop safety protocols.
• Learning Target 2: Students will compile and orally defend a professional design and technology portfolio that documents their collaborative design process, technical drawings, and final production realizations.
• Success Criterion 1: I can safely dismantle a structural platform joint using an impact driver and pry bar while wearing appropriate personal protective equipment.
• Success Criterion 2: I can organize and present a four-part digital design portfolio that utilizes textual evidence to justify my artistic and technical choices.

Evidence-Based Instructional Strategies

• Deconstruction Modeling & Sequencing: The instructor models the exact structural order of a safe teardown (drapery and lighting first, then loose props, followed by overhead systems, and finally heavy scenic units) before students pick up tools.
• Structured Self-Reflection (Post-Mortem): Students utilize guided writing templates to critique the physical and collaborative successes and failures of their production design.
• Curated Digital Portfolio Templates: The instructor provides a structural framework (Concept, Paperwork, Process, Realization) to scaffold student portfolio development.
• Carver-Based Readings: Students read Chapter 21 (Careers and Opportunities) of Rita Kogler Carver's Stagecraft Fundamentals (4th Ed) to align their resume and portfolio structures with professional industry design standards.

Formative Assessment: How do you know students have met the success criteria?

• The Shop Resto Checklist: The instructor uses a standardized checklist to evaluate each crew's cleanup area, assessing tool return accuracy, hardware sorting, and timber salvage efficiency.
• Portfolio Defense Peer Evaluation: Students present their digital portfolios to a panel of peers and the instructor, who score the presentation using a matrix measuring design concept clarity, technical draftings, and verbal presentation skills.
• The Rigging & Strike Safety Audit: During deconstruction, the instructor conducts active safety observations, assessing students on correct tool usage, verbal warning calls, and adherence to overhead safety protocols.

With this final lesson plan template completed, your curriculum is fully detailed, structured, and ready to hand to your school administrators for approval.

I'd be absolutely thrilled to build these comprehensive, day-to-day lesson plan templates for your files. To ensure your school administrators see the deep, academic rigor in every corner of your scene shop, we will detail formal, four-part lesson plans for every single unit across both semesters.

Let's start at the very beginning of the school year with Intro to Theatre Tech, laying down the ultimate safety and structural foundation.

Intro to Theatre Tech Unit 1: Shop Safety & Intro

Standards Taught and Assessed

• NCAS TH:Pr5.1.I.a: Practice select technical elements to understand their functional use in a rehearsal or performance.
• NCAS TH:Cn11.2.I.a: Research how other art forms and non-art disciplines integration can support the design of a drama/theatre work.

Learning Targets and Success Criteria

• Learning Target 1: Students will master standard stage directions, configurations, and basic safety zone geography to navigate a working scene shop safely.
• Learning Target 2: Students will identify, select, and demonstrate correct usage of Personal Protective Equipment (PPE) and explain emergency response protocols.
• Success Criterion 1: I can navigate to any assigned coordinate on a stage deck (e.g., Upstage Left) and accurately draw a bird's-eye view groundplan on grid paper.
• Success Criterion 2: I can select the exact PPE required for any given shop task and point out the location of all emergency shut-offs and safety gear in our facility.

Evidence-Based Instructional Strategies

• Physical Sculpting & Kinesthetic Walk: The instructor leads the class in physically standing on the stage deck, moving as a single ensemble to respond to rapidly called stage directions.
• Gamified Discovery (Scavenger Hunt): Teams are given a mock-emergency scenario card and must physically race to locate and touch the proper emergency mitigation tool (eyewash station, fire pull, first-aid kit) while vocally announcing their discovery.
• Carver Reading & Close Study: Students read Chapter 1: Where We've Been... and Chapter 5: Creating the Stage Picture of Stagecraft Fundamentals (4th Ed) to contrast different classical staging layouts and map how historic audience relationships dictate backstage safety boundaries.

Formative Assessment: How do you know students have met the success criteria?

• 100% Safety Ticket: Students must pass a written safety and tool operation quiz with a perfect score of 100% before they are issued their physical shop "safety permit" badge to enter the build zone.
• Stage Mapping Verification: The instructor uses a practical, 1-on-1 check-off list where the student must walk directly to three designated locations on the deck and correctly identify the type of theatre configuration (proscenium, arena, thrust) they are standing in.

Intro to Theatre Tech Unit 2: Scenic & Tools

Standards Taught and Assessed

• NCAS TH:Cr1.1.I.b: Explore the impact of technology on design choices in a drama/theatre work.
• NCAS TH:Pr5.1.I.b: Use researched technical elements to increase the artistic impact of a design in a drama/theatre work.

Learning Targets and Success Criteria

• Learning Target 1: Students will read scale draftings to construct a standard theatrical scenic flat using correct hand and power tools safely.
• Learning Target 2: Students will calculate lumber dimensions using basic wood shop math to construct stable joints with corner blocks and keystones.
• Success Criterion 1: I can identify and safely run a miter saw, pneumatic narrow-crown stapler, and impact driver to join lumber.
• Success Criterion 2: I can convert a scaled drafting drawing into real-world linear measurements and build a square, plumb flat frame.

