Ceramics: Hand-Building

Course Description

ART2754C is a 3-credit studio course in ceramic hand-building — forming clay by pinch, coil, and slab construction rather than on the potter's wheel, with attention to surface treatment, glazing, and firing. Note the title discrepancy below: this course appears in some listings under a title suggesting general sculpture, and it is in fact a ceramics course.

Hand-building is the older and more open-ended half of ceramics. The wheel produces radially symmetrical forms efficiently; hand-building produces anything else — asymmetrical vessels, architectural and sculptural forms, large pieces beyond wheel scale, and work where the construction method is part of the statement. It is also more forgiving to learn: a beginner can make something intentional in the first week, where wheel throwing typically requires weeks before anything survives.

Content covers clay bodies — earthenware, stoneware, and porcelain; plasticity, shrinkage, and the reasons a body is chosen; clay preparation — wedging, moisture states, and recycling; pinch construction — the foundational method; coil construction — building, joining, and scale; slab construction — rolling, drying to leather-hard, templates, and assembly; joining — score and slip, and why joints fail; hollowing and wall thickness — the structural constraints of the material; surface treatment — texture, sprigging, carving, burnishing, terra sigillata, slips, and underglazes; drying — greenware stages and warping and cracking; bisque firing; glaze materials and application — dipping, pouring, brushing, and glaze chemistry at an introductory level; kilns and firing — electric, gas, and alternative firings; cones and temperature; oxidation and reduction; form and function — considerations for vessels intended for use, including food safety; sculptural approaches in clay; studio safety — silica dust, glaze materials, and kiln operation; ceramic history and contemporary practice; and critique and documentation.

Offered at Florida institutions with ceramics programs.

Learning Outcomes

Required Outcomes

• Identify clay body types and select appropriately for a project.
• Prepare clay including wedging and assessing moisture state.
• Construct forms using pinch technique.
• Construct forms using coil technique at varying scale.
• Roll, prepare, and assemble slabs into constructed forms.
• Join clay reliably using score and slip and explain why joints fail.
• Maintain appropriate and consistent wall thickness.
• Hollow solid forms to prevent firing failure.
• Apply surface treatments including texture, carving, and sprigging.
• Apply slips, underglazes, and terra sigillata.
• Manage drying to avoid warping and cracking.
• Load and describe the bisque firing process.
• Apply glaze by dipping, pouring, and brushing to appropriate thickness.
• Describe basic glaze materials and the effect of firing atmosphere.
• Read pyrometric cones and describe temperature ranges.
• Describe kiln types and firing cycles.
• Evaluate a functional form for use including food safety considerations.
• Develop sculptural form in clay with attention to structure.
• Apply studio safety practices including silica dust control.
• Describe historical and contemporary hand-building practice.
• Participate constructively in critique and document finished work.

Optional Outcomes

• Participate in an alternative firing such as raku or pit firing.
• Mix a glaze from a tested recipe.
• Develop a cohesive body of related work.
• Combine hand-building with wheel-thrown elements.
• Research and present on a ceramic artist or tradition.
• Prepare work for exhibition or sale.

Major Topics

Required Topics

• Clay bodies — earthenware, stoneware, porcelain, and their properties.
• Clay preparation — wedging, moisture, storage, and recycling.
• Moisture states — plastic, leather-hard, bone-dry, and what each allows.
• Pinch construction — technique and applications.
• Coil construction — building, blending, and scale.
• Slab construction — rolling, templates, and assembly.
• Joining — score and slip, compression, and joint failure.
• Structure — wall thickness, hollowing, and supports.
• Texture and surface — impressing, carving, and sprigging.
• Slips and terra sigillata — application and effect.
• Drying — controlled drying and preventing cracks.
• Bisque firing — purpose, loading, and cycle.
• Glaze materials — components and basic chemistry.
• Glaze application — dipping, pouring, brushing, and thickness.
• Firing — cones, temperature, oxidation, and reduction.
• Kilns — electric, gas, and alternative.
• Function and food safety — liner glazes and durability.
• Sculptural clay — armatures, scale, and structural limits.
• Studio safety — silica, glaze materials, and kiln operation.
• History and contemporary practice — hand-building traditions.
• Critique and documentation — discussing and photographing work.

