diff --git a/src/js_parser/parse/parse_typescript.rs b/src/js_parser/parse/parse_typescript.rs
index a766177d7c44..8a5a53d756d8 100644
--- a/src/js_parser/parse/parse_typescript.rs
+++ b/src/js_parser/parse/parse_typescript.rs
@@ -587,7 +587,7 @@ impl<'a, const TYPESCRIPT: bool, const SCAN_ONLY: bool> P<'a, TYPESCRIPT, SCAN_O
                 name: js_ast::StoreStr::new(b"" as &[u8]),
                 value: None,
             };
-            // Assigned in both live arms below; the third arm returns.
+            // Assigned in every live arm below; the error arm returns.
             let needs_symbol: bool;
 
             // Parse the name
@@ -598,15 +598,33 @@ impl<'a, const TYPESCRIPT: bool, const SCAN_ONLY: bool> P<'a, TYPESCRIPT, SCAN_O
                 debug_assert!(!estr.is_utf16);
                 value.name = estr.data;
                 needs_symbol = js_lexer::is_identifier(value.name.slice());
+                p.lexer.next()?;
+            } else if p.lexer.token == T::TOpenBracket {
+                // TypeScript allows computed enum member names when the
+                // expression is a string literal or a substitution-free
+                // template literal: "enum E { ['a'] = 1, [`b`] = 2 }".
+                p.lexer.next()?;
+                if p.lexer.token != T::TStringLiteral
+                    && p.lexer.token != T::TNoSubstitutionTemplateLiteral
+                {
+                    p.lexer.expect(T::TStringLiteral)?;
+                    return Err(err!("SyntaxError"));
+                }
+                let estr = p.lexer.to_utf8_e_string()?;
+                debug_assert!(!estr.is_utf16);
+                value.name = estr.data;
+                needs_symbol = js_lexer::is_identifier(value.name.slice());
+                p.lexer.next()?;
+                p.lexer.expect(T::TCloseBracket)?;
             } else if p.lexer.is_identifier_or_keyword() {
                 value.name = js_ast::StoreStr::new(p.lexer.identifier);
                 needs_symbol = true;
+                p.lexer.next()?;
             } else {
                 p.lexer.expect(T::TIdentifier)?;
                 // error early, name is still `undefined`
                 return Err(err!("SyntaxError"));
             }
-            p.lexer.next()?;
 
             // Identifiers can be referenced by other values
             if !opts.is_typescript_declare && needs_symbol {
diff --git a/test/bundler/transpiler/transpiler.test.js b/test/bundler/transpiler/transpiler.test.js
index ecb35f50c5b5..341de92e638c 100644
--- a/test/bundler/transpiler/transpiler.test.js
+++ b/test/bundler/transpiler/transpiler.test.js
@@ -512,8 +512,37 @@ describe("Bun.Transpiler", () => {
     it("malformed enums", () => {
       const err = ts.expectParseError;
 
-      err("enum Foo { [2]: 'hi' }", 'Expected identifier but found "["');
+      err("enum Foo { [2]: 'hi' }", 'Expected string but found "2"');
       err("enum [] { a }", 'Expected identifier but found "["');
+      // Only string literals and substitution-free template literals are
+      // valid computed enum member names.
+      err("enum Foo { ['a' + 'b'] = 1 }", 'Expected "]" but found "+"');
+      err("enum Foo { [`t${1}`] = 1 }", 'Expected string but found "`t${"');
+      err("enum Foo { [Symbol.iterator] = 1 }", 'Expected string but found "Symbol"');
+    });
+
+    it("enum members with computed string literal names", () => {
+      const exp = ts.expectPrinted_;
+
+      exp(
+        "enum E { ['with space'] = 1 }",
+        'var E;\n((E) => {\n  E[E["with space"] = 1] = "with space";\n})(E ||= {});\n',
+      );
+      exp("enum E { [`tmpl`] = 2 }", 'var E;\n((E) => {\n  E[E["tmpl"] = 2] = "tmpl";\n})(E ||= {});\n');
+      // A computed name that is a valid identifier can be referenced by
+      // later members, same as a string literal name.
+      exp(
+        "enum E { ['A'] = 5, B = A * 2 }",
+        'var E;\n((E) => {\n  E[E["A"] = 5] = "A";\n  E[E["B"] = 10] = "B";\n})(E ||= {});\n',
+      );
+      exp(
+        "enum E { ['x'], ['y z'] }",
+        'var E;\n((E) => {\n  E[E["x"] = 0] = "x";\n  E[E["y z"] = 1] = "y z";\n})(E ||= {});\n',
+      );
+      exp(
+        "const enum CE { ['c'] = 9 } console.log(CE.c)",
+        'var CE;\n((CE) => {\n  CE[CE["c"] = 9] = "c";\n})(CE ||= {});\nconsole.log(9 /* c */);\n',
+      );
     });
 
     it("doesn't crash with functions assigned to enum values", () => {