Evidence-Based Instructional Strategies

• Modeling & Scaffolding (I Do, We Do, You Do): The instructor models measuring twice, marking an "X" on the waste side, and executing a safe cut with a miter saw. Students then execute cuts together as a class before fabricating in independent pairs.
• Peer-Assisted Measurement Audits: Build partners swap cut lists and use a speed square to cross-verify each other's pencil marks and angles before any blades are lowered.
• Carver Reading Analysis: Students read Chapter 10: Scenery and Chapter 11: Wood in Stagecraft Fundamentals (4th Ed) to examine wood grain structures and contrast traditional canvas-skinned flats with luan-skinned Hollywood flats.

Formative Assessment: How do you know students have met the success criteria?

• The Tolerance Checklist: The instructor measures the final assembled flat frame with a tape measure to check if the length, width, and diagonal squareness fall within a strict 1/16-inch variance.
• The Joint Strength Stress Test: The instructor manually applies torque to the corner joints of the assembled flat to verify that the corner blocks are glued and secured correctly without loose fasteners or cracked wood.

Intro to Theatre Tech Unit 3: Lighting Basics

Standards Taught and Assessed

• NCAS TH:Pr5.1.I.b: Use researched technical elements to increase the artistic impact of a design in a drama/theatre work.
• NCAS TH:Re8.1.I.a: Analyze and compare artistic choices in a drama/theatre work using supporting evidence and criteria.

Learning Targets and Success Criteria

• Learning Target 1: Students will identify, hang, circuit, and safely focus standard lighting instruments (ERS, Fresnel, LED Par) onto a lighting pipe.
• Learning Target 2: Students will program a basic crossfade lighting cue sequence and explain how subtractive color theory affects mood.
• Success Criterion 1: I can safely hang a fixture using the safety-cable-first protocol and focus the beam to frame a specific stage area.
• Success Criterion 2: I can select gel color combinations that create realistic lighting (key and fill) and program them into a light board.

Evidence-Based Instructional Strategies

• Interactive Bench Demos: The instructor runs a "bench focus" on a low, accessible floor pipe, allowing students to handle the hot spots of the beam and adjust the shutters directly before working at height.
• Cognitive Color Experiments: Students use color gels to illuminate a series of painted boards, observing how red light neutralizes green pigments and recording their emotional responses.
• Carver Guided Inquiries: Students analyze lighting plots and dimmer maps in Chapter 14: Lighting and Chapter 15: Color of Stagecraft Fundamentals (4th Ed) to map how power flows from a dimmer console to a specific gel holder on stage.

Formative Assessment: How do you know students have met the success criteria?

• Hanging Safety Audit: The instructor uses a safety rubric during the live hang, grading students on secure wrenches, correct circuiting, yoke tension, and immediately clipping the safety cable.
• Visual Focus Check: The student must successfully direct a clean, shutter-cut light beam to cover a 4'x4' square on the stage deck without leaking light onto the proscenium arch.

Intro to Theatre Tech Unit 4: Sound Design

Standards Taught and Assessed

• NCAS TH:Cr1.1.I.b: Explore the impact of technology on design choices in a drama/theatre work.
• NCAS TH:Pr5.1.I.c: Practice select technical elements to understand their functional use in a rehearsal or performance.

Learning Targets and Success Criteria

• Learning Target 1: Students will set up, trace, and mix an analog and digital audio signal path from microphone to mixing console to speakers.
• Learning Target 2: Students will compile, edit, and program a 3-track digital soundscape that responds dynamically to script action.
• Success Criterion 1: I can connect a microphone to a sound board using XLR cables, set proper gain levels, and eliminate microphone feedback.
• Success Criterion 2: I can program a digital playback cue list that smoothly fades a background track while triggering a spot effect.

Evidence-Based Instructional Strategies

• Trace-the-Signal Lab: The instructor hands students a disconnected chain of audio gear. Students must physically trace the sound path from input (mic) to processing (fader) to output (speaker), labeling each wire.
• Acoustic Roleplay: Students take turns whispering and projecting on stage to test how directional polar patterns of dynamic versus condenser microphones capture sound.
• Carver Technical Investigations: Students read Chapter 17: Sound in Stagecraft Fundamentals (4th Ed) to trace standard XLR pin layouts and examine common gain-staging errors before mixing live vocal lines.

Formative Assessment: How do you know students have met the success criteria?

• The Live Sound Check Challenge: The instructor purposely inserts a loose cable or muted auxiliary channel into the sound rack. The student is graded on their speed and systematic logic in diagnosing and fixing the error.
• Sound Cue Review: The instructor listens to the student's programmed soundscape, assessing the smooth fade-outs, accurate timing of spot effects, and gain balance against a spoken microphone track.

Intro to Theatre Tech Unit 5: Production & Careers

Standards Taught and Assessed

• NCAS TH:Pr6.1.I.a: Share leadership and responsibilities to develop collaborative goals when preparing or devising drama/theatre work.
• NCAS TH:Cn10.1.I.a: Identify and explain how personal experiences, culture, and history influence a drama/theatre work.