Optional Topics

• Raku, pit, and alternative firing.
• Glaze mixing and testing.
• Developing a body of work.
• Combining hand-building and wheel work.
• Ceramic artists and traditions.
• Exhibition and sale preparation.

Resources & Tools

• The Complete Potter's Companion or Hands in Clay (Speight & Toki) — standard studio references.
• The Craft and Art of Clay (Susan Peterson) — comprehensive and well illustrated.
• The Ceramic Glaze Handbook and Mastering Cone 6 Glazes — for students who continue into glaze work.
• A basic tool kit — wire cutter, ribs, loop and ribbon tools, needle tool, sponge, and a rolling pin or slab roller access. Programs usually specify; buy the list.
• Ceramic Arts Network (ceramicartsnetwork.org) — free articles, technique videos, and glaze recipes from the publishers of Ceramics Monthly.
• Digitalfire — free; the authoritative technical reference on clay and glaze materials and their behavior.
• Your phone camera — document every piece before and after firing; ceramics changes in the kiln, and the comparison is instructive.
• NCECA (National Council on Education for the Ceramic Arts) — student membership and an annual conference; the field's professional body.
• Open studio hours — clay work is paced by drying and firing, which cannot be rushed; see below.

Career Pathways

• Studio Potter or Ceramic Artist (SOC 27-1013) — production work, galleries, and shows.
• Craft Artist (SOC 27-1012) — functional and decorative work.
• Art Teacher (SOC 25-2031) — with Florida certification; ceramics is a common K-12 offering.
• Community Studio Instructor — art centers, recreation programs, and private studios.
• Studio Technician — college and community studios; kiln and materials management.
• Art Therapist — with a master's degree and credential; clay is widely used therapeutically.
• Industrial and Product Ceramics — model making and prototyping.
• Themed Entertainment Fabrication — sculptural and surface work; Central Florida.
• Transfer to a B.A. or B.F.A. — with a portfolio.

Florida's craft market is unusually favorable for ceramics: one of the densest circuits of juried art festivals and outdoor shows in the country, a strong tourist and second-home market for functional and decorative work, a large retiree population that takes classes continuously, and numerous art leagues and community studios — which makes teaching plus selling a realistic combined income rather than an aspiration.

Special Information

⚠ The title is misleading — this is a ceramics course, not general sculpture

Worth settling before registering, and an unusually clear instance of why a course title alone is not enough to identify a course. ART2754C appears in Florida catalogs as "Ceramics II and Lab" (Daytona State, with ART2752C Ceramics I as prerequisite), "Ceramics: Hand-Building" (Broward College, 3 credits, 32 lecture and 64 laboratory hours), and "Ceramics: Handbuilding I" (Florida Atlantic). Some local listings render it under a title suggesting sculpture generally.

It is not the general sculpture course. ART2701C Sculpture I is the course covering wood, metal, stone, and mixed media construction; ART2754C sits in the ART275x ceramics block alongside ART2750C Ceramics I and ART2752C Wheel Throwing I, and its material is clay. A student wanting general sculpture should register for ART2701C; a student wanting clay hand-building should register for this one. SCNS equivalency applies to the same number at the same level, never across numbers — and here the number is the reliable identifier while the title is not. Read your own institution's description.

⚠ Silica dust is the occupational hazard of ceramics, and it is cumulative

The safety content that matters most and that students most often ignore. Clay and many glaze materials contain crystalline silica, and inhaling the dust over years causes silicosis — irreversible lung scarring. The exposure is not from working with wet clay; it is from dry clay dust raised by sweeping, sanding greenware, and handling dry glaze materials.