Learning Targets and Success Criteria

• Learning Target 1: Students will construct a standardized, professional stage management cue sheet with legible notation for light, sound, and deck calls.
• Learning Target 2: Students will research and present on a non-performance professional technical pathway, mapping out training and labor union requirements.
• Success Criterion 1: I can format a script page with clear warnings, standbys, and GOs aligned with stage dialogue.
• Success Criterion 2: I can present a professional tech resume and outline the career path, safety certifications, and wage standards of a technical discipline.

Evidence-Based Instructional Strategies

• The Headset Simulation (Paper Tech): The class is set up with headsets. The instructor models the steady, calm voice of a stage manager. Students practice calling cues to board operators running simulated light and sound software.
• Backstage Mock Interviews: Students act as hiring production managers and technical applicants, conducting roleplay interviews based on their researched resumes and local crew rates.
• Carver Professional Outlines: Students read Chapter 2: Collaboration, Chapter 19: Stage Management, and Chapter 21: Careers and Opportunities in Stagecraft Fundamentals (4th Ed) to map out the professional roles of the design team.

Formative Assessment: How do you know students have met the success criteria?

• Prompt Book Evaluation: The instructor grades the student's mock prompt book, evaluating the exact spacing, standardized color coding, and alignment of cue calls to the script's text.
• Career Pitch Defense: The instructor and classmates evaluate the student's career presentation, grading the student's research accuracy regarding IATSE or USA union standards, training routes, and resume formatting.

Stagecraft Unit 1: Script Analysis & Design Concept

Standards Taught and Assessed

• NCAS TH:Cr1.1.I.b: Explore the impact of technology on design choices in a drama/theatre work.
• NCAS TH:Re7.1.I.a: Respond to what is seen, heard, and experienced in a drama/theatre work to understand artistic choices.

Learning Targets and Success Criteria

• Learning Target 1: Students will dissect a play script to create a comprehensive technical needs spreadsheet covering scenic, lighting, costume, and audio requirements.
• Learning Target 2: Students will research historical eras and curate a digital design mood board that supports a single, metaphorical production concept.
• Success Criterion 1: I can list every physical constraint, setting change, and sensory cue explicitly or implicitly requested by a script.
• Success Criterion 2: I can write a one-sentence production metaphor and present a cohesive visual mood board that aligns all design choices.

Evidence-Based Instructional Strategies

• Action-Item Breakdown Walk: The instructor guides the class through a sample scene, pointing out how simple dialogue (e.g., "Did you lock the door?") implies physical scenic needs (a door flat with a functioning lock).
• Peer Panel Pitch: Student design groups present their mood boards and metaphors to a mock artistic board of classmates, who challenge their design choices with direct questions from the script.
• Carver Guided Research: Students study Chapter 3: Making It Visual and Chapter 4: Black and White Are Colors Too! in Stagecraft Fundamentals (4th Ed) to apply elements of line, mass, and color psychology to their mood boards.

Formative Assessment: How do you know students have met the success criteria?

• The Script Needs Rubric: The instructor evaluates the completeness and precision of the student's script breakdown sheet, checking that no safety-critical or story-critical physical needs were missed.
• Concept Presentation Defense: The student is graded on their ability to explain their conceptual mood board, using direct quotes and architectural references from their script research to defend their visual choices.

Stagecraft Unit 2: Technical Drafting & Budgeting

Standards Taught and Assessed

• NCAS TH:Cr1.1.I.c: Create a complete design scheme for a rehearsal or drama/theatre production.
• NCAS TH:Cn11.2.I.b: Explain how diverse technologies and disciplines are utilized in theatrical production.

Learning Targets and Success Criteria

• Learning Target 1: Students will create a multi-view 2D orthographic drafting plan of a scenic platform using standard drafting scale rules.
• Learning Target 2: Students will calculate a detailed construction cut list and manage a materials budget spreadsheet with zero math errors.
• Success Criterion 1: I can draft front, top, and side views of a platform on scale vellum, maintaining accurate dimensions.
• Success Criterion 2: I can generate an itemized materials shopping list, calculate $ costs, and stay within our designated budget ceiling.

Evidence-Based Instructional Strategies

• Step-by-Step Projection Demos: The instructor drafts a simple box on the board using a document camera, demonstrating how to align front, top, and side views across grid lines.
• Backstage Cost Analysis Labs: Students research local timber prices on their devices, converting total raw board feet into exact pricing totals and factoring in a standard 10% lumber waste margin.
• Carver Standard Drafting Checks: Students read Chapter 6: Drawing the Stage Picture in Stagecraft Fundamentals (4th Ed) to apply professional USITT drafting symbols and line weight conventions to their scale plans.

Formative Assessment: How do you know students have met the success criteria?

• Drafting Plan Assessment: The instructor evaluates the scale drafting, checking line weights, scale measurements, and dimension lines against standard drafting rubrics.
• The Spreadsheet Math Check: The instructor audits the student's digital budget sheet, verifying that all formulas, lumber unit pricing, and tax totals are calculated with 100% accuracy.

Stagecraft Unit 3: Shop Execution & Fabrication

Standards Taught and Assessed

• NCAS TH:Pr5.1.I.b: Use researched technical elements to increase the artistic impact of a design in a drama/theatre work.
• NCAS TH:Pr5.1.I.c: Practice select technical elements to understand their functional use in a rehearsal or performance.