The practices that prevent it are simple and non-negotiable: never sweep a ceramics studio dry — wet mop or use a HEPA vacuum; wipe surfaces with a wet sponge rather than dusting; wear a properly fitted respirator (not a surgical mask) when mixing dry glaze materials or sanding; keep clay wet while working; and wash hands and change clothes rather than carrying dust home. Glaze materials carry additional hazards — some contain barium, lithium, or manganese compounds — so read the safety data sheets and never eat or drink in the glaze area. A student who builds these habits now protects a career.

Clay is paced by drying and firing, and you cannot rush it

The logistical reality that surprises students from other studio media. A painting can be finished the night before critique; a ceramic piece cannot. The sequence is build → dry slowly → bisque fire → glaze → glaze fire, and each stage takes real time — drying alone can take a week or more for a thick piece, and firings run on the studio's kiln schedule, not yours.

Two practical consequences. Start early and work on several pieces at once, so something is always at each stage. And know your studio's firing deadlines — work not finished in time for the last glaze firing does not get graded as finished work. Students who plan backward from the final firing date pass comfortably; those who plan backward from critique do not.

Most failures are structural, and they are predictable

The technical content that saves work. Pieces crack, warp, and explode in the kiln for a small number of recurring reasons, and nearly all of them are avoidable:

• Uneven wall thickness — thick and thin sections dry and shrink at different rates and pull apart. Aim for consistency.
• Trapped air or solid mass — a solid form or a sealed hollow can explode in the kiln. Hollow anything thick and give sealed forms a small vent hole.
• Bad joints — joins made without scoring and slip, or between pieces at different moisture levels, separate. Score, slip, and compress.
• Fast or uneven drying — edges and handles dry first and crack. Cover loosely with plastic and slow it down.
• Insufficiently dry greenware — residual water turns to steam and blows the piece apart. Bone dry means bone dry.

Every experienced potter has lost work to each of these. Losing pieces is a normal part of learning ceramics — but losing them to these five causes is avoidable, and a student who internalizes the list early loses far less.

Hand-building is where beginners can actually make something

Worth knowing for students choosing between ceramics courses. Wheel throwing has a steep initial barrier — centering alone frequently takes weeks — while hand-building lets a student produce intentional, finished work almost immediately. It also has no upper limit: much of the most ambitious contemporary ceramic work, and most large-scale and sculptural work, is hand-built because the wheel cannot make it.

The two methods are complementary rather than ranked, and many potters combine them — throwing elements and assembling them by hand. A student who finds the wheel frustrating should not conclude that ceramics is not for them; they may simply be in the wrong course.

Studio courses are graded on participation, and the work happens in the room

Different from academic courses in a way that catches students out. Demonstrations, working time, and critique cannot be made up by reading, and instructors circulate while students work — which is where most of the actual teaching happens. Attendance is heavily weighted, materials are the student's responsibility, and open studio time outside class is expected rather than optional.

Two habits that help: photograph everything, including failures, because progress across a term is invisible from inside it and transfer portfolio reviewers are interested in trajectory; and treat critique as normal professional practice rather than as criticism of you. Learning to discuss work in specific terms — what a choice accomplishes rather than whether you like it — is itself a graded skill.

B.F.A. transfer requires a portfolio, not just credits

Worth planning for from the first studio course. Florida B.F.A. programs, and most B.A. programs with a studio concentration, require a portfolio review for admission to the major regardless of how many studio credits transfer — and reviewers generally want to see drawing fundamentals alongside finished work in a medium. Photograph work consistently in even light, retain the strongest pieces, keep ART1300C Drawing I and ART1201C Two-Dimensional Design work as well, and ask the receiving institution what their review expects. Credits and portfolio are two separate gates, and the second one decides.

Numbering and the ceramics family

Florida's ceramics numbers sit in the ART275x block: ART2750C Ceramics I, ART2752C Wheel Throwing I, and ART2754C hand-building or Ceramics II depending on the institution, with further numbers for advanced work. General sculpture is ART2701C and its sequence, which is a different medium and a different course. SCNS equivalency applies to the same number at the same level, never across numbers. Because titles in this block vary substantially while the numbers are stable, confirm the description rather than the title when planning or transferring.