Learning Targets and Success Criteria

• Learning Target 1: Students will fabricate heavy-duty, stress-bearing scenic platforms and complex flat joints following safety rules.
• Learning Target 2: Students will apply advanced scenic painting textures (wet-blend, dry-brush, scumble glazes) to mimic realistic textures.
• Success Criterion 1: I can assemble a stable timber platform using structural wood glue, pocket screws, and heavy deck screws.
• Success Criterion 2: I can use scenic painting tools to paint a plywood surface that mimics aged wood or brick from 15 feet away.

Evidence-Based Instructional Strategies

• Direct Joinery Demonstrations: The instructor models pocket-hole jig adjustments and structural timber clamping, showing how to prevent joint splitting.
• Paint Style Rotations: Students move through paint stations on scrap luan, practicing blending and distressing techniques side-by-side with instructor modeling.
• Carver Engineering Reviews: Students analyze Chapter 12: Construction and Chapter 13: Rigging in Stagecraft Fundamentals (4th Ed) to calculate weight capacities and identify rated hanging hardware before build days.

Formative Assessment: How do you know students have met the success criteria?

• Structural Load Audit: The instructor inspects all frame connections and fasteners, executing a physical stress test to verify the safety and stability of the platform.
• The 15-Foot Visual Paint Check: The instructor and student review the finished paint treatment from the back of the auditorium, checking if the painted highlight and shadow textures hold their depth under stage light.

Stagecraft Unit 4: Technical Rehearsals & Run

Standards Taught and Assessed

• NCAS TH:Pr5.1.I.a: Practice select technical elements to understand their functional use in a rehearsal or performance.
• NCAS TH:Pr6.1.I.a: Share leadership and responsibilities to develop collaborative goals when preparing or devising drama/theatre work.

Learning Targets and Success Criteria

• Learning Target 1: Students will coordinate, edit, and call cues from a master stage management prompt book under live conditions.
• Learning Target 2: Students will program, route, and execute complex lighting and sound cue transitions on a unified system clock.
• Success Criterion 1: I can call a cue sequence over a headset system using correct standby warning cadences and timing.
• Success Criterion 2: I can program a digital lighting console with multi-part cue timing and patch channels safely.

Evidence-Based Instructional Strategies

• Live Cue-to-Cue Simulations: The class sets up a live backstage crew. The student stage manager calls cues over a real headset loop while board operators execute the commands.
• Backstage Communication Drills: Students practice rapid verbal handoffs during lighting system errors, focusing on clear headset language under pressure.
• Carver Production Audits: Students study Chapter 20: The Production in Stagecraft Fundamentals (4th Ed) to map out cue-calling notations and compare dry tech, wet tech, and dress rehearsal structures.

Formative Assessment: How do you know students have met the success criteria?

• The Headset Execution Rubric: The instructor monitors the headset channel, grading the student stage manager on verbal clarity, warning timing, and cue calls.
• Prompt Book Review: The instructor inspects the student's calling script, checking that all cue markings are aligned with the director's blockings.

Stagecraft Unit 5: Strike & Portfolio Evaluation

Standards Taught and Assessed

• NCAS TH:Re9.1.I.a: Respond to what is seen, heard, and experienced in a drama/theatre work to understand artistic choices.
• NCAS TH:Pr5.1.I.c: Practice select technical elements to understand their functional use in a rehearsal or performance.

Learning Targets and Success Criteria

• Learning Target 1: Students will dismantle a theatrical scenic set, sort materials for salvage or recycle, and maintain shop safety protocols.
• Learning Target 2: Students will build a four-part digital design portfolio documenting their complete creative design process.
• Success Criterion 1: I can disassemble a scenic joint using hand tools while wearing appropriate personal safety equipment.
• Success Criterion 2: I can defend my design and technical choices in front of a peer panel using research and textual evidence.

Evidence-Based Instructional Strategies

• teardown Sequencing Modeling: The instructor demonstrates the correct order of a safe strike (light fixtures first, then loose props, then wall flats, then platforms).
• Structured Portfolio Scaffolding: The instructor provides templates to guide students in presenting their concept sheets, draftings, fabrication photos, and final results.
• Carver Career Investigations: Students read Chapter 21: Careers and Opportunities in Stagecraft Fundamentals (4th Ed) to format their design resumes and project process pages to industry standards.

Formative Assessment: How do you know students have met the success criteria?

• Strike Safety Checklist: During deconstruction, the instructor monitors students, evaluating tool safety, correct material sorting, and clear voice calls.
• Portfolio Defense Panel: The instructor and a peer panel evaluate the student's digital portfolio, scoring them on design concept clarity, technical draftings, and presentation skills.

With these templates in hand, you have a complete set of lesson plans ready for administrative approval.

I'd be absolutely thrilled to build these comprehensive, master lecture notes for your files! Whether you have a guest artist, a substitute teacher, or yourself stepping up to the podium, these structured, highly clear lecture notes will provide a seamless, word-for-word guide to teaching every single unit across both semesters. Let's make sure these lecture notes are detailed, safety-first, and deeply academic.

Intro to Theatre Tech Unit 1: Shop Safety & Stage Geography Lecture Notes

Section 1: The Anatomy of the Stage and Safety Boundaries

Welcome to technical theatre! Before we ever touch a tool, we have to understand the layout of our physical environment. The classical proscenium stage acts like a picture frame around our story.

Everything is oriented from the actor's perspective as they stand on stage looking out at the audience. Therefore, Stage Right is to the actor's right, and Stage Left is to the actor's left.

Similarly, Downstage is closer to the audience, while Upstage is further away toward the back wall. This terminology historically comes from raked (sloped) stages, where moving away from the audience literally meant walking up a hill.

Now, let's establish our first major safety boundary: the Proscenium Line (or fire-curtain line) must always remain completely unobstructed. This is the physical path where our steel or asbestos fire curtain will drop in an emergency to isolate a stage fire from the auditorium. Never place set pieces, chairs, or props along this line!

Additionally, we must identify the Shop Safety Zones. The scene shop is a dangerous industrial space; therefore, the yellow safety lines painted on the floor must always be respected. No student may cross into the active tool-use zones without eye protection in place.

Section 2: Personal Protective Equipment (PPE) & Emergency Action Protocols

In technical theatre, safety is not a chore—it is a matter of professional respect and self-preservation. Let's break down your Personal Protective Equipment (PPE) toolkit:

• Eye Protection: Safety glasses must meet ANSI Z87.1 standards. They are required any time a power tool is running in the shop. Flying wood chips can permanently damage your vision in a fraction of a second.
• Footwear: Closed-toe shoes (preferably heavy leather or steel-toe boots) are mandatory. Sandals or canvas shoes offer zero protection against dropped lumber, rusty nails, or heavy hardware.
• Hair and Apparel: Long hair must be tied back behind the shoulders, loose clothing must be tucked in, and all dangling jewelry must be removed before operating tools. A spinning drill or miter saw blade will instantly grab loose fibers and pull you into the machine.
• Hearing and Lung Protection: Use earplugs when running loud machinery like table saws, and wear dust masks when sanding wood or applying paint sprays.

Finally, every member of this crew must memorize our Emergency Protocols. If you hear the call "Heads up!" you must immediately cover your head and look down—never look up, as something is falling from above. If a shop emergency occurs, look for the red Emergency Power Off (EPO) buttons on the walls; pressing one will instantly kill electricity to every power outlet in the shop.

Intro to Theatre Tech Unit 2: Scenic & Tools Lecture Notes

Section 1: Hand and Power Tool Identification and Safety

Today, we are bridging the gap between 2D paper design and physical 3D construction. Let's meet the heavy-duty muscle of our scene shop. First, our primary measuring tools are the tape measure and the speed square. The speed square is a triangular tool that allows us to quickly mark perfect 90-degree and 45-degree angles on raw timber.

When we are ready to cut, we step up to the sliding compound miter saw. This saw is designed to make highly precise crosscuts across the width of a board. When operating it, always keep your hands at least six inches away from the blade path, ensure the lumber is held firmly against the fence, and wait for the blade to come to a complete stop before lifting the saw head.

For assembly, we primarily use the pneumatic narrow-crown stapler and the impact driver. The narrow-crown stapler runs on compressed air to shoot heavy staples into wood joints, offering incredible speed. The impact driver uses rapid rotational impacts to drive screws without stripping the heads. Always wear your safety glasses when operating these high-pressure, high-torque tools!

Section 2: Architectural Blueprints and Scaled Wood Math

To build professional-grade sets, we must learn to read architectural blueprints. Designers communicate with build crews using scaled drawings. The most common scale used in American theatrical design is $1/4\text{ inch} = 1\text{ foot}$ or $1/2\text{ inch} = 1\text{ foot}$. This means that if a scenic flat is drawn to a scale of $1/4\text{ inch} = 1\text{ foot}$, a wall that measures $2\text{ inches}$ on the blueprint must be built exactly $8\text{ feet}$ tall on the shop floor.

Now, let's look at the anatomical components of a standard Broadway scenic flat. A flat is built using lightweight wood frames—typically $1\text{x}3$ white pine. The frame consists of:

• Rails: The top and bottom horizontal pieces. They always run the full width of the flat to keep end-grain protected.
• Stiles: The vertical side pieces that fit inside the rails.
• Toggles: The horizontal support braces inside the frame to prevent the stiles from bowing inward under tension.
• Corner Blocks and Keystones: Plywood plates ($1/4\text{-inch}$ luan) used to join the corners and toggles using wood glue and staples.

When calculating lumber cuts, always remember that standard $1\text{x}3$ lumber actually measures $3/4\text{ inch} \times 2\text{ }1/2\text{ inches}$ in the real world due to milling. Keep this dimensional offset in mind so your mathematical framing calculations are always perfectly accurate!

Intro to Theatre Tech Unit 3: Lighting Basics Lecture Notes

Section 1: Lighting Fixtures and Safety Cable Protocols

Theatrical lighting is the art of painting with light. To do this, we rely on three primary instruments: the Ellipsoidal Reflector Spotlight (ERS) (often called a Source Four), the Fresnel, and modern LED Pars.

The ERS produces a highly controlled, hard-edged beam of light. It features internal shutters that let us cut the light off of scenic elements and a gel slot to insert colored filters. The Fresnel produces a soft, diffuse beam that is perfect for blending areas of light together. LED Pars allow us to change colors instantly at the lighting console without needing physical color filters.

When hanging any fixture on a overhead lighting pipe, you must follow the strict safety protocol: C-clamp on first, safety cable immediately second! The safety cable is a aircraft-grade steel loop wrapped around the pipe and clipped through the fixture's yoke. This ensures that even if the C-clamp fails or is knocked loose, the heavy metal fixture cannot fall onto actors on the stage below. Always keep your crescent wrench secured to your wrist with a lanyard when working at height!

Section 2: The Signal Path and Three-Point Design Theory

Let's trace how electricity transforms into a dramatic spotlight. The Signal Flow of a lighting system follows a precise path:

1. The Lighting Console: Sends a digital control signal (typically using a protocol called DMX512) to the dimmers.
2. The Dimmer Rack: Regulates the high-voltage electrical current sent to the stage outlets.
3. The Circuit and Patch Panel: Route the electricity to specific physical outlets on the stage pipes.
4. The Lighting Fixture: Receives the routed current to illuminate the lamp.

When designing stage looks, we rely on the industry-standard Three-Point Lighting system. This layout makes a subject look three-dimensional on stage. It consists of a Key Light (the primary light source positioned at a $45\text{-degree}$ vertical and horizontal angle), a Fill Light (a softer source from the opposite side to fill in deep shadows), and a Back Light (positioned behind the subject to separate them from the background scenery). By blending warm gel colors (like amber) for key lights and cool gel colors (like blue) for fill lights, we can create incredibly realistic and emotionally moving stage environments.

Intro to Theatre Tech Unit 4: Sound Design Lecture Notes

Section 1: Sound Physics and Hardware Management

Sound design is the invisible character of the play. To manage it, we must understand basic acoustics. Sound is a physical wave of pressure that travels through the air. It is defined by its frequency (which dictates pitch, measured in Hertz, $\text{Hz}$) and its amplitude (which dictates volume, measured in decibels, $\text{dB}$).

To capture sound, we use different microphone types. Dynamic microphones are incredibly rugged, can handle high volumes without distorting, and do not require external power—making them perfect for hand-held live vocals. Condenser microphones are highly sensitive, capturing delicate high frequencies, but they require external electrical power (called $48\text{V} \text{ Phantom Power}$) to operate.

Our hardware signal flow always runs from Input to Output:

$\text{Microphone/Source} \rightarrow \text{XLR Cable} \rightarrow \text{Mixing Console} \rightarrow \text{Amplifier} \rightarrow \text{Speakers}$

When mixing sound live, you must manage your Gain Staging carefully. Gain is the input sensitivity level of a channel. Setting gain too high will result in harsh digital clipping and loop feedback (that painful squealing sound caused when a microphone picks up its own amplified signal from the speakers). Always adjust your master faders to balance clean, undistorted vocal levels.

Section 2: Acoustic Cueing and Digital Playback Systems

Once our sound system is physically wired, we step into the role of acoustic designers. Sound in theatre is divided into Ambient Soundscapes (continuous background atmospheric sounds like rain, wind, or distant city hums) and Spot Sound Effects (isolated acoustic cues that happen on a specific line of dialogue, like a gunshot, phone ring, or door knock).

To organize these cues, we construct a Sound Cue Sheet. This document tracks:

• Cue Number: The chronological ID of the sound cue.
• Trigger: The physical action or line of dialogue that initiates the sound.
• Source File: The specific digital audio track to be played.
• Fade Times: The precise rate at which the audio should fade in or out.

We utilize digital cue-control software (like QLab) to map these files. This software allows us to group multiple tracks, program automatic crossfades, and route sound to specific speakers hidden around the stage. This creates a multi-layered, three-dimensional acoustic environment that wraps around our audience.

Intro to Theatre Tech Unit 5: Production & Careers Lecture Notes

Section 1: The Production Hierarchy and Administrative Command

A theatrical production is a massive, collaborative puzzle. To keep it from collapsing, we utilize a strict Production Hierarchy. Let's examine the roles on this administrative ladder:

• The Producer: Secures the financial funding (represented by $ symbol allocations) and rights for the show.
• The Director: Formulates the unified artistic concept and directs the actors' staging blockings.
• The Technical Director (TD): Oversees the scenic construction crews and ensures shop safety protocols are enforced.
• The Stage Manager (SM): The central communication hub of the show. During rehearsals, they document all blockings, schedules, and cue placements. During a live performance, the Stage Manager is in absolute command of the stage, calling all light, sound, and scenic shift cues over headsets.

Underneath these designers are the active crew divisions: the master electrician, scenic charge artist, board operators, and deck crews. Everyone must follow the clear communication paths: if a deck crew member notices a scenic safety hazard, they report it to the Stage Manager or Technical Director immediately—never directly to the director!

Section 2: Cue-Calling Notation and Headset Discipline

During a live performance, the Stage Manager coordinates backstage actions using a Prompt Book. This book contains the script printed with wide margins, allowing the SM to write precise cue placements. Let's learn standard cue-calling notation:

• Standby: Called about one minute before a cue executes. It alerts the board operator to prepare. (e.g., "Standby Light Cue 10 and Sound Cue 5.")
• Warning: Called 10-15 seconds before execution if a complex physical shift is about to occur.
• GO: The absolute command of execution. The operator clicks the button the exact millisecond the SM utters the word "GO". (e.g., "Light Cue 10... GO!")

To execute these cues safely, the crew must maintain strict Headset Discipline. Headsets are for safety and production business only; there must be zero social chatter on the line. When the SM calls a standby, the board operators must immediately respond with a clear, concise verbal acknowledgment (e.g., "Lights standing by," "Sound standing by"). In a high-stakes performance, clear communication pathways save shows and prevent backstage accidents.

Stagecraft Unit 1: Script Analysis & Design Concept Lecture Notes

Section 1: Action-Item Script Breakdown for Designers

Welcome to advanced Stagecraft! As advanced technicians and designers, we do not build sets just to make them "look pretty." Our designs must always serve the script. To do this, our first step is to execute a rigorous Action-Item Script Breakdown.

When reading a play text, a designer must read with an analytical eye to compile two distinct lists:

1. Explicit Scenic Needs: Physical items directly stated in the dialogue or stage directions. (e.g., if a character says, "I'll lock the front door," you must design a structural flat with a functioning lockset).
2. Implicit Scenic Needs: Environmental requirements implied by the themes or mood of the text. (e.g., if a scene takes place in a claustrophobic, tense courtroom, the scenic design might feature high, looming walls and dark textures to psychologically emphasize that tension).

Additionally, you must catalog all sensory requirements. Does the script require a sudden thunderstorm? That implies specific sound cue layers and rapid lightning flash cues in your light plot. By listing these technical needs on a spreadsheet, we ensure our creative designs are fully grounded in the story's actual physical demands.

Section 2: The Production Concept and Design Pitching

Once your script breakdown is complete, you must collaborate with your design team to formulate a unified Production Concept. A production concept is a central creative metaphor or guiding artistic vision that directs every single design department. For example, if you are designing a production of Hamlet, your concept metaphor might be: "Denmark is a physical prison where every wall has ears."

To support this concept, designers gather primary historical sources and curate a Design Mood Board. This is a visual collection of textures, color palettes, and architectural shapes that evoke the emotional temperature of the play.

Finally, designers must assemble their mood boards and concepts into a professional Design Pitch Deck. When pitching your design to the director, you must defend every single aesthetic choice using textual evidence from the script. If you chose a blood-red color scheme for a set, you must explain how that color choice directly serves the tragedy unfolding in the play's action.

Stagecraft Unit 2: Technical Drafting & Budgeting Lecture Notes

Section 1: Scale Drafting and Orthographic Projection

In Stagecraft, a beautiful design sketch is only useful if our crew understands how to build it safely. Today, we are learning to translate our 3D artistic concepts into precise 2D technical blueprints using Scale Drafting and Orthographic Projection.

An orthographic projection is a drafting style that represents a three-dimensional object by showing three flat, two-dimensional views aligned on a page:

• The Groundplan (Top View): A bird's-eye view looking down on the stage space, showing where scenic walls, platforms, and staircases sit on the deck.
• The Front Elevation: A flat view of the scenic element looking directly at it from the front, showing vertical dimensions.
• The Side Section: A view showing the profile and internal construction framing of the set piece.

We utilize a specialized scale ruler to draft these views with perfect precision. By maintaining consistent line weights and applying standard United States Institute for Theatre Technology (USITT) drafting symbols, we ensure any professional carpenter can read our drawings and construct our sets to the exact assigned dimensions.

Section 2: Materials Calculation, Waste Margins, and Budgeting

Now, we must bridge our blueprints with financial and structural reality. Technical directors must translate design draftings into a detailed Materials Cut List and production budget.

To calculate the wood required for a build, we use the standard formula for board feet or linear feet. Let's look at how we calculate a budget sheet for a standard construction project. If we need to construct a platform, we must list:

1. Framing Lumber: Usually $2\text{x}4$ southern yellow pine for load-bearing structures.
2. Facing Sheet Goods: $3/4\text{-inch}$ CDX plywood or luan to deck the platform surface.
3. Fasteners: Wood screws, glue, and hardware.

When purchasing lumber, you must always calculate a Waste Margin (typically $10\% - 15\%$) to account for lumber knots, splits, and cut errors. We compile these figures on a spreadsheet to track our total materials cost. If our calculated total exceeds our classroom budget of $500, we must execute a technical design review to substitute cheaper materials or scale down the set piece's size safely without compromising its structural integrity.

Stagecraft Unit 3: Shop Execution & Fabrication Lecture Notes

Section 1: Advanced Joinery and Load-Bearing Platform Fabrication

Now, we step out of the classroom and onto the active shop floor. In Unit 3, we are fabricating advanced, load-bearing structures. When constructing a stage platform that must safely support actors running and jumping, traditional end-to-end joints are not strong enough. We must utilize Advanced Structural Joinery.

For load-bearing joints, we rely on a combination of wood glue and mechanical fasteners. Pocket-hole joints allow us to drill angled pilot holes into one board and drive screws directly into the adjacent piece, hiding the screw head and creating a joint with incredible resistance to sheer force. When framing a standard $4\text{'x}8'$ platform, we place internal joists (or toggles) every $2\text{ feet}$ on center to prevent the plywood deck from sagging.

Every joint must be checked with a framing square before fastening; a platform that is out-of-square by even $1/8\text{ inch}$ will not connect smoothly with other platforms on stage, causing major installation headaches during load-in.

Section 2: Scenic Painting Textures and Rigging Safety

Once our scenic structures are assembled, our scenic artists transform their raw lumber surfaces into believable textures using Scenic Painting Techniques. We rarely paint a flat color; instead, we layer paint to create depth:

• Wet-Blending: Blending two or more paint colors directly on the wood surface while they are still wet to create organic, textured backgrounds.
• Scumble Glazes: Applying a thin, semi-transparent layer of dark paint over a lighter base coat to create aged, weathered plaster or concrete effects.
• Dry-Brushing: Dragging a nearly dry paintbrush across a surface to highlight raised wood grain textures.

If our design requires suspending any scenic walls or lighting gear overhead, we must apply strict Rigging Safety Physics. We only use rated hardware—like forged shoulder eyebolts and aircraft-grade steel cable—to hang scenery. We must calculate the total load weight and safety margins (typically a $5:1$ safety factor for static loads, and $8:1$ or $10:1$ for flying loads) to ensure that gravity never presents a hazard to our actors.

Stagecraft Unit 4: Technical Rehearsals & Run Lecture Notes

Section 1: The Chronology of Tech Week

Technical rehearsals are where all our hard backstage work officially merges with the actors' performances. This process follows a systematic, chronological timeline designed to build cue sequences safely and efficiently:

1. Paper Tech: A meeting where the Stage Manager, Director, and Designers write all lighting, sound, and scenic shift cues into the master prompt book before the actors arrive.
2. Dry Tech: Running through all scenic shifts and lighting/sound cue transitions on stage without actors present, allowing the crew to practice physical handoffs safely.
3. Wet Tech (Cue-to-Cue): The actors are integrated. The Stage Manager skips through dialogue to run only the moments where technical cues execute, refining the timing and safety of each transition.
4. Dress Rehearsals: Full run-throughs of the play with costumes, makeup, lighting, and sound running continuously, replicating live performance conditions.

During this high-intensity week, our Stage Manager must remain a calm, steady leader, coordinating crew handoffs and keeping the production schedule running efficiently.

Section 2: Backstage Etiquette and Live Run Protocols

During a live performance, the backstage environment is a highly coordinated machine. To keep operations safe and silent, every crew member must follow strict Backstage Etiquette:

• Backstage Blacks: All technicians, running crews, and stagehands must wear solid black, non-reflective clothing from head to toe to remain invisible to the audience in the wings.
• Running Lights: We utilize low-intensity blue running lights in the wings. Blue light does not bleed onto the stage as easily as white light, allowing crew members to navigate and see spike marks safely in the dark.
• Spike Marks: We place colored tape (spike tape) on the stage deck to mark the exact locations where furniture or scenic flats must sit during different scenes.
• Absolute Silence: There is absolutely no talking in the wings during a performance. Technicians communicate using standardized hand signals or over quiet, disciplined headset loops. If a physical error occurs backstage, the crew must remain calm, communicate the issue to the Stage Manager over headsets, and coordinate a safe, rapid solution.

Stagecraft Unit 5: Strike & Portfolio Evaluation Lecture Notes

Section 1: The Anatomy of a Safe, Coordinated Strike

The final performance has ended, and now we must execute a Theatrical Strike. Far from a chaotic free-for-all, a strike is a highly coordinated, safety-critical deconstruction operation. We follow a strict teardown sequence:

1. Props and Lighting First: All delicate props, costumes, and sensitive electronic lighting fixtures are wrapped, packed, and stored away to protect them from flying dust.
2. Flying and Rigged Elements Second: Suspended scenery is carefully lowered and unrigged.
3. Heavy Scenic Deconstruction Last: Platform decks are unscrewed, flat frames are disassembled, and hardware is sorted.

Our goal during strike is maximum material salvage. We carefully back out screws, remove fasteners, and sort raw timber into our storage racks for reuse in future productions. This teaches us environmental and financial responsibility. During deconstruction, PPE is still mandatory—including work gloves and safety glasses—to protect against splinters, flying drywall screws, and falling debris.

Section 2: Constructing and Defending a Design Portfolio

Now that the set is dismantled, we transition into academic reflection. To succeed in the professional industry or secure college admissions, a technician must compile a comprehensive Design and Technology Portfolio.

A professional portfolio is structured into four distinct sections to showcase your entire creative and technical process:

• The Concept (The "Why"): Your initial script breakdown sheet, historical research, and visual mood boards.
• The Paperwork (The "How"): Your scale draftings, CAD plans, light plots, sound cue sheets, or budget spreadsheets.
• The Process (The "Do"): Photos of you actively constructing the set, wiring sound systems, or painting scenic flats. Highlighting mistakes and write-ups of how you solved them is highly valued by reviewers!
• The Realization (The "Result"): High-quality production photos of your completed designs under live performance lighting, followed by a reflective post-mortem analysis.

During your final portfolio defense, you will present this archive to a panel of your peers, orally defending your technical decisions and articulating how your backstage labor directly served the dramatic storytelling on stage.